EXPH5 gene cDNA ORF clone, Homo sapiens(human)

mRNA	Protein	Name
XM_017017398.1	XP_016872887.1	exophilin-5 isoform X2
XM_017017399.1	XP_016872888.1	exophilin-5 isoform X1
XM_011542696.2	XP_011540998.1	exophilin-5 isoform X1
XM_011542700.2	XP_011541002.1	exophilin-5 isoform X1
XM_017017401.1	XP_016872890.1	exophilin-5 isoform X2
NM_001144765.2	NP_001138237.1	exophilin-5 isoform 3
NM_001144764.2	NP_001138236.1	exophilin-5 isoform 5
XM_017017397.1	XP_016872886.1	exophilin-5 isoform X1
XM_017017402.1	XP_016872891.1	exophilin-5 isoform X3
NM_015065.2	NP_055880.2	exophilin-5 isoform 1
NM_001144765.1	NP_001138237.1	exophilin-5 isoform 3
NM_001144763.2	NP_001138235.1	exophilin-5 isoform 4
XM_017017400.1	XP_016872889.1	exophilin-5 isoform X1
NM_001308019.1	NP_001294948.1	exophilin-5 isoform 2
NM_001144763.1	NP_001138235.1	exophilin-5 isoform 4
NM_015065.3	NP_055880.2	exophilin-5 isoform 1
XM_017017403.1	XP_016872892.1	exophilin-5 isoform X4
XM_017017404.1	XP_016872893.1	exophilin-5 isoform X5
NM_001144764.1	NP_001138236.1	exophilin-5 isoform 5
NM_001308019.2	NP_001294948.1	exophilin-5 isoform 2
XM_011542698.2	XP_011541000.1	exophilin-5 isoform X1

***CloneID	Accession No.	Definition	**Vector	*Turnaround time	Price (USD)
OHu92059	XM_017017398.1 Latest version!	Homo sapiens exophilin 5 (EXPH5), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00
OHu92059	XM_017017401.1 Latest version!	Homo sapiens exophilin 5 (EXPH5), transcript variant X8, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00
OHu92060	XM_017017403.1 Latest version!	Homo sapiens exophilin 5 (EXPH5), transcript variant X10, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00
OHu21942	NM_015065.3 Latest version!	Homo sapiens exophilin 5 (EXPH5), transcript variant 1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$951.30 $1359.00
OHu45685	NM_001308019.2 Latest version!	Homo sapiens exophilin 5 (EXPH5), transcript variant 2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$951.30 $1359.00
OHu45686	NM_001144764.2 Latest version!	Homo sapiens exophilin 5 (EXPH5), transcript variant 5, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$951.30 $1359.00
OHu45687	NM_001144765.2 Latest version!	Homo sapiens exophilin 5 (EXPH5), transcript variant 3, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$951.30 $1359.00
OHu65416	NM_001144763.2 Latest version!	Homo sapiens exophilin 5 (EXPH5), transcript variant 4, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$951.30 $1359.00
OHu45686	XM_017017402.1 Latest version!	Homo sapiens exophilin 5 (EXPH5), transcript variant X9, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$951.30 $1359.00
OHu45687	XM_017017404.1 Latest version!	Homo sapiens exophilin 5 (EXPH5), transcript variant X11, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$951.30 $1359.00
OHu65416	XM_011542696.2 Latest version!	Homo sapiens exophilin 5 (EXPH5), transcript variant X4, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$951.30 $1359.00
OHu65416	XM_017017400.1 Latest version!	Homo sapiens exophilin 5 (EXPH5), transcript variant X5, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$951.30 $1359.00
OHu65416	XM_011542698.2 Latest version!	Homo sapiens exophilin 5 (EXPH5), transcript variant X6, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$951.30 $1359.00
OHu65416	XM_017017397.1 Latest version!	Homo sapiens exophilin 5 (EXPH5), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$951.30 $1359.00
OHu65416	XM_017017399.1 Latest version!	Homo sapiens exophilin 5 (EXPH5), transcript variant X3, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$951.30 $1359.00
OHu65416	XM_011542700.2 Latest version!	Homo sapiens exophilin 5 (EXPH5), transcript variant X7, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$951.30 $1359.00
View Old Accession Versions >>
OHu45687	NM_001144765.1	Homo sapiens exophilin 5 (EXPH5), transcript variant 3, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$951.30 $1359.00
OHu65416	NM_001144763.1	Homo sapiens exophilin 5 (EXPH5), transcript variant 4, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$951.30 $1359.00
OHu21942	NM_015065.2	Homo sapiens exophilin 5 (EXPH5), transcript variant 1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$951.30 $1359.00
OHu45686	NM_001144764.1	Homo sapiens exophilin 5 (EXPH5), transcript variant 5, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$951.30 $1359.00
OHu45685	NM_001308019.1	Homo sapiens exophilin 5 (EXPH5), transcript variant 2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$951.30 $1359.00
Hide Old Accession Versions >>

EXPH5 ( XM_017017398.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016872887.1 Homo sapiens exophilin 5 (EXPH5), transcript variant X2, mRNA.

Price & Availability↑

CloneID	OHu92059
Clone ID Related Accession (Same CDS sequence)	XM_017017398.1 , XM_017017401.1
Accession Version	XM_017017398.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5739bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	exophilin-5 isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000011.10) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGTTAAAAC AACCACTTAC ATACAGGCTA AGTAAGGAGA TGGCAAAAAA TGATCCGATA 
GAATTACCTA CATCAAGATC TAAAAATGTA ACTAATCAAA AAAAGCCGAC ACCTTTTTCT 
TCCCGGATGA GCTTCAGATC GTCATTTGCT TCCCTGTTCT CATTCAGGAA ATCTGGAAAG 
GAGACTTCAA AGCTTCCATC ACTGGGACAG AAAGGATGTG ATGGCCATGC AGGACCTCCT 
ATGCCTGTGA GGGGAGCTGC TGTGGCAAAA ATATACAATT CACCTCTGGA AAATCATCTA 
GTTGACAGTA CATTTGTCCC AAAGCCAGCA GTCATGAGGG AGGAGAGTGG CATGCCTCCA 
CCGTGGGATG CTTCACTGCT GGAGAATGAG TTTTTCCAAG TTTTAGATGA CTTGGATAGC 
AAATTGGCTC AGGAACAGTC TGCAAGCTCA GTGAATACCA GAACACCCCT CAACTATGGA 
TCAAGAACAC AGTTCGGTCA CTTTTATTCC AGTGGTAACA GACATGGTAA TATCACAGAA 
AGGCACAAAA AACACTATAA TGAAACTTCC AATATGTCTA TCTATGACAT CCTAAGACCA 
GGAACTCCTA GGGAAGGTTT TAAAACCTTT TCTCCTAGGA CAAGCACAAT TTATGATATG 
TATAGGACAA GGGAGCCCAG AGTCTTTAAA GAAGATTATG TGCAAAAGAA TACTTTTGGC 
AGTACTTCGC TGTGTTTTGA CAGCAGGCAA CGGTCGGCCT TACCAGCCAC AGGGCATTTC 
ACAGCAAGAA GCTTACATTT TCCAGCCACA ACTCAGAGCA AGAGTGGGTT TATACCACCA 
AGGCACCAGC AGAGTCCAAA GAGAACTCCT TTATCATCCA TCATATGGAA CAGATCAGAT 
TCCTCTAGAG ACAGGGAGAA CCAGGAAGAG TTCCTGAGGG CACCATCACC AATGGAAATT 
GATCCCGCTG ACAAGTATGT GTATCCCAGG GGTTTTCAGG AGAATAAGAG ATATGAATCG 
TACCATTCAC AGAATGTTTA CCAACGTGTT AGTTTAAATG CTCCCATGGA GAATGCAATG 
AGTCCCGACA CTTTTGAGAA CTCAGAGAAC ATGCCATTCT ACCATCAAAG CAACACATTT 
ACCAGATCTT TCTTCAGCAA TACCTTTGGA CGAAGCGGAG AACAGAGGAG ATTTGGACAA 
GGTCCTTTTT GGGGCCAAGA GAAAGGACAT TCTTTCTGGT CTGACTTTCA TCGAAGCAGG 
AAATCATTCA GTTCTTCTGA CAGAGACTTT GAAATGATTT CCATGGAAGC AAATAGTGTA 
TCAGCCATTC ATGGCCATAA TGTTTCTTCT GAACACTGGG AATCATTTTC TTCTGGTTAT 
GGAACAGATG TTTCCAGAGG CCAAGAAGAG CCACATCCTT GGCAGTTTGA TTTTCAGAGA 
TCCACACTGG ATAGCATGGT GGTATCACAT GGTAATGAGA CCCAGTTGAC TCCTCATTTT 
GGCACACCAA ATGTTTGCTC CATGACTGGT TCAAGCTATC ACGTCAAATC TAGTGAGTTG 
GTAAGTCAAC AGGACAGTTC TCCTGTAGAA GTACATATAA ACAAAGAAGC TTCCTCATTT 
GGAATTGCTC AGACTCTAGC ATCCTCATTC AAAACTTCCT TTTCCCAGAT TTCTGATGAC 
AGAAGGAATC CTCAGAGTCC CAACTTGCAG AATCCCACAG TCACTTTGCA GAAAATTTTT 
CCAAATAAGC CTGCCTCTCA TCCAATGAGA AGCCATACAG AAGTCACTGT GACCAGCAGC 
AATTCAGTTG ACTCTCTGCC TCTTGCCAAA AGCCAGCCCA ATATCTTGGT CACAGAAGTA 
AATAATGAGA AAGACTTAAA TGAATCTATT TCAGAAGAAG ACAAACAGCT AAGCAAGATG 
GACCAGACAA ACAAGGCAGG TGAAATACCC CAACCTGTTT CACAGACAGG GATCTCAAAC 
TCTTTACCTG ATTTTCAAAA TCCCTTATCC CAGGACTCAG CCAAGAGCAA CGGGTTTGGT 
TTTAATGCAT CTACCATAAT AAGTTCAAAA AAGTCACCCA GAGTCTTTTC CAGGAAAGAT 
ACCTCCAAAA TGTATATACC GCACACAGAT AAATCCAATG ACATTAAACA AGATAAGAGG 
TTTACTGAAA ACAGAAAACT TGGCTCAACA GCTTCCCTTC CTTTCATTCA GGAACACAGA 
ACACCACCAT CTTTCCCCAG GACAGACCAA GGTTGTCACC AGGAATTAAC TGTAAATAAT 
GAAGATATTT CAAGAATTAT TACAAATAAC CACTGGAGCT CTGCACTGAC TGATACTCAA 
AATGCACAAT ACTCAAAATG CAAGTTAACT CCTGGCCACA AGACCTCGTG TGATTCTTTA 
GATCTGTCAT CAGCTGCACT ACCAGATTCC TCACCATCAA AGAATTCTTC CCTTGATGCT 
CCTGTGGTTC CATCTACTAC AGTGTTCTCC AGGAGAAGTC CTTCAGACAA AGATCCATCG 
CTAGGAGAAA GAGAAGAAAA AGACAATGCT GGGAAGAACC AAAAGAATCA GTTTATTGTA 
AGCCACTCAG AAAACCAAGA GAGAAATGAT AGTCCTGTGC CTACACATGA TGAAGTGGTT 
GATGTCAAAT GCCATTCACA CTCTCCTTTT AGGAATGAAA GAGGAAAAGG AAAAATAAGG 
CATCATATAT CCTGTATTGA AAAGTTAAGC AAAACAGAAA GTATATCAGT ACCCACCAGT 
GATCACAGGA GCCTCATTGA AGCAAATCAA AGCAATTCCA AAGTTTCTGA ACTTGACACA 
ATTTATTGTA CCTTGCCAAG AAAATCAAGC AGTTTTCTCA TACATGGCAG GCAGTCAGGA 
AGTAAAATAA TGGCTGCTTC ATTGAGGAAT GGGCCACCTC CCTTCCAAAT CAAAAATAAT 
GTGGAAGATG CAATGGGGAA CTATATGTTA AACAAATTTA GTCCCAGTTC TCCTGAGTCA 
GCGAATGAAT GTTCCAAAGT CCTTTCAGAC TCAGCCCTGG AAGCACCTGA AGCCACAGAG 
AGAATGACAA ATGTAAAAAG CAGTGGATCT ACTTCCGTTA GAAAAGGACC ACTTCCATTC 
CTCATCAACA GGGCTATGTC ATGTCCCTCA GGGGAGCCAC ATGCCTCAAC TGGAAGAGAA 
GGAAGAAAAA AGCCATTGAC CTCAGGCATG GATGCTTCTG AGCTAACACC AAGGGCTTGG 
GAGAGAATCA TTAGCCCTGT GGAAAGTGAC TCATCTGTTA GAGATTGTTC TTTAACCAAA 
AGACAACACC AAAAGGAAAA CTTCCAAGAA TACACTGAGA AAGAGGGTAA AATGGCTGCC 
TCCAGGAGAA GTGTATTTGC TCTTTCAAAT GAAGACCCTT TACCTTTTTG CTCAGACTTG 
TCAGGAAAAG AACGTGGGAA AACATTACAT AAAGTTAAGA CGACTAGTAC GTTTTCTGTT 
TCTGGTGATG AAGATAATGT AAAATGTCTG GAGGTGGTCT CAATATATTA CACTCTACCG 
AGGAAACCCA GCAAAAAATT CTGTAACCTC CTTCAACAGT ATACACAAAA TACTAATTTA 
CTTATAGAAT CACCTCAAGT GGAGACTGAA ACATTTCCTA ACGCTTTAGA AAAAGACAAA 
CAGAATTATT CTACACGAGA GCAGTCAGGA ACACCTTCAT GTGAAAATCT AAAGATGTCC 
GTCAACTCTG ATCAGACGCT CACCACTGAA AATATGACTG CCTTCCGATT ATCAAATAGG 
GGGCCCCTAG CTCCTACATT ACAGGAAATG GCTTCTGTTG AGGCAGCTGT TTCTCTTCCT 
GAAGAGGAAT CTAAAGCTAG AGAGATTTTT TCAGATAATT TAGCTAAAAC ACCTCTAGGT 
GATTCAGAAA ACAAGAAGGA AAGAGGCAAA AAGTTGCAAA GTGAAACCCT GCATACTTCA 
TTGATGCTTC AGAGAAAAAA TGTATCCGAA GAAAAATCTG AAAATTGTCA ACAATCCATT 
AATTCAAGTA ACAGTGGTCC CTCTAGTCTT CCAGCTCTTT CAGAAGTTAA TATTGGAAAT 
TCCCAAACTA GAAGAAGTTC TTGGGAGTGT ACAGGGAGTG GTAGAGCCAT TCCATTTACT 
GGAAGTGGCA AGTGTCCCCA GAAAGATCAC ACATCCACAG CTGTAGGTGA TGGCTCCAGT 
GGATCACAGC CTAGGGAAGG CAGAGGGGAC ATTGGAACCA ACTGCCAAAA AATGACTAAT 
AAAACACTTT CTCACTCAGA GAGTCAAGTC TTTGCCCTTA CTCCAGCATT GCATAAACTA 
CAGCTTGGTG AGGAGACTCA GTCAGATGAA CCAAACTTAG AGAGTCTGCA GTCTGAACCA 
AGAGAATTAC CTCAAAGAAG TCAGGAGGCA AATATGACAG AGAGCAGGAA GGCTGAAGAT 
GAAATGCAGA AGTCAGCTTG GGATCAACCT TCACTTCCTG AAGGAAACAA AAATAAAACC 
AACTTGGATG ACCTAGTAAA GGGGGAAAAT AGATCTTCAG TTAAACACAG ATTGGCAGCC 
ATGTCTAAAG CCAGCAGAAA ATTCCCAGCT AAAGATGTAA GCCCCAGAAG ACATGTAGCT 
ACTATCTTCC CCCAAAGTGG AAGCAGATCT GGCTTTGACC ATTTATCTCT TGGCACAGTG 
GAGTGCAACC CACTGTTCCC TGAGCCTACT CCAAAATCTG CAGAGTCCAT TGGCGAAAGC 
AGGTTGAGTG AGAACGGAAA GCATGTGAAG AAATCCGAGA ACCTTCTCCC CATTACTGTA 
CTACCCAACA GAGAACCTTC TACACACGTC AGCAACCAGA AGTCTAACAG CATTTCACAA 
CGACATCAGA ATGAGTTTAA AAACGTCTCA GAATCACCAT CAAAGCATGA GAATTCTAAA 
GACGTCACAG CAGCTCAGAA TTTAGTAAGA GAATCAGGAG CCCCATCACC CATCACATTC 
ACCAGCCTCA GGGAAGCAGA ATTCTCTGAC AATCAGAGGA GGCTGAGCCC TCCTTTTCCA 
CTGGAGCCTG CACAGAAATC TAGAGTAAGC AGTCCACTGG CCAGTTTTCT GCAGCAACAA 
AGGAGTGCTT CATCTCTGGA GTGGGAACCT GAGCCACACC TCTATCGTTC AAAGAGTTTA 
AAAAGCATTA ATGTTCATGG CGATCTACTA CGAAAAAGCC ATCCTCCAAA AGTCAGGGAG 
CGCCATTTTT CTGAAAGCAC TTCTATTGAC AATGCCCTGA GTCGACTGAC CCTTGGGAAT 
GAATTCTCTG TCAACAATGG GTACAGTCGA AGATTCAGAT CTTTTTCTGA ACTCCCCTCC 
TGTGATGGAA ATGAAAGTTG GGCTTATCGC AGCGGGACAA AAACAGGTCC CAGGTCTGCA 
ATATCTATAT ACAGACCTAT CGACTATGGG ATCTTTGGGA AAGAACAACA GTTAGCTTTC 
TTAGAAAATG TAAAGAGGTC ACTTACACAA GGAAGATTAT GGAAACCAAG TTTTCTTAAG 
AACCCTGGCT TCCTAAAAGA TGATTTGAGG AACCCTCCCA ACCCCTCAGA GTCATTAAGC 
TCAAATTCTC CCAGTAGTCA GGTGCCAGAA GATGGCTTAT CTCCAAGTGA ACCGCTTAAT 
ATCTATGAGG ATGACCCAGT GGACTCAGAT TGTGACACAG ACACAACCAC AGATGATGAA 
TACTACCTGG ATGAAAATGA CAAAGAGTCA GAACTGTGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_016872887.1
CDS	229..5967
Translation	MLKQPLTYRLSKEMAKNDPIELPTSRSKNVTNQKKPTPFSSRMSFRSSFASLFSFRKSGKETSKLPSLGQKGCDGHAGPPMPVRGAAVAKIYNSPLENHLVDSTFVPKPAVMREESGMPPPWDASLLENEFFQVLDDLDSKLAQEQSASSVNTRTPLNYGSRTQFGHFYSSGNRHGNITERHKKHYNETSNMSIYDILRPGTPREGFKTFSPRTSTIYDMYRTREPRVFKEDYVQKNTFGSTSLCFDSRQRSALPATGHFTARSLHFPATTQSKSGFIPPRHQQSPKRTPLSSIIWNRSDSSRDRENQEEFLRAPSPMEIDPADKYVYPRGFQENKRYESYHSQNVYQRVSLNAPMENAMSPDTFENSENMPFYHQSNTFTRSFFSNTFGRSGEQRRFGQGPFWGQEKGHSFWSDFHRSRKSFSSSDRDFEMISMEANSVSAIHGHNVSSEHWESFSSGYGTDVSRGQEEPHPWQFDFQRSTLDSMVVSHGNETQLTPHFGTPNVCSMTGSSYHVKSSELVSQQDSSPVEVHINKEASSFGIAQTLASSFKTSFSQISDDRRNPQSPNLQNPTVTLQKIFPNKPASHPMRSHTEVTVTSSNSVDSLPLAKSQPNILVTEVNNEKDLNESISEEDKQLSKMDQTNKAGEIPQPVSQTGISNSLPDFQNPLSQDSAKSNGFGFNASTIISSKKSPRVFSRKDTSKMYIPHTDKSNDIKQDKRFTENRKLGSTASLPFIQEHRTPPSFPRTDQGCHQELTVNNEDISRIITNNHWSSALTDTQNAQYSKCKLTPGHKTSCDSLDLSSAALPDSSPSKNSSLDAPVVPSTTVFSRRSPSDKDPSLGEREEKDNAGKNQKNQFIVSHSENQERNDSPVPTHDEVVDVKCHSHSPFRNERGKGKIRHHISCIEKLSKTESISVPTSDHRSLIEANQSNSKVSELDTIYCTLPRKSSSFLIHGRQSGSKIMAASLRNGPPPFQIKNNVEDAMGNYMLNKFSPSSPESANECSKVLSDSALEAPEATERMTNVKSSGSTSVRKGPLPFLINRAMSCPSGEPHASTGREGRKKPLTSGMDASELTPRAWERIISPVESDSSVRDCSLTKRQHQKENFQEYTEKEGKMAASRRSVFALSNEDPLPFCSDLSGKERGKTLHKVKTTSTFSVSGDEDNVKCLEVVSIYYTLPRKPSKKFCNLLQQYTQNTNLLIESPQVETETFPNALEKDKQNYSTREQSGTPSCENLKMSVNSDQTLTTENMTAFRLSNRGPLAPTLQEMASVEAAVSLPEEESKAREIFSDNLAKTPLGDSENKKERGKKLQSETLHTSLMLQRKNVSEEKSENCQQSINSSNSGPSSLPALSEVNIGNSQTRRSSWECTGSGRAIPFTGSGKCPQKDHTSTAVGDGSSGSQPREGRGDIGTNCQKMTNKTLSHSESQVFALTPALHKLQLGEETQSDEPNLESLQSEPRELPQRSQEANMTESRKAEDEMQKSAWDQPSLPEGNKNKTNLDDLVKGENRSSVKHRLAAMSKASRKFPAKDVSPRRHVATIFPQSGSRSGFDHLSLGTVECNPLFPEPTPKSAESIGESRLSENGKHVKKSENLLPITVLPNREPSTHVSNQKSNSISQRHQNEFKNVSESPSKHENSKDVTAAQNLVRESGAPSPITFTSLREAEFSDNQRRLSPPFPLEPAQKSRVSSPLASFLQQQRSASSLEWEPEPHLYRSKSLKSINVHGDLLRKSHPPKVRERHFSESTSIDNALSRLTLGNEFSVNNGYSRRFRSFSELPSCDGNESWAYRSGTKTGPRSAISIYRPIDYGIFGKEQQLAFLENVKRSLTQGRLWKPSFLKNPGFLKDDLRNPPNPSESLSSNSPSSQVPEDGLSPSEPLNIYEDDPVDSDCDTDTTTDDEYYLDENDKESEL

Target ORF information:

RefSeq Version	XM_017017398.1
Organism	Homo sapiens(human)
Definition	Homo sapiens exophilin 5 (EXPH5), transcript variant X2, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_017017398.1

ORF Insert Sequence:

ATGTTAAAAC AACCACTTAC ATACAGGCTA AGTAAGGAGA TGGCAAAAAA TGATCCGATA 
GAATTACCTA CATCAAGATC TAAAAATGTA ACTAATCAAA AAAAGCCGAC ACCTTTTTCT 
TCCCGGATGA GCTTCAGATC GTCATTTGCT TCCCTGTTCT CATTCAGGAA ATCTGGAAAG 
GAGACTTCAA AGCTTCCATC ACTGGGACAG AAAGGATGTG ATGGCCATGC AGGACCTCCT 
ATGCCTGTGA GGGGAGCTGC TGTGGCAAAA ATATACAATT CACCTCTGGA AAATCATCTA 
GTTGACAGTA CATTTGTCCC AAAGCCAGCA GTCATGAGGG AGGAGAGTGG CATGCCTCCA 
CCGTGGGATG CTTCACTGCT GGAGAATGAG TTTTTCCAAG TTTTAGATGA CTTGGATAGC 
AAATTGGCTC AGGAACAGTC TGCAAGCTCA GTGAATACCA GAACACCCCT CAACTATGGA 
TCAAGAACAC AGTTCGGTCA CTTTTATTCC AGTGGTAACA GACATGGTAA TATCACAGAA 
AGGCACAAAA AACACTATAA TGAAACTTCC AATATGTCTA TCTATGACAT CCTAAGACCA 
GGAACTCCTA GGGAAGGTTT TAAAACCTTT TCTCCTAGGA CAAGCACAAT TTATGATATG 
TATAGGACAA GGGAGCCCAG AGTCTTTAAA GAAGATTATG TGCAAAAGAA TACTTTTGGC 
AGTACTTCGC TGTGTTTTGA CAGCAGGCAA CGGTCGGCCT TACCAGCCAC AGGGCATTTC 
ACAGCAAGAA GCTTACATTT TCCAGCCACA ACTCAGAGCA AGAGTGGGTT TATACCACCA 
AGGCACCAGC AGAGTCCAAA GAGAACTCCT TTATCATCCA TCATATGGAA CAGATCAGAT 
TCCTCTAGAG ACAGGGAGAA CCAGGAAGAG TTCCTGAGGG CACCATCACC AATGGAAATT 
GATCCCGCTG ACAAGTATGT GTATCCCAGG GGTTTTCAGG AGAATAAGAG ATATGAATCG 
TACCATTCAC AGAATGTTTA CCAACGTGTT AGTTTAAATG CTCCCATGGA GAATGCAATG 
AGTCCCGACA CTTTTGAGAA CTCAGAGAAC ATGCCATTCT ACCATCAAAG CAACACATTT 
ACCAGATCTT TCTTCAGCAA TACCTTTGGA CGAAGCGGAG AACAGAGGAG ATTTGGACAA 
GGTCCTTTTT GGGGCCAAGA GAAAGGACAT TCTTTCTGGT CTGACTTTCA TCGAAGCAGG 
AAATCATTCA GTTCTTCTGA CAGAGACTTT GAAATGATTT CCATGGAAGC AAATAGTGTA 
TCAGCCATTC ATGGCCATAA TGTTTCTTCT GAACACTGGG AATCATTTTC TTCTGGTTAT 
GGAACAGATG TTTCCAGAGG CCAAGAAGAG CCACATCCTT GGCAGTTTGA TTTTCAGAGA 
TCCACACTGG ATAGCATGGT GGTATCACAT GGTAATGAGA CCCAGTTGAC TCCTCATTTT 
GGCACACCAA ATGTTTGCTC CATGACTGGT TCAAGCTATC ACGTCAAATC TAGTGAGTTG 
GTAAGTCAAC AGGACAGTTC TCCTGTAGAA GTACATATAA ACAAAGAAGC TTCCTCATTT 
GGAATTGCTC AGACTCTAGC ATCCTCATTC AAAACTTCCT TTTCCCAGAT TTCTGATGAC 
AGAAGGAATC CTCAGAGTCC CAACTTGCAG AATCCCACAG TCACTTTGCA GAAAATTTTT 
CCAAATAAGC CTGCCTCTCA TCCAATGAGA AGCCATACAG AAGTCACTGT GACCAGCAGC 
AATTCAGTTG ACTCTCTGCC TCTTGCCAAA AGCCAGCCCA ATATCTTGGT CACAGAAGTA 
AATAATGAGA AAGACTTAAA TGAATCTATT TCAGAAGAAG ACAAACAGCT AAGCAAGATG 
GACCAGACAA ACAAGGCAGG TGAAATACCC CAACCTGTTT CACAGACAGG GATCTCAAAC 
TCTTTACCTG ATTTTCAAAA TCCCTTATCC CAGGACTCAG CCAAGAGCAA CGGGTTTGGT 
TTTAATGCAT CTACCATAAT AAGTTCAAAA AAGTCACCCA GAGTCTTTTC CAGGAAAGAT 
ACCTCCAAAA TGTATATACC GCACACAGAT AAATCCAATG ACATTAAACA AGATAAGAGG 
TTTACTGAAA ACAGAAAACT TGGCTCAACA GCTTCCCTTC CTTTCATTCA GGAACACAGA 
ACACCACCAT CTTTCCCCAG GACAGACCAA GGTTGTCACC AGGAATTAAC TGTAAATAAT 
GAAGATATTT CAAGAATTAT TACAAATAAC CACTGGAGCT CTGCACTGAC TGATACTCAA 
AATGCACAAT ACTCAAAATG CAAGTTAACT CCTGGCCACA AGACCTCGTG TGATTCTTTA 
GATCTGTCAT CAGCTGCACT ACCAGATTCC TCACCATCAA AGAATTCTTC CCTTGATGCT 
CCTGTGGTTC CATCTACTAC AGTGTTCTCC AGGAGAAGTC CTTCAGACAA AGATCCATCG 
CTAGGAGAAA GAGAAGAAAA AGACAATGCT GGGAAGAACC AAAAGAATCA GTTTATTGTA 
AGCCACTCAG AAAACCAAGA GAGAAATGAT AGTCCTGTGC CTACACATGA TGAAGTGGTT 
GATGTCAAAT GCCATTCACA CTCTCCTTTT AGGAATGAAA GAGGAAAAGG AAAAATAAGG 
CATCATATAT CCTGTATTGA AAAGTTAAGC AAAACAGAAA GTATATCAGT ACCCACCAGT 
GATCACAGGA GCCTCATTGA AGCAAATCAA AGCAATTCCA AAGTTTCTGA ACTTGACACA 
ATTTATTGTA CCTTGCCAAG AAAATCAAGC AGTTTTCTCA TACATGGCAG GCAGTCAGGA 
AGTAAAATAA TGGCTGCTTC ATTGAGGAAT GGGCCACCTC CCTTCCAAAT CAAAAATAAT 
GTGGAAGATG CAATGGGGAA CTATATGTTA AACAAATTTA GTCCCAGTTC TCCTGAGTCA 
GCGAATGAAT GTTCCAAAGT CCTTTCAGAC TCAGCCCTGG AAGCACCTGA AGCCACAGAG 
AGAATGACAA ATGTAAAAAG CAGTGGATCT ACTTCCGTTA GAAAAGGACC ACTTCCATTC 
CTCATCAACA GGGCTATGTC ATGTCCCTCA GGGGAGCCAC ATGCCTCAAC TGGAAGAGAA 
GGAAGAAAAA AGCCATTGAC CTCAGGCATG GATGCTTCTG AGCTAACACC AAGGGCTTGG 
GAGAGAATCA TTAGCCCTGT GGAAAGTGAC TCATCTGTTA GAGATTGTTC TTTAACCAAA 
AGACAACACC AAAAGGAAAA CTTCCAAGAA TACACTGAGA AAGAGGGTAA AATGGCTGCC 
TCCAGGAGAA GTGTATTTGC TCTTTCAAAT GAAGACCCTT TACCTTTTTG CTCAGACTTG 
TCAGGAAAAG AACGTGGGAA AACATTACAT AAAGTTAAGA CGACTAGTAC GTTTTCTGTT 
TCTGGTGATG AAGATAATGT AAAATGTCTG GAGGTGGTCT CAATATATTA CACTCTACCG 
AGGAAACCCA GCAAAAAATT CTGTAACCTC CTTCAACAGT ATACACAAAA TACTAATTTA 
CTTATAGAAT CACCTCAAGT GGAGACTGAA ACATTTCCTA ACGCTTTAGA AAAAGACAAA 
CAGAATTATT CTACACGAGA GCAGTCAGGA ACACCTTCAT GTGAAAATCT AAAGATGTCC 
GTCAACTCTG ATCAGACGCT CACCACTGAA AATATGACTG CCTTCCGATT ATCAAATAGG 
GGGCCCCTAG CTCCTACATT ACAGGAAATG GCTTCTGTTG AGGCAGCTGT TTCTCTTCCT 
GAAGAGGAAT CTAAAGCTAG AGAGATTTTT TCAGATAATT TAGCTAAAAC ACCTCTAGGT 
GATTCAGAAA ACAAGAAGGA AAGAGGCAAA AAGTTGCAAA GTGAAACCCT GCATACTTCA 
TTGATGCTTC AGAGAAAAAA TGTATCCGAA GAAAAATCTG AAAATTGTCA ACAATCCATT 
AATTCAAGTA ACAGTGGTCC CTCTAGTCTT CCAGCTCTTT CAGAAGTTAA TATTGGAAAT 
TCCCAAACTA GAAGAAGTTC TTGGGAGTGT ACAGGGAGTG GTAGAGCCAT TCCATTTACT 
GGAAGTGGCA AGTGTCCCCA GAAAGATCAC ACATCCACAG CTGTAGGTGA TGGCTCCAGT 
GGATCACAGC CTAGGGAAGG CAGAGGGGAC ATTGGAACCA ACTGCCAAAA AATGACTAAT 
AAAACACTTT CTCACTCAGA GAGTCAAGTC TTTGCCCTTA CTCCAGCATT GCATAAACTA 
CAGCTTGGTG AGGAGACTCA GTCAGATGAA CCAAACTTAG AGAGTCTGCA GTCTGAACCA 
AGAGAATTAC CTCAAAGAAG TCAGGAGGCA AATATGACAG AGAGCAGGAA GGCTGAAGAT 
GAAATGCAGA AGTCAGCTTG GGATCAACCT TCACTTCCTG AAGGAAACAA AAATAAAACC 
AACTTGGATG ACCTAGTAAA GGGGGAAAAT AGATCTTCAG TTAAACACAG ATTGGCAGCC 
ATGTCTAAAG CCAGCAGAAA ATTCCCAGCT AAAGATGTAA GCCCCAGAAG ACATGTAGCT 
ACTATCTTCC CCCAAAGTGG AAGCAGATCT GGCTTTGACC ATTTATCTCT TGGCACAGTG 
GAGTGCAACC CACTGTTCCC TGAGCCTACT CCAAAATCTG CAGAGTCCAT TGGCGAAAGC 
AGGTTGAGTG AGAACGGAAA GCATGTGAAG AAATCCGAGA ACCTTCTCCC CATTACTGTA 
CTACCCAACA GAGAACCTTC TACACACGTC AGCAACCAGA AGTCTAACAG CATTTCACAA 
CGACATCAGA ATGAGTTTAA AAACGTCTCA GAATCACCAT CAAAGCATGA GAATTCTAAA 
GACGTCACAG CAGCTCAGAA TTTAGTAAGA GAATCAGGAG CCCCATCACC CATCACATTC 
ACCAGCCTCA GGGAAGCAGA ATTCTCTGAC AATCAGAGGA GGCTGAGCCC TCCTTTTCCA 
CTGGAGCCTG CACAGAAATC TAGAGTAAGC AGTCCACTGG CCAGTTTTCT GCAGCAACAA 
AGGAGTGCTT CATCTCTGGA GTGGGAACCT GAGCCACACC TCTATCGTTC AAAGAGTTTA 
AAAAGCATTA ATGTTCATGG CGATCTACTA CGAAAAAGCC ATCCTCCAAA AGTCAGGGAG 
CGCCATTTTT CTGAAAGCAC TTCTATTGAC AATGCCCTGA GTCGACTGAC CCTTGGGAAT 
GAATTCTCTG TCAACAATGG GTACAGTCGA AGATTCAGAT CTTTTTCTGA ACTCCCCTCC 
TGTGATGGAA ATGAAAGTTG GGCTTATCGC AGCGGGACAA AAACAGGTCC CAGGTCTGCA 
ATATCTATAT ACAGACCTAT CGACTATGGG ATCTTTGGGA AAGAACAACA GTTAGCTTTC 
TTAGAAAATG TAAAGAGGTC ACTTACACAA GGAAGATTAT GGAAACCAAG TTTTCTTAAG 
AACCCTGGCT TCCTAAAAGA TGATTTGAGG AACCCTCCCA ACCCCTCAGA GTCATTAAGC 
TCAAATTCTC CCAGTAGTCA GGTGCCAGAA GATGGCTTAT CTCCAAGTGA ACCGCTTAAT 
ATCTATGAGG ATGACCCAGT GGACTCAGAT TGTGACACAG ACACAACCAC AGATGATGAA 
TACTACCTGG ATGAAAATGA CAAAGAGTCA GAACTGTGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

EXPH5 ( XM_017017401.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016872890.1 Homo sapiens exophilin 5 (EXPH5), transcript variant X8, mRNA.

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CloneID	OHu92059
Clone ID Related Accession (Same CDS sequence)	XM_017017398.1 , XM_017017401.1
Accession Version	XM_017017401.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5739bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	exophilin-5 isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000011.10) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGTTAAAAC AACCACTTAC ATACAGGCTA AGTAAGGAGA TGGCAAAAAA TGATCCGATA 
GAATTACCTA CATCAAGATC TAAAAATGTA ACTAATCAAA AAAAGCCGAC ACCTTTTTCT 
TCCCGGATGA GCTTCAGATC GTCATTTGCT TCCCTGTTCT CATTCAGGAA ATCTGGAAAG 
GAGACTTCAA AGCTTCCATC ACTGGGACAG AAAGGATGTG ATGGCCATGC AGGACCTCCT 
ATGCCTGTGA GGGGAGCTGC TGTGGCAAAA ATATACAATT CACCTCTGGA AAATCATCTA 
GTTGACAGTA CATTTGTCCC AAAGCCAGCA GTCATGAGGG AGGAGAGTGG CATGCCTCCA 
CCGTGGGATG CTTCACTGCT GGAGAATGAG TTTTTCCAAG TTTTAGATGA CTTGGATAGC 
AAATTGGCTC AGGAACAGTC TGCAAGCTCA GTGAATACCA GAACACCCCT CAACTATGGA 
TCAAGAACAC AGTTCGGTCA CTTTTATTCC AGTGGTAACA GACATGGTAA TATCACAGAA 
AGGCACAAAA AACACTATAA TGAAACTTCC AATATGTCTA TCTATGACAT CCTAAGACCA 
GGAACTCCTA GGGAAGGTTT TAAAACCTTT TCTCCTAGGA CAAGCACAAT TTATGATATG 
TATAGGACAA GGGAGCCCAG AGTCTTTAAA GAAGATTATG TGCAAAAGAA TACTTTTGGC 
AGTACTTCGC TGTGTTTTGA CAGCAGGCAA CGGTCGGCCT TACCAGCCAC AGGGCATTTC 
ACAGCAAGAA GCTTACATTT TCCAGCCACA ACTCAGAGCA AGAGTGGGTT TATACCACCA 
AGGCACCAGC AGAGTCCAAA GAGAACTCCT TTATCATCCA TCATATGGAA CAGATCAGAT 
TCCTCTAGAG ACAGGGAGAA CCAGGAAGAG TTCCTGAGGG CACCATCACC AATGGAAATT 
GATCCCGCTG ACAAGTATGT GTATCCCAGG GGTTTTCAGG AGAATAAGAG ATATGAATCG 
TACCATTCAC AGAATGTTTA CCAACGTGTT AGTTTAAATG CTCCCATGGA GAATGCAATG 
AGTCCCGACA CTTTTGAGAA CTCAGAGAAC ATGCCATTCT ACCATCAAAG CAACACATTT 
ACCAGATCTT TCTTCAGCAA TACCTTTGGA CGAAGCGGAG AACAGAGGAG ATTTGGACAA 
GGTCCTTTTT GGGGCCAAGA GAAAGGACAT TCTTTCTGGT CTGACTTTCA TCGAAGCAGG 
AAATCATTCA GTTCTTCTGA CAGAGACTTT GAAATGATTT CCATGGAAGC AAATAGTGTA 
TCAGCCATTC ATGGCCATAA TGTTTCTTCT GAACACTGGG AATCATTTTC TTCTGGTTAT 
GGAACAGATG TTTCCAGAGG CCAAGAAGAG CCACATCCTT GGCAGTTTGA TTTTCAGAGA 
TCCACACTGG ATAGCATGGT GGTATCACAT GGTAATGAGA CCCAGTTGAC TCCTCATTTT 
GGCACACCAA ATGTTTGCTC CATGACTGGT TCAAGCTATC ACGTCAAATC TAGTGAGTTG 
GTAAGTCAAC AGGACAGTTC TCCTGTAGAA GTACATATAA ACAAAGAAGC TTCCTCATTT 
GGAATTGCTC AGACTCTAGC ATCCTCATTC AAAACTTCCT TTTCCCAGAT TTCTGATGAC 
AGAAGGAATC CTCAGAGTCC CAACTTGCAG AATCCCACAG TCACTTTGCA GAAAATTTTT 
CCAAATAAGC CTGCCTCTCA TCCAATGAGA AGCCATACAG AAGTCACTGT GACCAGCAGC 
AATTCAGTTG ACTCTCTGCC TCTTGCCAAA AGCCAGCCCA ATATCTTGGT CACAGAAGTA 
AATAATGAGA AAGACTTAAA TGAATCTATT TCAGAAGAAG ACAAACAGCT AAGCAAGATG 
GACCAGACAA ACAAGGCAGG TGAAATACCC CAACCTGTTT CACAGACAGG GATCTCAAAC 
TCTTTACCTG ATTTTCAAAA TCCCTTATCC CAGGACTCAG CCAAGAGCAA CGGGTTTGGT 
TTTAATGCAT CTACCATAAT AAGTTCAAAA AAGTCACCCA GAGTCTTTTC CAGGAAAGAT 
ACCTCCAAAA TGTATATACC GCACACAGAT AAATCCAATG ACATTAAACA AGATAAGAGG 
TTTACTGAAA ACAGAAAACT TGGCTCAACA GCTTCCCTTC CTTTCATTCA GGAACACAGA 
ACACCACCAT CTTTCCCCAG GACAGACCAA GGTTGTCACC AGGAATTAAC TGTAAATAAT 
GAAGATATTT CAAGAATTAT TACAAATAAC CACTGGAGCT CTGCACTGAC TGATACTCAA 
AATGCACAAT ACTCAAAATG CAAGTTAACT CCTGGCCACA AGACCTCGTG TGATTCTTTA 
GATCTGTCAT CAGCTGCACT ACCAGATTCC TCACCATCAA AGAATTCTTC CCTTGATGCT 
CCTGTGGTTC CATCTACTAC AGTGTTCTCC AGGAGAAGTC CTTCAGACAA AGATCCATCG 
CTAGGAGAAA GAGAAGAAAA AGACAATGCT GGGAAGAACC AAAAGAATCA GTTTATTGTA 
AGCCACTCAG AAAACCAAGA GAGAAATGAT AGTCCTGTGC CTACACATGA TGAAGTGGTT 
GATGTCAAAT GCCATTCACA CTCTCCTTTT AGGAATGAAA GAGGAAAAGG AAAAATAAGG 
CATCATATAT CCTGTATTGA AAAGTTAAGC AAAACAGAAA GTATATCAGT ACCCACCAGT 
GATCACAGGA GCCTCATTGA AGCAAATCAA AGCAATTCCA AAGTTTCTGA ACTTGACACA 
ATTTATTGTA CCTTGCCAAG AAAATCAAGC AGTTTTCTCA TACATGGCAG GCAGTCAGGA 
AGTAAAATAA TGGCTGCTTC ATTGAGGAAT GGGCCACCTC CCTTCCAAAT CAAAAATAAT 
GTGGAAGATG CAATGGGGAA CTATATGTTA AACAAATTTA GTCCCAGTTC TCCTGAGTCA 
GCGAATGAAT GTTCCAAAGT CCTTTCAGAC TCAGCCCTGG AAGCACCTGA AGCCACAGAG 
AGAATGACAA ATGTAAAAAG CAGTGGATCT ACTTCCGTTA GAAAAGGACC ACTTCCATTC 
CTCATCAACA GGGCTATGTC ATGTCCCTCA GGGGAGCCAC ATGCCTCAAC TGGAAGAGAA 
GGAAGAAAAA AGCCATTGAC CTCAGGCATG GATGCTTCTG AGCTAACACC AAGGGCTTGG 
GAGAGAATCA TTAGCCCTGT GGAAAGTGAC TCATCTGTTA GAGATTGTTC TTTAACCAAA 
AGACAACACC AAAAGGAAAA CTTCCAAGAA TACACTGAGA AAGAGGGTAA AATGGCTGCC 
TCCAGGAGAA GTGTATTTGC TCTTTCAAAT GAAGACCCTT TACCTTTTTG CTCAGACTTG 
TCAGGAAAAG AACGTGGGAA AACATTACAT AAAGTTAAGA CGACTAGTAC GTTTTCTGTT 
TCTGGTGATG AAGATAATGT AAAATGTCTG GAGGTGGTCT CAATATATTA CACTCTACCG 
AGGAAACCCA GCAAAAAATT CTGTAACCTC CTTCAACAGT ATACACAAAA TACTAATTTA 
CTTATAGAAT CACCTCAAGT GGAGACTGAA ACATTTCCTA ACGCTTTAGA AAAAGACAAA 
CAGAATTATT CTACACGAGA GCAGTCAGGA ACACCTTCAT GTGAAAATCT AAAGATGTCC 
GTCAACTCTG ATCAGACGCT CACCACTGAA AATATGACTG CCTTCCGATT ATCAAATAGG 
GGGCCCCTAG CTCCTACATT ACAGGAAATG GCTTCTGTTG AGGCAGCTGT TTCTCTTCCT 
GAAGAGGAAT CTAAAGCTAG AGAGATTTTT TCAGATAATT TAGCTAAAAC ACCTCTAGGT 
GATTCAGAAA ACAAGAAGGA AAGAGGCAAA AAGTTGCAAA GTGAAACCCT GCATACTTCA 
TTGATGCTTC AGAGAAAAAA TGTATCCGAA GAAAAATCTG AAAATTGTCA ACAATCCATT 
AATTCAAGTA ACAGTGGTCC CTCTAGTCTT CCAGCTCTTT CAGAAGTTAA TATTGGAAAT 
TCCCAAACTA GAAGAAGTTC TTGGGAGTGT ACAGGGAGTG GTAGAGCCAT TCCATTTACT 
GGAAGTGGCA AGTGTCCCCA GAAAGATCAC ACATCCACAG CTGTAGGTGA TGGCTCCAGT 
GGATCACAGC CTAGGGAAGG CAGAGGGGAC ATTGGAACCA ACTGCCAAAA AATGACTAAT 
AAAACACTTT CTCACTCAGA GAGTCAAGTC TTTGCCCTTA CTCCAGCATT GCATAAACTA 
CAGCTTGGTG AGGAGACTCA GTCAGATGAA CCAAACTTAG AGAGTCTGCA GTCTGAACCA 
AGAGAATTAC CTCAAAGAAG TCAGGAGGCA AATATGACAG AGAGCAGGAA GGCTGAAGAT 
GAAATGCAGA AGTCAGCTTG GGATCAACCT TCACTTCCTG AAGGAAACAA AAATAAAACC 
AACTTGGATG ACCTAGTAAA GGGGGAAAAT AGATCTTCAG TTAAACACAG ATTGGCAGCC 
ATGTCTAAAG CCAGCAGAAA ATTCCCAGCT AAAGATGTAA GCCCCAGAAG ACATGTAGCT 
ACTATCTTCC CCCAAAGTGG AAGCAGATCT GGCTTTGACC ATTTATCTCT TGGCACAGTG 
GAGTGCAACC CACTGTTCCC TGAGCCTACT CCAAAATCTG CAGAGTCCAT TGGCGAAAGC 
AGGTTGAGTG AGAACGGAAA GCATGTGAAG AAATCCGAGA ACCTTCTCCC CATTACTGTA 
CTACCCAACA GAGAACCTTC TACACACGTC AGCAACCAGA AGTCTAACAG CATTTCACAA 
CGACATCAGA ATGAGTTTAA AAACGTCTCA GAATCACCAT CAAAGCATGA GAATTCTAAA 
GACGTCACAG CAGCTCAGAA TTTAGTAAGA GAATCAGGAG CCCCATCACC CATCACATTC 
ACCAGCCTCA GGGAAGCAGA ATTCTCTGAC AATCAGAGGA GGCTGAGCCC TCCTTTTCCA 
CTGGAGCCTG CACAGAAATC TAGAGTAAGC AGTCCACTGG CCAGTTTTCT GCAGCAACAA 
AGGAGTGCTT CATCTCTGGA GTGGGAACCT GAGCCACACC TCTATCGTTC AAAGAGTTTA 
AAAAGCATTA ATGTTCATGG CGATCTACTA CGAAAAAGCC ATCCTCCAAA AGTCAGGGAG 
CGCCATTTTT CTGAAAGCAC TTCTATTGAC AATGCCCTGA GTCGACTGAC CCTTGGGAAT 
GAATTCTCTG TCAACAATGG GTACAGTCGA AGATTCAGAT CTTTTTCTGA ACTCCCCTCC 
TGTGATGGAA ATGAAAGTTG GGCTTATCGC AGCGGGACAA AAACAGGTCC CAGGTCTGCA 
ATATCTATAT ACAGACCTAT CGACTATGGG ATCTTTGGGA AAGAACAACA GTTAGCTTTC 
TTAGAAAATG TAAAGAGGTC ACTTACACAA GGAAGATTAT GGAAACCAAG TTTTCTTAAG 
AACCCTGGCT TCCTAAAAGA TGATTTGAGG AACCCTCCCA ACCCCTCAGA GTCATTAAGC 
TCAAATTCTC CCAGTAGTCA GGTGCCAGAA GATGGCTTAT CTCCAAGTGA ACCGCTTAAT 
ATCTATGAGG ATGACCCAGT GGACTCAGAT TGTGACACAG ACACAACCAC AGATGATGAA 
TACTACCTGG ATGAAAATGA CAAAGAGTCA GAACTGTGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_016872890.1
CDS	1580..7318
Translation	MLKQPLTYRLSKEMAKNDPIELPTSRSKNVTNQKKPTPFSSRMSFRSSFASLFSFRKSGKETSKLPSLGQKGCDGHAGPPMPVRGAAVAKIYNSPLENHLVDSTFVPKPAVMREESGMPPPWDASLLENEFFQVLDDLDSKLAQEQSASSVNTRTPLNYGSRTQFGHFYSSGNRHGNITERHKKHYNETSNMSIYDILRPGTPREGFKTFSPRTSTIYDMYRTREPRVFKEDYVQKNTFGSTSLCFDSRQRSALPATGHFTARSLHFPATTQSKSGFIPPRHQQSPKRTPLSSIIWNRSDSSRDRENQEEFLRAPSPMEIDPADKYVYPRGFQENKRYESYHSQNVYQRVSLNAPMENAMSPDTFENSENMPFYHQSNTFTRSFFSNTFGRSGEQRRFGQGPFWGQEKGHSFWSDFHRSRKSFSSSDRDFEMISMEANSVSAIHGHNVSSEHWESFSSGYGTDVSRGQEEPHPWQFDFQRSTLDSMVVSHGNETQLTPHFGTPNVCSMTGSSYHVKSSELVSQQDSSPVEVHINKEASSFGIAQTLASSFKTSFSQISDDRRNPQSPNLQNPTVTLQKIFPNKPASHPMRSHTEVTVTSSNSVDSLPLAKSQPNILVTEVNNEKDLNESISEEDKQLSKMDQTNKAGEIPQPVSQTGISNSLPDFQNPLSQDSAKSNGFGFNASTIISSKKSPRVFSRKDTSKMYIPHTDKSNDIKQDKRFTENRKLGSTASLPFIQEHRTPPSFPRTDQGCHQELTVNNEDISRIITNNHWSSALTDTQNAQYSKCKLTPGHKTSCDSLDLSSAALPDSSPSKNSSLDAPVVPSTTVFSRRSPSDKDPSLGEREEKDNAGKNQKNQFIVSHSENQERNDSPVPTHDEVVDVKCHSHSPFRNERGKGKIRHHISCIEKLSKTESISVPTSDHRSLIEANQSNSKVSELDTIYCTLPRKSSSFLIHGRQSGSKIMAASLRNGPPPFQIKNNVEDAMGNYMLNKFSPSSPESANECSKVLSDSALEAPEATERMTNVKSSGSTSVRKGPLPFLINRAMSCPSGEPHASTGREGRKKPLTSGMDASELTPRAWERIISPVESDSSVRDCSLTKRQHQKENFQEYTEKEGKMAASRRSVFALSNEDPLPFCSDLSGKERGKTLHKVKTTSTFSVSGDEDNVKCLEVVSIYYTLPRKPSKKFCNLLQQYTQNTNLLIESPQVETETFPNALEKDKQNYSTREQSGTPSCENLKMSVNSDQTLTTENMTAFRLSNRGPLAPTLQEMASVEAAVSLPEEESKAREIFSDNLAKTPLGDSENKKERGKKLQSETLHTSLMLQRKNVSEEKSENCQQSINSSNSGPSSLPALSEVNIGNSQTRRSSWECTGSGRAIPFTGSGKCPQKDHTSTAVGDGSSGSQPREGRGDIGTNCQKMTNKTLSHSESQVFALTPALHKLQLGEETQSDEPNLESLQSEPRELPQRSQEANMTESRKAEDEMQKSAWDQPSLPEGNKNKTNLDDLVKGENRSSVKHRLAAMSKASRKFPAKDVSPRRHVATIFPQSGSRSGFDHLSLGTVECNPLFPEPTPKSAESIGESRLSENGKHVKKSENLLPITVLPNREPSTHVSNQKSNSISQRHQNEFKNVSESPSKHENSKDVTAAQNLVRESGAPSPITFTSLREAEFSDNQRRLSPPFPLEPAQKSRVSSPLASFLQQQRSASSLEWEPEPHLYRSKSLKSINVHGDLLRKSHPPKVRERHFSESTSIDNALSRLTLGNEFSVNNGYSRRFRSFSELPSCDGNESWAYRSGTKTGPRSAISIYRPIDYGIFGKEQQLAFLENVKRSLTQGRLWKPSFLKNPGFLKDDLRNPPNPSESLSSNSPSSQVPEDGLSPSEPLNIYEDDPVDSDCDTDTTTDDEYYLDENDKESEL

Target ORF information:

RefSeq Version	XM_017017401.1
Organism	Homo sapiens(human)
Definition	Homo sapiens exophilin 5 (EXPH5), transcript variant X8, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_017017401.1

ORF Insert Sequence:

ATGTTAAAAC AACCACTTAC ATACAGGCTA AGTAAGGAGA TGGCAAAAAA TGATCCGATA 
GAATTACCTA CATCAAGATC TAAAAATGTA ACTAATCAAA AAAAGCCGAC ACCTTTTTCT 
TCCCGGATGA GCTTCAGATC GTCATTTGCT TCCCTGTTCT CATTCAGGAA ATCTGGAAAG 
GAGACTTCAA AGCTTCCATC ACTGGGACAG AAAGGATGTG ATGGCCATGC AGGACCTCCT 
ATGCCTGTGA GGGGAGCTGC TGTGGCAAAA ATATACAATT CACCTCTGGA AAATCATCTA 
GTTGACAGTA CATTTGTCCC AAAGCCAGCA GTCATGAGGG AGGAGAGTGG CATGCCTCCA 
CCGTGGGATG CTTCACTGCT GGAGAATGAG TTTTTCCAAG TTTTAGATGA CTTGGATAGC 
AAATTGGCTC AGGAACAGTC TGCAAGCTCA GTGAATACCA GAACACCCCT CAACTATGGA 
TCAAGAACAC AGTTCGGTCA CTTTTATTCC AGTGGTAACA GACATGGTAA TATCACAGAA 
AGGCACAAAA AACACTATAA TGAAACTTCC AATATGTCTA TCTATGACAT CCTAAGACCA 
GGAACTCCTA GGGAAGGTTT TAAAACCTTT TCTCCTAGGA CAAGCACAAT TTATGATATG 
TATAGGACAA GGGAGCCCAG AGTCTTTAAA GAAGATTATG TGCAAAAGAA TACTTTTGGC 
AGTACTTCGC TGTGTTTTGA CAGCAGGCAA CGGTCGGCCT TACCAGCCAC AGGGCATTTC 
ACAGCAAGAA GCTTACATTT TCCAGCCACA ACTCAGAGCA AGAGTGGGTT TATACCACCA 
AGGCACCAGC AGAGTCCAAA GAGAACTCCT TTATCATCCA TCATATGGAA CAGATCAGAT 
TCCTCTAGAG ACAGGGAGAA CCAGGAAGAG TTCCTGAGGG CACCATCACC AATGGAAATT 
GATCCCGCTG ACAAGTATGT GTATCCCAGG GGTTTTCAGG AGAATAAGAG ATATGAATCG 
TACCATTCAC AGAATGTTTA CCAACGTGTT AGTTTAAATG CTCCCATGGA GAATGCAATG 
AGTCCCGACA CTTTTGAGAA CTCAGAGAAC ATGCCATTCT ACCATCAAAG CAACACATTT 
ACCAGATCTT TCTTCAGCAA TACCTTTGGA CGAAGCGGAG AACAGAGGAG ATTTGGACAA 
GGTCCTTTTT GGGGCCAAGA GAAAGGACAT TCTTTCTGGT CTGACTTTCA TCGAAGCAGG 
AAATCATTCA GTTCTTCTGA CAGAGACTTT GAAATGATTT CCATGGAAGC AAATAGTGTA 
TCAGCCATTC ATGGCCATAA TGTTTCTTCT GAACACTGGG AATCATTTTC TTCTGGTTAT 
GGAACAGATG TTTCCAGAGG CCAAGAAGAG CCACATCCTT GGCAGTTTGA TTTTCAGAGA 
TCCACACTGG ATAGCATGGT GGTATCACAT GGTAATGAGA CCCAGTTGAC TCCTCATTTT 
GGCACACCAA ATGTTTGCTC CATGACTGGT TCAAGCTATC ACGTCAAATC TAGTGAGTTG 
GTAAGTCAAC AGGACAGTTC TCCTGTAGAA GTACATATAA ACAAAGAAGC TTCCTCATTT 
GGAATTGCTC AGACTCTAGC ATCCTCATTC AAAACTTCCT TTTCCCAGAT TTCTGATGAC 
AGAAGGAATC CTCAGAGTCC CAACTTGCAG AATCCCACAG TCACTTTGCA GAAAATTTTT 
CCAAATAAGC CTGCCTCTCA TCCAATGAGA AGCCATACAG AAGTCACTGT GACCAGCAGC 
AATTCAGTTG ACTCTCTGCC TCTTGCCAAA AGCCAGCCCA ATATCTTGGT CACAGAAGTA 
AATAATGAGA AAGACTTAAA TGAATCTATT TCAGAAGAAG ACAAACAGCT AAGCAAGATG 
GACCAGACAA ACAAGGCAGG TGAAATACCC CAACCTGTTT CACAGACAGG GATCTCAAAC 
TCTTTACCTG ATTTTCAAAA TCCCTTATCC CAGGACTCAG CCAAGAGCAA CGGGTTTGGT 
TTTAATGCAT CTACCATAAT AAGTTCAAAA AAGTCACCCA GAGTCTTTTC CAGGAAAGAT 
ACCTCCAAAA TGTATATACC GCACACAGAT AAATCCAATG ACATTAAACA AGATAAGAGG 
TTTACTGAAA ACAGAAAACT TGGCTCAACA GCTTCCCTTC CTTTCATTCA GGAACACAGA 
ACACCACCAT CTTTCCCCAG GACAGACCAA GGTTGTCACC AGGAATTAAC TGTAAATAAT 
GAAGATATTT CAAGAATTAT TACAAATAAC CACTGGAGCT CTGCACTGAC TGATACTCAA 
AATGCACAAT ACTCAAAATG CAAGTTAACT CCTGGCCACA AGACCTCGTG TGATTCTTTA 
GATCTGTCAT CAGCTGCACT ACCAGATTCC TCACCATCAA AGAATTCTTC CCTTGATGCT 
CCTGTGGTTC CATCTACTAC AGTGTTCTCC AGGAGAAGTC CTTCAGACAA AGATCCATCG 
CTAGGAGAAA GAGAAGAAAA AGACAATGCT GGGAAGAACC AAAAGAATCA GTTTATTGTA 
AGCCACTCAG AAAACCAAGA GAGAAATGAT AGTCCTGTGC CTACACATGA TGAAGTGGTT 
GATGTCAAAT GCCATTCACA CTCTCCTTTT AGGAATGAAA GAGGAAAAGG AAAAATAAGG 
CATCATATAT CCTGTATTGA AAAGTTAAGC AAAACAGAAA GTATATCAGT ACCCACCAGT 
GATCACAGGA GCCTCATTGA AGCAAATCAA AGCAATTCCA AAGTTTCTGA ACTTGACACA 
ATTTATTGTA CCTTGCCAAG AAAATCAAGC AGTTTTCTCA TACATGGCAG GCAGTCAGGA 
AGTAAAATAA TGGCTGCTTC ATTGAGGAAT GGGCCACCTC CCTTCCAAAT CAAAAATAAT 
GTGGAAGATG CAATGGGGAA CTATATGTTA AACAAATTTA GTCCCAGTTC TCCTGAGTCA 
GCGAATGAAT GTTCCAAAGT CCTTTCAGAC TCAGCCCTGG AAGCACCTGA AGCCACAGAG 
AGAATGACAA ATGTAAAAAG CAGTGGATCT ACTTCCGTTA GAAAAGGACC ACTTCCATTC 
CTCATCAACA GGGCTATGTC ATGTCCCTCA GGGGAGCCAC ATGCCTCAAC TGGAAGAGAA 
GGAAGAAAAA AGCCATTGAC CTCAGGCATG GATGCTTCTG AGCTAACACC AAGGGCTTGG 
GAGAGAATCA TTAGCCCTGT GGAAAGTGAC TCATCTGTTA GAGATTGTTC TTTAACCAAA 
AGACAACACC AAAAGGAAAA CTTCCAAGAA TACACTGAGA AAGAGGGTAA AATGGCTGCC 
TCCAGGAGAA GTGTATTTGC TCTTTCAAAT GAAGACCCTT TACCTTTTTG CTCAGACTTG 
TCAGGAAAAG AACGTGGGAA AACATTACAT AAAGTTAAGA CGACTAGTAC GTTTTCTGTT 
TCTGGTGATG AAGATAATGT AAAATGTCTG GAGGTGGTCT CAATATATTA CACTCTACCG 
AGGAAACCCA GCAAAAAATT CTGTAACCTC CTTCAACAGT ATACACAAAA TACTAATTTA 
CTTATAGAAT CACCTCAAGT GGAGACTGAA ACATTTCCTA ACGCTTTAGA AAAAGACAAA 
CAGAATTATT CTACACGAGA GCAGTCAGGA ACACCTTCAT GTGAAAATCT AAAGATGTCC 
GTCAACTCTG ATCAGACGCT CACCACTGAA AATATGACTG CCTTCCGATT ATCAAATAGG 
GGGCCCCTAG CTCCTACATT ACAGGAAATG GCTTCTGTTG AGGCAGCTGT TTCTCTTCCT 
GAAGAGGAAT CTAAAGCTAG AGAGATTTTT TCAGATAATT TAGCTAAAAC ACCTCTAGGT 
GATTCAGAAA ACAAGAAGGA AAGAGGCAAA AAGTTGCAAA GTGAAACCCT GCATACTTCA 
TTGATGCTTC AGAGAAAAAA TGTATCCGAA GAAAAATCTG AAAATTGTCA ACAATCCATT 
AATTCAAGTA ACAGTGGTCC CTCTAGTCTT CCAGCTCTTT CAGAAGTTAA TATTGGAAAT 
TCCCAAACTA GAAGAAGTTC TTGGGAGTGT ACAGGGAGTG GTAGAGCCAT TCCATTTACT 
GGAAGTGGCA AGTGTCCCCA GAAAGATCAC ACATCCACAG CTGTAGGTGA TGGCTCCAGT 
GGATCACAGC CTAGGGAAGG CAGAGGGGAC ATTGGAACCA ACTGCCAAAA AATGACTAAT 
AAAACACTTT CTCACTCAGA GAGTCAAGTC TTTGCCCTTA CTCCAGCATT GCATAAACTA 
CAGCTTGGTG AGGAGACTCA GTCAGATGAA CCAAACTTAG AGAGTCTGCA GTCTGAACCA 
AGAGAATTAC CTCAAAGAAG TCAGGAGGCA AATATGACAG AGAGCAGGAA GGCTGAAGAT 
GAAATGCAGA AGTCAGCTTG GGATCAACCT TCACTTCCTG AAGGAAACAA AAATAAAACC 
AACTTGGATG ACCTAGTAAA GGGGGAAAAT AGATCTTCAG TTAAACACAG ATTGGCAGCC 
ATGTCTAAAG CCAGCAGAAA ATTCCCAGCT AAAGATGTAA GCCCCAGAAG ACATGTAGCT 
ACTATCTTCC CCCAAAGTGG AAGCAGATCT GGCTTTGACC ATTTATCTCT TGGCACAGTG 
GAGTGCAACC CACTGTTCCC TGAGCCTACT CCAAAATCTG CAGAGTCCAT TGGCGAAAGC 
AGGTTGAGTG AGAACGGAAA GCATGTGAAG AAATCCGAGA ACCTTCTCCC CATTACTGTA 
CTACCCAACA GAGAACCTTC TACACACGTC AGCAACCAGA AGTCTAACAG CATTTCACAA 
CGACATCAGA ATGAGTTTAA AAACGTCTCA GAATCACCAT CAAAGCATGA GAATTCTAAA 
GACGTCACAG CAGCTCAGAA TTTAGTAAGA GAATCAGGAG CCCCATCACC CATCACATTC 
ACCAGCCTCA GGGAAGCAGA ATTCTCTGAC AATCAGAGGA GGCTGAGCCC TCCTTTTCCA 
CTGGAGCCTG CACAGAAATC TAGAGTAAGC AGTCCACTGG CCAGTTTTCT GCAGCAACAA 
AGGAGTGCTT CATCTCTGGA GTGGGAACCT GAGCCACACC TCTATCGTTC AAAGAGTTTA 
AAAAGCATTA ATGTTCATGG CGATCTACTA CGAAAAAGCC ATCCTCCAAA AGTCAGGGAG 
CGCCATTTTT CTGAAAGCAC TTCTATTGAC AATGCCCTGA GTCGACTGAC CCTTGGGAAT 
GAATTCTCTG TCAACAATGG GTACAGTCGA AGATTCAGAT CTTTTTCTGA ACTCCCCTCC 
TGTGATGGAA ATGAAAGTTG GGCTTATCGC AGCGGGACAA AAACAGGTCC CAGGTCTGCA 
ATATCTATAT ACAGACCTAT CGACTATGGG ATCTTTGGGA AAGAACAACA GTTAGCTTTC 
TTAGAAAATG TAAAGAGGTC ACTTACACAA GGAAGATTAT GGAAACCAAG TTTTCTTAAG 
AACCCTGGCT TCCTAAAAGA TGATTTGAGG AACCCTCCCA ACCCCTCAGA GTCATTAAGC 
TCAAATTCTC CCAGTAGTCA GGTGCCAGAA GATGGCTTAT CTCCAAGTGA ACCGCTTAAT 
ATCTATGAGG ATGACCCAGT GGACTCAGAT TGTGACACAG ACACAACCAC AGATGATGAA 
TACTACCTGG ATGAAAATGA CAAAGAGTCA GAACTGTGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

EXPH5 ( XM_017017403.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016872892.1 Homo sapiens exophilin 5 (EXPH5), transcript variant X10, mRNA.

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CloneID	OHu92060
Clone ID Related Accession (Same CDS sequence)	XM_017017403.1
Accession Version	XM_017017403.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5499bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	exophilin-5 isoform X4
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000011.10) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCCTGTGA GGGGAGCTGC TGTGGCAAAA ATATACAATT CACCTCTGGA AAATCATCTA 
GTTGACAGTA CATTTGTCCC AAAGCCAGCA GTCATGAGGG AGGAGAGTGG CATGCCTCCA 
CCGTGGGATG CTTCACTGCT GGAGAATGAG TTTTTCCAAG TTTTAGATGA CTTGGATAGC 
AAATTGGCTC AGGAACAGTC TGCAAGCTCA GTGAATACCA GAACACCCCT CAACTATGGA 
TCAAGAACAC AGTTCGGTCA CTTTTATTCC AGTGGTAACA GACATGGTAA TATCACAGAA 
AGGCACAAAA AACACTATAA TGAAACTTCC AATATGTCTA TCTATGACAT CCTAAGACCA 
GGAACTCCTA GGGAAGGTTT TAAAACCTTT TCTCCTAGGA CAAGCACAAT TTATGATATG 
TATAGGACAA GGGAGCCCAG AGTCTTTAAA GAAGATTATG TGCAAAAGAA TACTTTTGGC 
AGTACTTCGC TGTGTTTTGA CAGCAGGCAA CGGTCGGCCT TACCAGCCAC AGGGCATTTC 
ACAGCAAGAA GCTTACATTT TCCAGCCACA ACTCAGAGCA AGAGTGGGTT TATACCACCA 
AGGCACCAGC AGAGTCCAAA GAGAACTCCT TTATCATCCA TCATATGGAA CAGATCAGAT 
TCCTCTAGAG ACAGGGAGAA CCAGGAAGAG TTCCTGAGGG CACCATCACC AATGGAAATT 
GATCCCGCTG ACAAGTATGT GTATCCCAGG GGTTTTCAGG AGAATAAGAG ATATGAATCG 
TACCATTCAC AGAATGTTTA CCAACGTGTT AGTTTAAATG CTCCCATGGA GAATGCAATG 
AGTCCCGACA CTTTTGAGAA CTCAGAGAAC ATGCCATTCT ACCATCAAAG CAACACATTT 
ACCAGATCTT TCTTCAGCAA TACCTTTGGA CGAAGCGGAG AACAGAGGAG ATTTGGACAA 
GGTCCTTTTT GGGGCCAAGA GAAAGGACAT TCTTTCTGGT CTGACTTTCA TCGAAGCAGG 
AAATCATTCA GTTCTTCTGA CAGAGACTTT GAAATGATTT CCATGGAAGC AAATAGTGTA 
TCAGCCATTC ATGGCCATAA TGTTTCTTCT GAACACTGGG AATCATTTTC TTCTGGTTAT 
GGAACAGATG TTTCCAGAGG CCAAGAAGAG CCACATCCTT GGCAGTTTGA TTTTCAGAGA 
TCCACACTGG ATAGCATGGT GGTATCACAT GGTAATGAGA CCCAGTTGAC TCCTCATTTT 
GGCACACCAA ATGTTTGCTC CATGACTGGT TCAAGCTATC ACGTCAAATC TAGTGAGTTG 
GTAAGTCAAC AGGACAGTTC TCCTGTAGAA GTACATATAA ACAAAGAAGC TTCCTCATTT 
GGAATTGCTC AGACTCTAGC ATCCTCATTC AAAACTTCCT TTTCCCAGAT TTCTGATGAC 
AGAAGGAATC CTCAGAGTCC CAACTTGCAG AATCCCACAG TCACTTTGCA GAAAATTTTT 
CCAAATAAGC CTGCCTCTCA TCCAATGAGA AGCCATACAG AAGTCACTGT GACCAGCAGC 
AATTCAGTTG ACTCTCTGCC TCTTGCCAAA AGCCAGCCCA ATATCTTGGT CACAGAAGTA 
AATAATGAGA AAGACTTAAA TGAATCTATT TCAGAAGAAG ACAAACAGCT AAGCAAGATG 
GACCAGACAA ACAAGGCAGG TGAAATACCC CAACCTGTTT CACAGACAGG GATCTCAAAC 
TCTTTACCTG ATTTTCAAAA TCCCTTATCC CAGGACTCAG CCAAGAGCAA CGGGTTTGGT 
TTTAATGCAT CTACCATAAT AAGTTCAAAA AAGTCACCCA GAGTCTTTTC CAGGAAAGAT 
ACCTCCAAAA TGTATATACC GCACACAGAT AAATCCAATG ACATTAAACA AGATAAGAGG 
TTTACTGAAA ACAGAAAACT TGGCTCAACA GCTTCCCTTC CTTTCATTCA GGAACACAGA 
ACACCACCAT CTTTCCCCAG GACAGACCAA GGTTGTCACC AGGAATTAAC TGTAAATAAT 
GAAGATATTT CAAGAATTAT TACAAATAAC CACTGGAGCT CTGCACTGAC TGATACTCAA 
AATGCACAAT ACTCAAAATG CAAGTTAACT CCTGGCCACA AGACCTCGTG TGATTCTTTA 
GATCTGTCAT CAGCTGCACT ACCAGATTCC TCACCATCAA AGAATTCTTC CCTTGATGCT 
CCTGTGGTTC CATCTACTAC AGTGTTCTCC AGGAGAAGTC CTTCAGACAA AGATCCATCG 
CTAGGAGAAA GAGAAGAAAA AGACAATGCT GGGAAGAACC AAAAGAATCA GTTTATTGTA 
AGCCACTCAG AAAACCAAGA GAGAAATGAT AGTCCTGTGC CTACACATGA TGAAGTGGTT 
GATGTCAAAT GCCATTCACA CTCTCCTTTT AGGAATGAAA GAGGAAAAGG AAAAATAAGG 
CATCATATAT CCTGTATTGA AAAGTTAAGC AAAACAGAAA GTATATCAGT ACCCACCAGT 
GATCACAGGA GCCTCATTGA AGCAAATCAA AGCAATTCCA AAGTTTCTGA ACTTGACACA 
ATTTATTGTA CCTTGCCAAG AAAATCAAGC AGTTTTCTCA TACATGGCAG GCAGTCAGGA 
AGTAAAATAA TGGCTGCTTC ATTGAGGAAT GGGCCACCTC CCTTCCAAAT CAAAAATAAT 
GTGGAAGATG CAATGGGGAA CTATATGTTA AACAAATTTA GTCCCAGTTC TCCTGAGTCA 
GCGAATGAAT GTTCCAAAGT CCTTTCAGAC TCAGCCCTGG AAGCACCTGA AGCCACAGAG 
AGAATGACAA ATGTAAAAAG CAGTGGATCT ACTTCCGTTA GAAAAGGACC ACTTCCATTC 
CTCATCAACA GGGCTATGTC ATGTCCCTCA GGGGAGCCAC ATGCCTCAAC TGGAAGAGAA 
GGAAGAAAAA AGCCATTGAC CTCAGGCATG GATGCTTCTG AGCTAACACC AAGGGCTTGG 
GAGAGAATCA TTAGCCCTGT GGAAAGTGAC TCATCTGTTA GAGATTGTTC TTTAACCAAA 
AGACAACACC AAAAGGAAAA CTTCCAAGAA TACACTGAGA AAGAGGGTAA AATGGCTGCC 
TCCAGGAGAA GTGTATTTGC TCTTTCAAAT GAAGACCCTT TACCTTTTTG CTCAGACTTG 
TCAGGAAAAG AACGTGGGAA AACATTACAT AAAGTTAAGA CGACTAGTAC GTTTTCTGTT 
TCTGGTGATG AAGATAATGT AAAATGTCTG GAGGTGGTCT CAATATATTA CACTCTACCG 
AGGAAACCCA GCAAAAAATT CTGTAACCTC CTTCAACAGT ATACACAAAA TACTAATTTA 
CTTATAGAAT CACCTCAAGT GGAGACTGAA ACATTTCCTA ACGCTTTAGA AAAAGACAAA 
CAGAATTATT CTACACGAGA GCAGTCAGGA ACACCTTCAT GTGAAAATCT AAAGATGTCC 
GTCAACTCTG ATCAGACGCT CACCACTGAA AATATGACTG CCTTCCGATT ATCAAATAGG 
GGGCCCCTAG CTCCTACATT ACAGGAAATG GCTTCTGTTG AGGCAGCTGT TTCTCTTCCT 
GAAGAGGAAT CTAAAGCTAG AGAGATTTTT TCAGATAATT TAGCTAAAAC ACCTCTAGGT 
GATTCAGAAA ACAAGAAGGA AAGAGGCAAA AAGTTGCAAA GTGAAACCCT GCATACTTCA 
TTGATGCTTC AGAGAAAAAA TGTATCCGAA GAAAAATCTG AAAATTGTCA ACAATCCATT 
AATTCAAGTA ACAGTGGTCC CTCTAGTCTT CCAGCTCTTT CAGAAGTTAA TATTGGAAAT 
TCCCAAACTA GAAGAAGTTC TTGGGAGTGT ACAGGGAGTG GTAGAGCCAT TCCATTTACT 
GGAAGTGGCA AGTGTCCCCA GAAAGATCAC ACATCCACAG CTGTAGGTGA TGGCTCCAGT 
GGATCACAGC CTAGGGAAGG CAGAGGGGAC ATTGGAACCA ACTGCCAAAA AATGACTAAT 
AAAACACTTT CTCACTCAGA GAGTCAAGTC TTTGCCCTTA CTCCAGCATT GCATAAACTA 
CAGCTTGGTG AGGAGACTCA GTCAGATGAA CCAAACTTAG AGAGTCTGCA GTCTGAACCA 
AGAGAATTAC CTCAAAGAAG TCAGGAGGCA AATATGACAG AGAGCAGGAA GGCTGAAGAT 
GAAATGCAGA AGTCAGCTTG GGATCAACCT TCACTTCCTG AAGGAAACAA AAATAAAACC 
AACTTGGATG ACCTAGTAAA GGGGGAAAAT AGATCTTCAG TTAAACACAG ATTGGCAGCC 
ATGTCTAAAG CCAGCAGAAA ATTCCCAGCT AAAGATGTAA GCCCCAGAAG ACATGTAGCT 
ACTATCTTCC CCCAAAGTGG AAGCAGATCT GGCTTTGACC ATTTATCTCT TGGCACAGTG 
GAGTGCAACC CACTGTTCCC TGAGCCTACT CCAAAATCTG CAGAGTCCAT TGGCGAAAGC 
AGGTTGAGTG AGAACGGAAA GCATGTGAAG AAATCCGAGA ACCTTCTCCC CATTACTGTA 
CTACCCAACA GAGAACCTTC TACACACGTC AGCAACCAGA AGTCTAACAG CATTTCACAA 
CGACATCAGA ATGAGTTTAA AAACGTCTCA GAATCACCAT CAAAGCATGA GAATTCTAAA 
GACGTCACAG CAGCTCAGAA TTTAGTAAGA GAATCAGGAG CCCCATCACC CATCACATTC 
ACCAGCCTCA GGGAAGCAGA ATTCTCTGAC AATCAGAGGA GGCTGAGCCC TCCTTTTCCA 
CTGGAGCCTG CACAGAAATC TAGAGTAAGC AGTCCACTGG CCAGTTTTCT GCAGCAACAA 
AGGAGTGCTT CATCTCTGGA GTGGGAACCT GAGCCACACC TCTATCGTTC AAAGAGTTTA 
AAAAGCATTA ATGTTCATGG CGATCTACTA CGAAAAAGCC ATCCTCCAAA AGTCAGGGAG 
CGCCATTTTT CTGAAAGCAC TTCTATTGAC AATGCCCTGA GTCGACTGAC CCTTGGGAAT 
GAATTCTCTG TCAACAATGG GTACAGTCGA AGATTCAGAT CTTTTTCTGA ACTCCCCTCC 
TGTGATGGAA ATGAAAGTTG GGCTTATCGC AGCGGGACAA AAACAGGTCC CAGGTCTGCA 
ATATCTATAT ACAGACCTAT CGACTATGGG ATCTTTGGGA AAGAACAACA GTTAGCTTTC 
TTAGAAAATG TAAAGAGGTC ACTTACACAA GGAAGATTAT GGAAACCAAG TTTTCTTAAG 
AACCCTGGCT TCCTAAAAGA TGATTTGAGG AACCCTCCCA ACCCCTCAGA GTCATTAAGC 
TCAAATTCTC CCAGTAGTCA GGTGCCAGAA GATGGCTTAT CTCCAAGTGA ACCGCTTAAT 
ATCTATGAGG ATGACCCAGT GGACTCAGAT TGTGACACAG ACACAACCAC AGATGATGAA 
TACTACCTGG ATGAAAATGA CAAAGAGTCA GAACTGTGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_016872892.1
CDS	1077..6575
Translation	MPVRGAAVAKIYNSPLENHLVDSTFVPKPAVMREESGMPPPWDASLLENEFFQVLDDLDSKLAQEQSASSVNTRTPLNYGSRTQFGHFYSSGNRHGNITERHKKHYNETSNMSIYDILRPGTPREGFKTFSPRTSTIYDMYRTREPRVFKEDYVQKNTFGSTSLCFDSRQRSALPATGHFTARSLHFPATTQSKSGFIPPRHQQSPKRTPLSSIIWNRSDSSRDRENQEEFLRAPSPMEIDPADKYVYPRGFQENKRYESYHSQNVYQRVSLNAPMENAMSPDTFENSENMPFYHQSNTFTRSFFSNTFGRSGEQRRFGQGPFWGQEKGHSFWSDFHRSRKSFSSSDRDFEMISMEANSVSAIHGHNVSSEHWESFSSGYGTDVSRGQEEPHPWQFDFQRSTLDSMVVSHGNETQLTPHFGTPNVCSMTGSSYHVKSSELVSQQDSSPVEVHINKEASSFGIAQTLASSFKTSFSQISDDRRNPQSPNLQNPTVTLQKIFPNKPASHPMRSHTEVTVTSSNSVDSLPLAKSQPNILVTEVNNEKDLNESISEEDKQLSKMDQTNKAGEIPQPVSQTGISNSLPDFQNPLSQDSAKSNGFGFNASTIISSKKSPRVFSRKDTSKMYIPHTDKSNDIKQDKRFTENRKLGSTASLPFIQEHRTPPSFPRTDQGCHQELTVNNEDISRIITNNHWSSALTDTQNAQYSKCKLTPGHKTSCDSLDLSSAALPDSSPSKNSSLDAPVVPSTTVFSRRSPSDKDPSLGEREEKDNAGKNQKNQFIVSHSENQERNDSPVPTHDEVVDVKCHSHSPFRNERGKGKIRHHISCIEKLSKTESISVPTSDHRSLIEANQSNSKVSELDTIYCTLPRKSSSFLIHGRQSGSKIMAASLRNGPPPFQIKNNVEDAMGNYMLNKFSPSSPESANECSKVLSDSALEAPEATERMTNVKSSGSTSVRKGPLPFLINRAMSCPSGEPHASTGREGRKKPLTSGMDASELTPRAWERIISPVESDSSVRDCSLTKRQHQKENFQEYTEKEGKMAASRRSVFALSNEDPLPFCSDLSGKERGKTLHKVKTTSTFSVSGDEDNVKCLEVVSIYYTLPRKPSKKFCNLLQQYTQNTNLLIESPQVETETFPNALEKDKQNYSTREQSGTPSCENLKMSVNSDQTLTTENMTAFRLSNRGPLAPTLQEMASVEAAVSLPEEESKAREIFSDNLAKTPLGDSENKKERGKKLQSETLHTSLMLQRKNVSEEKSENCQQSINSSNSGPSSLPALSEVNIGNSQTRRSSWECTGSGRAIPFTGSGKCPQKDHTSTAVGDGSSGSQPREGRGDIGTNCQKMTNKTLSHSESQVFALTPALHKLQLGEETQSDEPNLESLQSEPRELPQRSQEANMTESRKAEDEMQKSAWDQPSLPEGNKNKTNLDDLVKGENRSSVKHRLAAMSKASRKFPAKDVSPRRHVATIFPQSGSRSGFDHLSLGTVECNPLFPEPTPKSAESIGESRLSENGKHVKKSENLLPITVLPNREPSTHVSNQKSNSISQRHQNEFKNVSESPSKHENSKDVTAAQNLVRESGAPSPITFTSLREAEFSDNQRRLSPPFPLEPAQKSRVSSPLASFLQQQRSASSLEWEPEPHLYRSKSLKSINVHGDLLRKSHPPKVRERHFSESTSIDNALSRLTLGNEFSVNNGYSRRFRSFSELPSCDGNESWAYRSGTKTGPRSAISIYRPIDYGIFGKEQQLAFLENVKRSLTQGRLWKPSFLKNPGFLKDDLRNPPNPSESLSSNSPSSQVPEDGLSPSEPLNIYEDDPVDSDCDTDTTTDDEYYLDENDKESEL

Target ORF information:

RefSeq Version	XM_017017403.1
Organism	Homo sapiens(human)
Definition	Homo sapiens exophilin 5 (EXPH5), transcript variant X10, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_017017403.1

ORF Insert Sequence:

ATGCCTGTGA GGGGAGCTGC TGTGGCAAAA ATATACAATT CACCTCTGGA AAATCATCTA 
GTTGACAGTA CATTTGTCCC AAAGCCAGCA GTCATGAGGG AGGAGAGTGG CATGCCTCCA 
CCGTGGGATG CTTCACTGCT GGAGAATGAG TTTTTCCAAG TTTTAGATGA CTTGGATAGC 
AAATTGGCTC AGGAACAGTC TGCAAGCTCA GTGAATACCA GAACACCCCT CAACTATGGA 
TCAAGAACAC AGTTCGGTCA CTTTTATTCC AGTGGTAACA GACATGGTAA TATCACAGAA 
AGGCACAAAA AACACTATAA TGAAACTTCC AATATGTCTA TCTATGACAT CCTAAGACCA 
GGAACTCCTA GGGAAGGTTT TAAAACCTTT TCTCCTAGGA CAAGCACAAT TTATGATATG 
TATAGGACAA GGGAGCCCAG AGTCTTTAAA GAAGATTATG TGCAAAAGAA TACTTTTGGC 
AGTACTTCGC TGTGTTTTGA CAGCAGGCAA CGGTCGGCCT TACCAGCCAC AGGGCATTTC 
ACAGCAAGAA GCTTACATTT TCCAGCCACA ACTCAGAGCA AGAGTGGGTT TATACCACCA 
AGGCACCAGC AGAGTCCAAA GAGAACTCCT TTATCATCCA TCATATGGAA CAGATCAGAT 
TCCTCTAGAG ACAGGGAGAA CCAGGAAGAG TTCCTGAGGG CACCATCACC AATGGAAATT 
GATCCCGCTG ACAAGTATGT GTATCCCAGG GGTTTTCAGG AGAATAAGAG ATATGAATCG 
TACCATTCAC AGAATGTTTA CCAACGTGTT AGTTTAAATG CTCCCATGGA GAATGCAATG 
AGTCCCGACA CTTTTGAGAA CTCAGAGAAC ATGCCATTCT ACCATCAAAG CAACACATTT 
ACCAGATCTT TCTTCAGCAA TACCTTTGGA CGAAGCGGAG AACAGAGGAG ATTTGGACAA 
GGTCCTTTTT GGGGCCAAGA GAAAGGACAT TCTTTCTGGT CTGACTTTCA TCGAAGCAGG 
AAATCATTCA GTTCTTCTGA CAGAGACTTT GAAATGATTT CCATGGAAGC AAATAGTGTA 
TCAGCCATTC ATGGCCATAA TGTTTCTTCT GAACACTGGG AATCATTTTC TTCTGGTTAT 
GGAACAGATG TTTCCAGAGG CCAAGAAGAG CCACATCCTT GGCAGTTTGA TTTTCAGAGA 
TCCACACTGG ATAGCATGGT GGTATCACAT GGTAATGAGA CCCAGTTGAC TCCTCATTTT 
GGCACACCAA ATGTTTGCTC CATGACTGGT TCAAGCTATC ACGTCAAATC TAGTGAGTTG 
GTAAGTCAAC AGGACAGTTC TCCTGTAGAA GTACATATAA ACAAAGAAGC TTCCTCATTT 
GGAATTGCTC AGACTCTAGC ATCCTCATTC AAAACTTCCT TTTCCCAGAT TTCTGATGAC 
AGAAGGAATC CTCAGAGTCC CAACTTGCAG AATCCCACAG TCACTTTGCA GAAAATTTTT 
CCAAATAAGC CTGCCTCTCA TCCAATGAGA AGCCATACAG AAGTCACTGT GACCAGCAGC 
AATTCAGTTG ACTCTCTGCC TCTTGCCAAA AGCCAGCCCA ATATCTTGGT CACAGAAGTA 
AATAATGAGA AAGACTTAAA TGAATCTATT TCAGAAGAAG ACAAACAGCT AAGCAAGATG 
GACCAGACAA ACAAGGCAGG TGAAATACCC CAACCTGTTT CACAGACAGG GATCTCAAAC 
TCTTTACCTG ATTTTCAAAA TCCCTTATCC CAGGACTCAG CCAAGAGCAA CGGGTTTGGT 
TTTAATGCAT CTACCATAAT AAGTTCAAAA AAGTCACCCA GAGTCTTTTC CAGGAAAGAT 
ACCTCCAAAA TGTATATACC GCACACAGAT AAATCCAATG ACATTAAACA AGATAAGAGG 
TTTACTGAAA ACAGAAAACT TGGCTCAACA GCTTCCCTTC CTTTCATTCA GGAACACAGA 
ACACCACCAT CTTTCCCCAG GACAGACCAA GGTTGTCACC AGGAATTAAC TGTAAATAAT 
GAAGATATTT CAAGAATTAT TACAAATAAC CACTGGAGCT CTGCACTGAC TGATACTCAA 
AATGCACAAT ACTCAAAATG CAAGTTAACT CCTGGCCACA AGACCTCGTG TGATTCTTTA 
GATCTGTCAT CAGCTGCACT ACCAGATTCC TCACCATCAA AGAATTCTTC CCTTGATGCT 
CCTGTGGTTC CATCTACTAC AGTGTTCTCC AGGAGAAGTC CTTCAGACAA AGATCCATCG 
CTAGGAGAAA GAGAAGAAAA AGACAATGCT GGGAAGAACC AAAAGAATCA GTTTATTGTA 
AGCCACTCAG AAAACCAAGA GAGAAATGAT AGTCCTGTGC CTACACATGA TGAAGTGGTT 
GATGTCAAAT GCCATTCACA CTCTCCTTTT AGGAATGAAA GAGGAAAAGG AAAAATAAGG 
CATCATATAT CCTGTATTGA AAAGTTAAGC AAAACAGAAA GTATATCAGT ACCCACCAGT 
GATCACAGGA GCCTCATTGA AGCAAATCAA AGCAATTCCA AAGTTTCTGA ACTTGACACA 
ATTTATTGTA CCTTGCCAAG AAAATCAAGC AGTTTTCTCA TACATGGCAG GCAGTCAGGA 
AGTAAAATAA TGGCTGCTTC ATTGAGGAAT GGGCCACCTC CCTTCCAAAT CAAAAATAAT 
GTGGAAGATG CAATGGGGAA CTATATGTTA AACAAATTTA GTCCCAGTTC TCCTGAGTCA 
GCGAATGAAT GTTCCAAAGT CCTTTCAGAC TCAGCCCTGG AAGCACCTGA AGCCACAGAG 
AGAATGACAA ATGTAAAAAG CAGTGGATCT ACTTCCGTTA GAAAAGGACC ACTTCCATTC 
CTCATCAACA GGGCTATGTC ATGTCCCTCA GGGGAGCCAC ATGCCTCAAC TGGAAGAGAA 
GGAAGAAAAA AGCCATTGAC CTCAGGCATG GATGCTTCTG AGCTAACACC AAGGGCTTGG 
GAGAGAATCA TTAGCCCTGT GGAAAGTGAC TCATCTGTTA GAGATTGTTC TTTAACCAAA 
AGACAACACC AAAAGGAAAA CTTCCAAGAA TACACTGAGA AAGAGGGTAA AATGGCTGCC 
TCCAGGAGAA GTGTATTTGC TCTTTCAAAT GAAGACCCTT TACCTTTTTG CTCAGACTTG 
TCAGGAAAAG AACGTGGGAA AACATTACAT AAAGTTAAGA CGACTAGTAC GTTTTCTGTT 
TCTGGTGATG AAGATAATGT AAAATGTCTG GAGGTGGTCT CAATATATTA CACTCTACCG 
AGGAAACCCA GCAAAAAATT CTGTAACCTC CTTCAACAGT ATACACAAAA TACTAATTTA 
CTTATAGAAT CACCTCAAGT GGAGACTGAA ACATTTCCTA ACGCTTTAGA AAAAGACAAA 
CAGAATTATT CTACACGAGA GCAGTCAGGA ACACCTTCAT GTGAAAATCT AAAGATGTCC 
GTCAACTCTG ATCAGACGCT CACCACTGAA AATATGACTG CCTTCCGATT ATCAAATAGG 
GGGCCCCTAG CTCCTACATT ACAGGAAATG GCTTCTGTTG AGGCAGCTGT TTCTCTTCCT 
GAAGAGGAAT CTAAAGCTAG AGAGATTTTT TCAGATAATT TAGCTAAAAC ACCTCTAGGT 
GATTCAGAAA ACAAGAAGGA AAGAGGCAAA AAGTTGCAAA GTGAAACCCT GCATACTTCA 
TTGATGCTTC AGAGAAAAAA TGTATCCGAA GAAAAATCTG AAAATTGTCA ACAATCCATT 
AATTCAAGTA ACAGTGGTCC CTCTAGTCTT CCAGCTCTTT CAGAAGTTAA TATTGGAAAT 
TCCCAAACTA GAAGAAGTTC TTGGGAGTGT ACAGGGAGTG GTAGAGCCAT TCCATTTACT 
GGAAGTGGCA AGTGTCCCCA GAAAGATCAC ACATCCACAG CTGTAGGTGA TGGCTCCAGT 
GGATCACAGC CTAGGGAAGG CAGAGGGGAC ATTGGAACCA ACTGCCAAAA AATGACTAAT 
AAAACACTTT CTCACTCAGA GAGTCAAGTC TTTGCCCTTA CTCCAGCATT GCATAAACTA 
CAGCTTGGTG AGGAGACTCA GTCAGATGAA CCAAACTTAG AGAGTCTGCA GTCTGAACCA 
AGAGAATTAC CTCAAAGAAG TCAGGAGGCA AATATGACAG AGAGCAGGAA GGCTGAAGAT 
GAAATGCAGA AGTCAGCTTG GGATCAACCT TCACTTCCTG AAGGAAACAA AAATAAAACC 
AACTTGGATG ACCTAGTAAA GGGGGAAAAT AGATCTTCAG TTAAACACAG ATTGGCAGCC 
ATGTCTAAAG CCAGCAGAAA ATTCCCAGCT AAAGATGTAA GCCCCAGAAG ACATGTAGCT 
ACTATCTTCC CCCAAAGTGG AAGCAGATCT GGCTTTGACC ATTTATCTCT TGGCACAGTG 
GAGTGCAACC CACTGTTCCC TGAGCCTACT CCAAAATCTG CAGAGTCCAT TGGCGAAAGC 
AGGTTGAGTG AGAACGGAAA GCATGTGAAG AAATCCGAGA ACCTTCTCCC CATTACTGTA 
CTACCCAACA GAGAACCTTC TACACACGTC AGCAACCAGA AGTCTAACAG CATTTCACAA 
CGACATCAGA ATGAGTTTAA AAACGTCTCA GAATCACCAT CAAAGCATGA GAATTCTAAA 
GACGTCACAG CAGCTCAGAA TTTAGTAAGA GAATCAGGAG CCCCATCACC CATCACATTC 
ACCAGCCTCA GGGAAGCAGA ATTCTCTGAC AATCAGAGGA GGCTGAGCCC TCCTTTTCCA 
CTGGAGCCTG CACAGAAATC TAGAGTAAGC AGTCCACTGG CCAGTTTTCT GCAGCAACAA 
AGGAGTGCTT CATCTCTGGA GTGGGAACCT GAGCCACACC TCTATCGTTC AAAGAGTTTA 
AAAAGCATTA ATGTTCATGG CGATCTACTA CGAAAAAGCC ATCCTCCAAA AGTCAGGGAG 
CGCCATTTTT CTGAAAGCAC TTCTATTGAC AATGCCCTGA GTCGACTGAC CCTTGGGAAT 
GAATTCTCTG TCAACAATGG GTACAGTCGA AGATTCAGAT CTTTTTCTGA ACTCCCCTCC 
TGTGATGGAA ATGAAAGTTG GGCTTATCGC AGCGGGACAA AAACAGGTCC CAGGTCTGCA 
ATATCTATAT ACAGACCTAT CGACTATGGG ATCTTTGGGA AAGAACAACA GTTAGCTTTC 
TTAGAAAATG TAAAGAGGTC ACTTACACAA GGAAGATTAT GGAAACCAAG TTTTCTTAAG 
AACCCTGGCT TCCTAAAAGA TGATTTGAGG AACCCTCCCA ACCCCTCAGA GTCATTAAGC 
TCAAATTCTC CCAGTAGTCA GGTGCCAGAA GATGGCTTAT CTCCAAGTGA ACCGCTTAAT 
ATCTATGAGG ATGACCCAGT GGACTCAGAT TGTGACACAG ACACAACCAC AGATGATGAA 
TACTACCTGG ATGAAAATGA CAAAGAGTCA GAACTGTGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

EXPH5 ( NM_015065.2 ) cDNA ORF clone, Homo sapiens(human) -> NP_055880.2 Homo sapiens exophilin 5 (EXPH5), transcript variant 1, mRNA.

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CloneID	OHu21942
Clone ID Related Accession (Same CDS sequence)	NM_015065.2 , NM_015065.3
Accession Version	NM_015065.2	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5970bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2017-10-01
Organism	Homo sapiens(human)
Product	exophilin-5 isoform 1
Comment	Comment: REVIEWED REFSEQ: This record has been curated by NCBI staff. The reference sequence was derived from BP358360.1, BC117701.1, KF455497.1, AP005718.3 and AI203086.1. On Jan 24, 2009 this sequence version replaced NM_015065.1. Transcript Variant: This variant (1) represents the longest transcript and encodes the longest isoform (1). Sequence Note: This RefSeq record was created from transcript and genomic sequence data because no single transcript was available for the full length of the gene. The extent of this transcript is supported by transcript alignments. ##Evidence-Data-START## Transcript exon combination :: AY099469.1, SRR1660803.95210.1 [ECO:0000332] RNAseq introns :: mixed/partial sample support SAMEA1965299, SAMEA1966682 [ECO:0000350] ##Evidence-Data-END## COMPLETENESS: complete on the 3' end.

ATGACGAAAG TTCCTCCGGC GTTTGATTTC AGTTTCTTAA ATGACGAAGA GGCCAGGAAG 
ATCCTTCAGG TGCTGGAAAG GAATGAGGAG TTACAGAGGG CCGAGAAGGA CAGGATCAGC 
AAACTTCAGA AGACAAAGAG GGATATCAGA TGGCTTCAGG GAGTGACTGG TGAATGGTTT 
GAAGAAATTC AAAGAAAAAA GTTTTGCAAT GAAACAGATG TTAGCCAAAT GTTAAAACAA 
CCACTTACAT ACAGGCTAAG TAAGGAGATG GCAAAAAATG ATCCGATAGA ATTACCTACA 
TCAAGATCTA AAAATGTAAC TAATCAAAAA AAGCCGACAC CTTTTTCTTC CCGGATGAGC 
TTCAGATCGT CATTTGCTTC CCTGTTCTCA TTCAGGAAAT CTGGAAAGGA GACTTCAAAG 
CTTCCATCAC TGGGACAGAA AGGATGTGAT GGCCATGCAG GACCTCCTAT GCCTGTGAGG 
GGAGCTGCTG TGCAGGCAAA AATATACAAT TCACCTCTGG AAAATCATCT AGTTGACAGT 
ACATTTGTCC CAAAGCCAGC AGTCATGAGG GAGGAGAGTG GCATGCCTCC ACCGTGGGAT 
GCTTCACTGC TGGAGAATGA GTTTTTCCAA GTTTTAGATG ACTTGGATAG CAAATTGGCT 
CAGGAACAGT CTGCAAGCTC AGTGAATACC AGAACACCCC TCAACTATGG ATCAAGAACA 
CAGTTCGGTC ACTTTTATTC CAGTGGTAAC AGACATGGTA ATATCACAGA AAGGCACAAA 
AAACACTATA ATGAAACTTC CAATATGTCT ATCTATGACA TCCTAAGACC AGGAACTCCT 
AGGGAAGGTT TTAAAACCTT TTCTCCTAGG ACAAGCACAA TTTATGATAT GTATAGGACA 
AGGGAGCCCA GAGTCTTTAA AGAAGATTAT GTGCAAAAGA ATACTTTTGG CAGTACTTCG 
CTGTGTTTTG ACAGCAGGCA ACGGTCGGCC TTACCAGCCA CAGGGCATTT CACAGCAAGA 
AGCTTACATT TTCCAGCCAC AACTCAGAGC AAGAGTGGGT TTATACCACC AAGGCACCAG 
CAGAGTCCAA AGAGAACTCC TTTATCATCC ATCATATGGA ACAGATCAGA TTCCTCTAGA 
GACAGGGAGA ACCAGGAAGA GTTCCTGAGG GCACCATCAC CAATGGAAAT TGATCCCGCT 
GACAAGTATG TGTATCCCAG GGGTTTTCAG GAGAATAAGA GATATGAATC GTACCATTCA 
CAGAATGTTT ACCAACGTGT TAGTTTAAAT GCTCCCATGG AGAATGCAAT GAGTCCCGAC 
ACTTTTGAGA ACTCAGAGAA CATGCCATTC TACCATCAAA GCAACACATT TACCAGATCT 
TTCTTCAGCA ATACCTTTGG ACGAAGCGGA GAACAGAGGA GATTTGGACA AGGTCCTTTT 
TGGGGCCAAG AGAAAGGACA TTCTTTCTGG TCTGACTTTC ATCGAAGCAG GAAATCATTC 
AGTTCTTCTG ACAGAGACTT TGAAATGATT TCCATGGAAG CAAATAGTGT ATCAGCCATT 
CATGGCCATA ATGTTTCTTC TGAACACTGG GAATCATTTT CTTCTGGTTA TGGAACAGAT 
GTTTCCAGAG GCCAAGAAGA GCCACATCCT TGGCAGTTTG ATTTTCAGAG ATCCACACTG 
GATAGCATGG TGGTATCACA TGGTAATGAG ACCCAGTTGA CTCCTCATTT TGGCACACCA 
AATGTTTGCT CCATGACTGG TTCAAGCTAT CACGTCAAAT CTAGTGAGTT GGTAAGTCAA 
CAGGACAGTT CTCCTGTAGA AGTACATATA AACAAAGAAG CTTCCTCATT TGGAATTGCT 
CAGACTCTAG CATCCTCATT CAAAACTTCC TTTTCCCAGA TTTCTGATGA CAGAAGGAAT 
CCTCAGAGTC CCAACTTGCA GAATCCCACA GTCACTTTGC AGAAAATTTT TCCAAATAAG 
CCTGCCTCTC ATCCAATGAG AAGCCATACA GAAGTCACTG TGACCAGCAG CAATTCAGTT 
GACTCTCTGC CTCTTGCCAA AAGCCAGCCC AATATCTTGG TCACAGAAGT AAATAATGAG 
AAAGACTTAA ATGAATCTAT TTCAGAAGAA GACAAACAGC TAAGCAAGAT GGACCAGACA 
AACAAGGCAG GTGAAATACC CCAACCTGTT TCACAGACAG GGATCTCAAA CTCTTTACCT 
GATTTTCAAA ATCCCTTATC CCAGGACTCA GCCAAGAGCA ACGGGTTTGG TTTTAATGCA 
TCTACCATAA TAAGTTCAAA AAAGTCACCC AGAGTCTTTT CCAGGAAAGA TACCTCCAAA 
ATGTATATAC CGCACACAGA TAAATCCAAT GACATTAAAC AAGATAAGAG GTTTACTGAA 
AACAGAAAAC TTGGCTCAAC AGCTTCCCTT CCTTTCATTC AGGAACACAG AACACCACCA 
TCTTTCCCCA GGACAGACCA AGGTTGTCAC CAGGAATTAA CTGTAAATAA TGAAGATATT 
TCAAGAATTA TTACAAATAA CCACTGGAGC TCTGCACTGA CTGATACTCA AAATGCACAA 
TACTCAAAAT GCAAGTTAAC TCCTGGCCAC AAGACCTCGT GTGATTCTTT AGATCTGTCA 
TCAGCTGCAC TACCAGATTC CTCACCATCA AAGAATTCTT CCCTTGATGC TCCTGTGGTT 
CCATCTACTA CAGTGTTCTC CAGGAGAAGT CCTTCAGACA AAGATCCATC GCTAGGAGAA 
AGAGAAGAAA AAGACAATGC TGGGAAGAAC CAAAAGAATC AGTTTATTGT AAGCCACTCA 
GAAAACCAAG AGAGAAATGA TAGTCCTGTG CCTACACATG ATGAAGTGGT TGATGTCAAA 
TGCCATTCAC ACTCTCCTTT TAGGAATGAA AGAGGAAAAG GAAAAATAAG GCATCATATA 
TCCTGTATTG AAAAGTTAAG CAAAACAGAA AGTATATCAG TACCCACCAG TGATCACAGG 
AGCCTCATTG AAGCAAATCA AAGCAATTCC AAAGTTTCTG AACTTGACAC AATTTATTGT 
ACCTTGCCAA GAAAATCAAG CAGTTTTCTC ATACATGGCA GGCAGTCAGG AAGTAAAATA 
ATGGCTGCTT CATTGAGGAA TGGGCCACCT CCCTTCCAAA TCAAAAATAA TGTGGAAGAT 
GCAATGGGGA ACTATATGTT AAACAAATTT AGTCCCAGTT CTCCTGAGTC AGCGAATGAA 
TGTTCCAAAG TCCTTTCAGA CTCAGCCCTG GAAGCACCTG AAGCCACAGA GAGAATGACA 
AATGTAAAAA GCAGTGGATC TACTTCCGTT AGAAAAGGAC CACTTCCATT CCTCATCAAC 
AGGGCTATGT CATGTCCCTC AGGGGAGCCA CATGCCTCAA CTGGAAGAGA AGGAAGAAAA 
AAGCCATTGA CCTCAGGCAT GGATGCTTCT GAGCTAACAC CAAGGGCTTG GGAGAGAATC 
ATTAGCCCTG TGGAAAGTGA CTCATCTGTT AGAGATTGTT CTTTAACCAA AAGACAACAC 
CAAAAGGAAA ACTTCCAAGA ATACACTGAG AAAGAGGGTA AAATGGCTGC CTCCAGGAGA 
AGTGTATTTG CTCTTTCAAA TGAAGACCCT TTACCTTTTT GCTCAGACTT GTCAGGAAAA 
GAACGTGGGA AAACATTACA TAAAGTTAAG ACGACTAGTA CGTTTTCTGT TTCTGGTGAT 
GAAGATAATG TAAAATGTCT GGAGGTGGTC TCAATATATT ACACTCTACC GAGGAAACCC 
AGCAAAAAAT TCTGTAACCT CCTTCAACAG TATACACAAA ATACTAATTT ACTTATAGAA 
TCACCTCAAG TGGAGACTGA AACATTTCCT AACGCTTTAG AAAAAGACAA ACAGAATTAT 
TCTACACGAG AGCAGTCAGG AACACCTTCA TGTGAAAATC TAAAGATGTC CGTCAACTCT 
GATCAGACGC TCACCACTGA AAATATGACT GCCTTCCGAT TATCAAATAG GGGGCCCCTA 
GCTCCTACAT TACAGGAAAT GGCTTCTGTT GAGGCAGCTG TTTCTCTTCC TGAAGAGGAA 
TCTAAAGCTA GAGAGATTTT TTCAGATAAT TTAGCTAAAA CACCTCTAGG TGATTCAGAA 
AACAAGAAGG AAAGAGGCAA AAAGTTGCAA AGTGAAACCC TGCATACTTC ATTGATGCTT 
CAGAGAAAAA ATGTATCCGA AGAAAAATCT GAAAATTGTC AACAATCCAT TAATTCAAGT 
AACAGTGGTC CCTCTAGTCT TCCAGCTCTT TCAGAAGTTA ATATTGGAAA TTCCCAAACT 
AGAAGAAGTT CTTGGGAGTG TACAGGGAGT GGTAGAGCCA TTCCATTTAC TGGAAGTGGC 
AAGTGTCCCC AGAAAGATCA CACATCCACA GCTGTAGGTG ATGGCTCCAG TGGATCACAG 
CCTAGGGAAG GCAGAGGGGA CATTGGAACC AACTGCCAAA AAATGACTAA TAAAACACTT 
TCTCACTCAG AGAGTCAAGT CTTTGCCCTT ACTCCAGCAT TGCATAAACT ACAGCTTGGT 
GAGGAGACTC AGTCAGATGA ACCAAACTTA GAGAGTCTGC AGTCTGAACC AAGAGAATTA 
CCTCAAAGAA GTCAGGAGGC AAATATGACA GAGAGCAGGA AGGCTGAAGA TGAAATGCAG 
AAGTCAGCTT GGGATCAACC TTCACTTCCT GAAGGAAACA AAAATAAAAC CAACTTGGAT 
GACCTAGTAA AGGGGGAAAA TAGATCTTCA GTTAAACACA GATTGGCAGC CATGTCTAAA 
GCCAGCAGAA AATTCCCAGC TAAAGATGTA AGCCCCAGAA GACATGTAGC TACTATCTTC 
CCCCAAAGTG GAAGCAGATC TGGCTTTGAC CATTTATCTC TTGGCACAGT GGAGTGCAAC 
CCACTGTTCC CTGAGCCTAC TCCAAAATCT GCAGAGTCCA TTGGCGAAAG CAGGTTGAGT 
GAGAACGGAA AGCATGTGAA GAAATCCGAG AACCTTCTCC CCATTACTGT ACTACCCAAC 
AGAGAACCTT CTACACACGT CAGCAACCAG AAGTCTAACA GCATTTCACA ACGACATCAG 
AATGAGTTTA AAAACGTCTC AGAATCACCA TCAAAGCATG AGAATTCTAA AGACGTCACA 
GCAGCTCAGA ATTTAGTAAG AGAATCAGGA GCCCCATCAC CCATCACATT CACCAGCCTC 
AGGGAAGCAG AATTCTCTGA CAATCAGAGG AGGCTGAGCC CTCCTTTTCC ACTGGAGCCT 
GCACAGAAAT CTAGAGTAAG CAGTCCACTG GCCAGTTTTC TGCAGCAACA AAGGAGTGCT 
TCATCTCTGG AGTGGGAACC TGAGCCACAC CTCTATCGTT CAAAGAGTTT AAAAAGCATT 
AATGTTCATG GCGATCTACT ACGAAAAAGC CATCCTCCAA AAGTCAGGGA GCGCCATTTT 
TCTGAAAGCA CTTCTATTGA CAATGCCCTG AGTCGACTGA CCCTTGGGAA TGAATTCTCT 
GTCAACAATG GGTACAGTCG AAGATTCAGA TCTTTTTCTG AACTCCCCTC CTGTGATGGA 
AATGAAAGTT GGGCTTATCG CAGCGGGACA AAAACAGGTC CCAGGTCTGC AATATCTATA 
TACAGACCTA TCGACTATGG GATCTTTGGG AAAGAACAAC AGTTAGCTTT CTTAGAAAAT 
GTAAAGAGGT CACTTACACA AGGAAGATTA TGGAAACCAA GTTTTCTTAA GAACCCTGGC 
TTCCTAAAAG ATGATTTGAG GAACCCTCCC AACCCCTCAG AGTCATTAAG CTCAAATTCT 
CCCAGTAGTC AGGTGCCAGA AGATGGCTTA TCTCCAAGTG AACCGCTTAA TATCTATGAG 
GATGACCCAG TGGACTCAGA TTGTGACACA GACACAACCA CAGATGATGA ATACTACCTG 
GATGAAAATG ACAAAGAGTC AGAACTGTGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	NP_055880.2
CDS	112..6081
Translation	MTKVPPAFDFSFLNDEEARKILQVLERNEELQRAEKDRISKLQKTKRDIRWLQGVTGEWFEEIQRKKFCNETDVSQMLKQPLTYRLSKEMAKNDPIELPTSRSKNVTNQKKPTPFSSRMSFRSSFASLFSFRKSGKETSKLPSLGQKGCDGHAGPPMPVRGAAVQAKIYNSPLENHLVDSTFVPKPAVMREESGMPPPWDASLLENEFFQVLDDLDSKLAQEQSASSVNTRTPLNYGSRTQFGHFYSSGNRHGNITERHKKHYNETSNMSIYDILRPGTPREGFKTFSPRTSTIYDMYRTREPRVFKEDYVQKNTFGSTSLCFDSRQRSALPATGHFTARSLHFPATTQSKSGFIPPRHQQSPKRTPLSSIIWNRSDSSRDRENQEEFLRAPSPMEIDPADKYVYPRGFQENKRYESYHSQNVYQRVSLNAPMENAMSPDTFENSENMPFYHQSNTFTRSFFSNTFGRSGEQRRFGQGPFWGQEKGHSFWSDFHRSRKSFSSSDRDFEMISMEANSVSAIHGHNVSSEHWESFSSGYGTDVSRGQEEPHPWQFDFQRSTLDSMVVSHGNETQLTPHFGTPNVCSMTGSSYHVKSSELVSQQDSSPVEVHINKEASSFGIAQTLASSFKTSFSQISDDRRNPQSPNLQNPTVTLQKIFPNKPASHPMRSHTEVTVTSSNSVDSLPLAKSQPNILVTEVNNEKDLNESISEEDKQLSKMDQTNKAGEIPQPVSQTGISNSLPDFQNPLSQDSAKSNGFGFNASTIISSKKSPRVFSRKDTSKMYIPHTDKSNDIKQDKRFTENRKLGSTASLPFIQEHRTPPSFPRTDQGCHQELTVNNEDISRIITNNHWSSALTDTQNAQYSKCKLTPGHKTSCDSLDLSSAALPDSSPSKNSSLDAPVVPSTTVFSRRSPSDKDPSLGEREEKDNAGKNQKNQFIVSHSENQERNDSPVPTHDEVVDVKCHSHSPFRNERGKGKIRHHISCIEKLSKTESISVPTSDHRSLIEANQSNSKVSELDTIYCTLPRKSSSFLIHGRQSGSKIMAASLRNGPPPFQIKNNVEDAMGNYMLNKFSPSSPESANECSKVLSDSALEAPEATERMTNVKSSGSTSVRKGPLPFLINRAMSCPSGEPHASTGREGRKKPLTSGMDASELTPRAWERIISPVESDSSVRDCSLTKRQHQKENFQEYTEKEGKMAASRRSVFALSNEDPLPFCSDLSGKERGKTLHKVKTTSTFSVSGDEDNVKCLEVVSIYYTLPRKPSKKFCNLLQQYTQNTNLLIESPQVETETFPNALEKDKQNYSTREQSGTPSCENLKMSVNSDQTLTTENMTAFRLSNRGPLAPTLQEMASVEAAVSLPEEESKAREIFSDNLAKTPLGDSENKKERGKKLQSETLHTSLMLQRKNVSEEKSENCQQSINSSNSGPSSLPALSEVNIGNSQTRRSSWECTGSGRAIPFTGSGKCPQKDHTSTAVGDGSSGSQPREGRGDIGTNCQKMTNKTLSHSESQVFALTPALHKLQLGEETQSDEPNLESLQSEPRELPQRSQEANMTESRKAEDEMQKSAWDQPSLPEGNKNKTNLDDLVKGENRSSVKHRLAAMSKASRKFPAKDVSPRRHVATIFPQSGSRSGFDHLSLGTVECNPLFPEPTPKSAESIGESRLSENGKHVKKSENLLPITVLPNREPSTHVSNQKSNSISQRHQNEFKNVSESPSKHENSKDVTAAQNLVRESGAPSPITFTSLREAEFSDNQRRLSPPFPLEPAQKSRVSSPLASFLQQQRSASSLEWEPEPHLYRSKSLKSINVHGDLLRKSHPPKVRERHFSESTSIDNALSRLTLGNEFSVNNGYSRRFRSFSELPSCDGNESWAYRSGTKTGPRSAISIYRPIDYGIFGKEQQLAFLENVKRSLTQGRLWKPSFLKNPGFLKDDLRNPPNPSESLSSNSPSSQVPEDGLSPSEPLNIYEDDPVDSDCDTDTTTDDEYYLDENDKESEL

Target ORF information:

RefSeq Version	NM_015065.2
Organism	Homo sapiens(human)
Definition	Homo sapiens exophilin 5 (EXPH5), transcript variant 1, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

NM_015065.2

ORF Insert Sequence:

ATGACGAAAG TTCCTCCGGC GTTTGATTTC AGTTTCTTAA ATGACGAAGA GGCCAGGAAG 
ATCCTTCAGG TGCTGGAAAG GAATGAGGAG TTACAGAGGG CCGAGAAGGA CAGGATCAGC 
AAACTTCAGA AGACAAAGAG GGATATCAGA TGGCTTCAGG GAGTGACTGG TGAATGGTTT 
GAAGAAATTC AAAGAAAAAA GTTTTGCAAT GAAACAGATG TTAGCCAAAT GTTAAAACAA 
CCACTTACAT ACAGGCTAAG TAAGGAGATG GCAAAAAATG ATCCGATAGA ATTACCTACA 
TCAAGATCTA AAAATGTAAC TAATCAAAAA AAGCCGACAC CTTTTTCTTC CCGGATGAGC 
TTCAGATCGT CATTTGCTTC CCTGTTCTCA TTCAGGAAAT CTGGAAAGGA GACTTCAAAG 
CTTCCATCAC TGGGACAGAA AGGATGTGAT GGCCATGCAG GACCTCCTAT GCCTGTGAGG 
GGAGCTGCTG TGCAGGCAAA AATATACAAT TCACCTCTGG AAAATCATCT AGTTGACAGT 
ACATTTGTCC CAAAGCCAGC AGTCATGAGG GAGGAGAGTG GCATGCCTCC ACCGTGGGAT 
GCTTCACTGC TGGAGAATGA GTTTTTCCAA GTTTTAGATG ACTTGGATAG CAAATTGGCT 
CAGGAACAGT CTGCAAGCTC AGTGAATACC AGAACACCCC TCAACTATGG ATCAAGAACA 
CAGTTCGGTC ACTTTTATTC CAGTGGTAAC AGACATGGTA ATATCACAGA AAGGCACAAA 
AAACACTATA ATGAAACTTC CAATATGTCT ATCTATGACA TCCTAAGACC AGGAACTCCT 
AGGGAAGGTT TTAAAACCTT TTCTCCTAGG ACAAGCACAA TTTATGATAT GTATAGGACA 
AGGGAGCCCA GAGTCTTTAA AGAAGATTAT GTGCAAAAGA ATACTTTTGG CAGTACTTCG 
CTGTGTTTTG ACAGCAGGCA ACGGTCGGCC TTACCAGCCA CAGGGCATTT CACAGCAAGA 
AGCTTACATT TTCCAGCCAC AACTCAGAGC AAGAGTGGGT TTATACCACC AAGGCACCAG 
CAGAGTCCAA AGAGAACTCC TTTATCATCC ATCATATGGA ACAGATCAGA TTCCTCTAGA 
GACAGGGAGA ACCAGGAAGA GTTCCTGAGG GCACCATCAC CAATGGAAAT TGATCCCGCT 
GACAAGTATG TGTATCCCAG GGGTTTTCAG GAGAATAAGA GATATGAATC GTACCATTCA 
CAGAATGTTT ACCAACGTGT TAGTTTAAAT GCTCCCATGG AGAATGCAAT GAGTCCCGAC 
ACTTTTGAGA ACTCAGAGAA CATGCCATTC TACCATCAAA GCAACACATT TACCAGATCT 
TTCTTCAGCA ATACCTTTGG ACGAAGCGGA GAACAGAGGA GATTTGGACA AGGTCCTTTT 
TGGGGCCAAG AGAAAGGACA TTCTTTCTGG TCTGACTTTC ATCGAAGCAG GAAATCATTC 
AGTTCTTCTG ACAGAGACTT TGAAATGATT TCCATGGAAG CAAATAGTGT ATCAGCCATT 
CATGGCCATA ATGTTTCTTC TGAACACTGG GAATCATTTT CTTCTGGTTA TGGAACAGAT 
GTTTCCAGAG GCCAAGAAGA GCCACATCCT TGGCAGTTTG ATTTTCAGAG ATCCACACTG 
GATAGCATGG TGGTATCACA TGGTAATGAG ACCCAGTTGA CTCCTCATTT TGGCACACCA 
AATGTTTGCT CCATGACTGG TTCAAGCTAT CACGTCAAAT CTAGTGAGTT GGTAAGTCAA 
CAGGACAGTT CTCCTGTAGA AGTACATATA AACAAAGAAG CTTCCTCATT TGGAATTGCT 
CAGACTCTAG CATCCTCATT CAAAACTTCC TTTTCCCAGA TTTCTGATGA CAGAAGGAAT 
CCTCAGAGTC CCAACTTGCA GAATCCCACA GTCACTTTGC AGAAAATTTT TCCAAATAAG 
CCTGCCTCTC ATCCAATGAG AAGCCATACA GAAGTCACTG TGACCAGCAG CAATTCAGTT 
GACTCTCTGC CTCTTGCCAA AAGCCAGCCC AATATCTTGG TCACAGAAGT AAATAATGAG 
AAAGACTTAA ATGAATCTAT TTCAGAAGAA GACAAACAGC TAAGCAAGAT GGACCAGACA 
AACAAGGCAG GTGAAATACC CCAACCTGTT TCACAGACAG GGATCTCAAA CTCTTTACCT 
GATTTTCAAA ATCCCTTATC CCAGGACTCA GCCAAGAGCA ACGGGTTTGG TTTTAATGCA 
TCTACCATAA TAAGTTCAAA AAAGTCACCC AGAGTCTTTT CCAGGAAAGA TACCTCCAAA 
ATGTATATAC CGCACACAGA TAAATCCAAT GACATTAAAC AAGATAAGAG GTTTACTGAA 
AACAGAAAAC TTGGCTCAAC AGCTTCCCTT CCTTTCATTC AGGAACACAG AACACCACCA 
TCTTTCCCCA GGACAGACCA AGGTTGTCAC CAGGAATTAA CTGTAAATAA TGAAGATATT 
TCAAGAATTA TTACAAATAA CCACTGGAGC TCTGCACTGA CTGATACTCA AAATGCACAA 
TACTCAAAAT GCAAGTTAAC TCCTGGCCAC AAGACCTCGT GTGATTCTTT AGATCTGTCA 
TCAGCTGCAC TACCAGATTC CTCACCATCA AAGAATTCTT CCCTTGATGC TCCTGTGGTT 
CCATCTACTA CAGTGTTCTC CAGGAGAAGT CCTTCAGACA AAGATCCATC GCTAGGAGAA 
AGAGAAGAAA AAGACAATGC TGGGAAGAAC CAAAAGAATC AGTTTATTGT AAGCCACTCA 
GAAAACCAAG AGAGAAATGA TAGTCCTGTG CCTACACATG ATGAAGTGGT TGATGTCAAA 
TGCCATTCAC ACTCTCCTTT TAGGAATGAA AGAGGAAAAG GAAAAATAAG GCATCATATA 
TCCTGTATTG AAAAGTTAAG CAAAACAGAA AGTATATCAG TACCCACCAG TGATCACAGG 
AGCCTCATTG AAGCAAATCA AAGCAATTCC AAAGTTTCTG AACTTGACAC AATTTATTGT 
ACCTTGCCAA GAAAATCAAG CAGTTTTCTC ATACATGGCA GGCAGTCAGG AAGTAAAATA 
ATGGCTGCTT CATTGAGGAA TGGGCCACCT CCCTTCCAAA TCAAAAATAA TGTGGAAGAT 
GCAATGGGGA ACTATATGTT AAACAAATTT AGTCCCAGTT CTCCTGAGTC AGCGAATGAA 
TGTTCCAAAG TCCTTTCAGA CTCAGCCCTG GAAGCACCTG AAGCCACAGA GAGAATGACA 
AATGTAAAAA GCAGTGGATC TACTTCCGTT AGAAAAGGAC CACTTCCATT CCTCATCAAC 
AGGGCTATGT CATGTCCCTC AGGGGAGCCA CATGCCTCAA CTGGAAGAGA AGGAAGAAAA 
AAGCCATTGA CCTCAGGCAT GGATGCTTCT GAGCTAACAC CAAGGGCTTG GGAGAGAATC 
ATTAGCCCTG TGGAAAGTGA CTCATCTGTT AGAGATTGTT CTTTAACCAA AAGACAACAC 
CAAAAGGAAA ACTTCCAAGA ATACACTGAG AAAGAGGGTA AAATGGCTGC CTCCAGGAGA 
AGTGTATTTG CTCTTTCAAA TGAAGACCCT TTACCTTTTT GCTCAGACTT GTCAGGAAAA 
GAACGTGGGA AAACATTACA TAAAGTTAAG ACGACTAGTA CGTTTTCTGT TTCTGGTGAT 
GAAGATAATG TAAAATGTCT GGAGGTGGTC TCAATATATT ACACTCTACC GAGGAAACCC 
AGCAAAAAAT TCTGTAACCT CCTTCAACAG TATACACAAA ATACTAATTT ACTTATAGAA 
TCACCTCAAG TGGAGACTGA AACATTTCCT AACGCTTTAG AAAAAGACAA ACAGAATTAT 
TCTACACGAG AGCAGTCAGG AACACCTTCA TGTGAAAATC TAAAGATGTC CGTCAACTCT 
GATCAGACGC TCACCACTGA AAATATGACT GCCTTCCGAT TATCAAATAG GGGGCCCCTA 
GCTCCTACAT TACAGGAAAT GGCTTCTGTT GAGGCAGCTG TTTCTCTTCC TGAAGAGGAA 
TCTAAAGCTA GAGAGATTTT TTCAGATAAT TTAGCTAAAA CACCTCTAGG TGATTCAGAA 
AACAAGAAGG AAAGAGGCAA AAAGTTGCAA AGTGAAACCC TGCATACTTC ATTGATGCTT 
CAGAGAAAAA ATGTATCCGA AGAAAAATCT GAAAATTGTC AACAATCCAT TAATTCAAGT 
AACAGTGGTC CCTCTAGTCT TCCAGCTCTT TCAGAAGTTA ATATTGGAAA TTCCCAAACT 
AGAAGAAGTT CTTGGGAGTG TACAGGGAGT GGTAGAGCCA TTCCATTTAC TGGAAGTGGC 
AAGTGTCCCC AGAAAGATCA CACATCCACA GCTGTAGGTG ATGGCTCCAG TGGATCACAG 
CCTAGGGAAG GCAGAGGGGA CATTGGAACC AACTGCCAAA AAATGACTAA TAAAACACTT 
TCTCACTCAG AGAGTCAAGT CTTTGCCCTT ACTCCAGCAT TGCATAAACT ACAGCTTGGT 
GAGGAGACTC AGTCAGATGA ACCAAACTTA GAGAGTCTGC AGTCTGAACC AAGAGAATTA 
CCTCAAAGAA GTCAGGAGGC AAATATGACA GAGAGCAGGA AGGCTGAAGA TGAAATGCAG 
AAGTCAGCTT GGGATCAACC TTCACTTCCT GAAGGAAACA AAAATAAAAC CAACTTGGAT 
GACCTAGTAA AGGGGGAAAA TAGATCTTCA GTTAAACACA GATTGGCAGC CATGTCTAAA 
GCCAGCAGAA AATTCCCAGC TAAAGATGTA AGCCCCAGAA GACATGTAGC TACTATCTTC 
CCCCAAAGTG GAAGCAGATC TGGCTTTGAC CATTTATCTC TTGGCACAGT GGAGTGCAAC 
CCACTGTTCC CTGAGCCTAC TCCAAAATCT GCAGAGTCCA TTGGCGAAAG CAGGTTGAGT 
GAGAACGGAA AGCATGTGAA GAAATCCGAG AACCTTCTCC CCATTACTGT ACTACCCAAC 
AGAGAACCTT CTACACACGT CAGCAACCAG AAGTCTAACA GCATTTCACA ACGACATCAG 
AATGAGTTTA AAAACGTCTC AGAATCACCA TCAAAGCATG AGAATTCTAA AGACGTCACA 
GCAGCTCAGA ATTTAGTAAG AGAATCAGGA GCCCCATCAC CCATCACATT CACCAGCCTC 
AGGGAAGCAG AATTCTCTGA CAATCAGAGG AGGCTGAGCC CTCCTTTTCC ACTGGAGCCT 
GCACAGAAAT CTAGAGTAAG CAGTCCACTG GCCAGTTTTC TGCAGCAACA AAGGAGTGCT 
TCATCTCTGG AGTGGGAACC TGAGCCACAC CTCTATCGTT CAAAGAGTTT AAAAAGCATT 
AATGTTCATG GCGATCTACT ACGAAAAAGC CATCCTCCAA AAGTCAGGGA GCGCCATTTT 
TCTGAAAGCA CTTCTATTGA CAATGCCCTG AGTCGACTGA CCCTTGGGAA TGAATTCTCT 
GTCAACAATG GGTACAGTCG AAGATTCAGA TCTTTTTCTG AACTCCCCTC CTGTGATGGA 
AATGAAAGTT GGGCTTATCG CAGCGGGACA AAAACAGGTC CCAGGTCTGC AATATCTATA 
TACAGACCTA TCGACTATGG GATCTTTGGG AAAGAACAAC AGTTAGCTTT CTTAGAAAAT 
GTAAAGAGGT CACTTACACA AGGAAGATTA TGGAAACCAA GTTTTCTTAA GAACCCTGGC 
TTCCTAAAAG ATGATTTGAG GAACCCTCCC AACCCCTCAG AGTCATTAAG CTCAAATTCT 
CCCAGTAGTC AGGTGCCAGA AGATGGCTTA TCTCCAAGTG AACCGCTTAA TATCTATGAG 
GATGACCCAG TGGACTCAGA TTGTGACACA GACACAACCA CAGATGATGA ATACTACCTG 
GATGAAAATG ACAAAGAGTC AGAACTGTGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

EXPH5 ( NM_015065.3 ) cDNA ORF clone, Homo sapiens(human) -> NP_055880.2 Homo sapiens exophilin 5 (EXPH5), transcript variant 1, mRNA.

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CloneID	OHu21942
Clone ID Related Accession (Same CDS sequence)	NM_015065.2 , NM_015065.3
Accession Version	NM_015065.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5970bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-08-20
Organism	Homo sapiens(human)
Product	exophilin-5 isoform 1
Comment	Comment: REVIEWED REFSEQ: This record has been curated by NCBI staff. The reference sequence was derived from AP002453.4, BP358360.1, BC117701.1, KF455497.1, AP005718.3 and AI203086.1. On Nov 22, 2018 this sequence version replaced NM_015065.2. Transcript Variant: This variant (1) represents the longest transcript and encodes the longest isoform (1). Sequence Note: This RefSeq record was created from transcript and genomic sequence data because no single transcript was available for the full length of the gene. The extent of this transcript is supported by transcript alignments. Publication Note: This RefSeq record includes a subset of the publications that are available for this gene. Please see the Gene record to access additional publications. ##Evidence-Data-START## Transcript exon combination :: SRR1660803.95210.1, AY099469.1 [ECO:0000332] RNAseq introns :: mixed/partial sample support SAMEA1965299, SAMEA1966682 [ECO:0000350] ##Evidence-Data-END## ##RefSeq-Attributes-START## MANE Ensembl match :: ENST00000265843.9/ ENSP00000265843.4 RefSeq Select criteria :: based on conservation, expression, longest protein ##RefSeq-Attributes-END## COMPLETENESS: full length.

ATGACGAAAG TTCCTCCGGC GTTTGATTTC AGTTTCTTAA ATGACGAAGA GGCCAGGAAG 
ATCCTTCAGG TGCTGGAAAG GAATGAGGAG TTACAGAGGG CCGAGAAGGA CAGGATCAGC 
AAACTTCAGA AGACAAAGAG GGATATCAGA TGGCTTCAGG GAGTGACTGG TGAATGGTTT 
GAAGAAATTC AAAGAAAAAA GTTTTGCAAT GAAACAGATG TTAGCCAAAT GTTAAAACAA 
CCACTTACAT ACAGGCTAAG TAAGGAGATG GCAAAAAATG ATCCGATAGA ATTACCTACA 
TCAAGATCTA AAAATGTAAC TAATCAAAAA AAGCCGACAC CTTTTTCTTC CCGGATGAGC 
TTCAGATCGT CATTTGCTTC CCTGTTCTCA TTCAGGAAAT CTGGAAAGGA GACTTCAAAG 
CTTCCATCAC TGGGACAGAA AGGATGTGAT GGCCATGCAG GACCTCCTAT GCCTGTGAGG 
GGAGCTGCTG TGCAGGCAAA AATATACAAT TCACCTCTGG AAAATCATCT AGTTGACAGT 
ACATTTGTCC CAAAGCCAGC AGTCATGAGG GAGGAGAGTG GCATGCCTCC ACCGTGGGAT 
GCTTCACTGC TGGAGAATGA GTTTTTCCAA GTTTTAGATG ACTTGGATAG CAAATTGGCT 
CAGGAACAGT CTGCAAGCTC AGTGAATACC AGAACACCCC TCAACTATGG ATCAAGAACA 
CAGTTCGGTC ACTTTTATTC CAGTGGTAAC AGACATGGTA ATATCACAGA AAGGCACAAA 
AAACACTATA ATGAAACTTC CAATATGTCT ATCTATGACA TCCTAAGACC AGGAACTCCT 
AGGGAAGGTT TTAAAACCTT TTCTCCTAGG ACAAGCACAA TTTATGATAT GTATAGGACA 
AGGGAGCCCA GAGTCTTTAA AGAAGATTAT GTGCAAAAGA ATACTTTTGG CAGTACTTCG 
CTGTGTTTTG ACAGCAGGCA ACGGTCGGCC TTACCAGCCA CAGGGCATTT CACAGCAAGA 
AGCTTACATT TTCCAGCCAC AACTCAGAGC AAGAGTGGGT TTATACCACC AAGGCACCAG 
CAGAGTCCAA AGAGAACTCC TTTATCATCC ATCATATGGA ACAGATCAGA TTCCTCTAGA 
GACAGGGAGA ACCAGGAAGA GTTCCTGAGG GCACCATCAC CAATGGAAAT TGATCCCGCT 
GACAAGTATG TGTATCCCAG GGGTTTTCAG GAGAATAAGA GATATGAATC GTACCATTCA 
CAGAATGTTT ACCAACGTGT TAGTTTAAAT GCTCCCATGG AGAATGCAAT GAGTCCCGAC 
ACTTTTGAGA ACTCAGAGAA CATGCCATTC TACCATCAAA GCAACACATT TACCAGATCT 
TTCTTCAGCA ATACCTTTGG ACGAAGCGGA GAACAGAGGA GATTTGGACA AGGTCCTTTT 
TGGGGCCAAG AGAAAGGACA TTCTTTCTGG TCTGACTTTC ATCGAAGCAG GAAATCATTC 
AGTTCTTCTG ACAGAGACTT TGAAATGATT TCCATGGAAG CAAATAGTGT ATCAGCCATT 
CATGGCCATA ATGTTTCTTC TGAACACTGG GAATCATTTT CTTCTGGTTA TGGAACAGAT 
GTTTCCAGAG GCCAAGAAGA GCCACATCCT TGGCAGTTTG ATTTTCAGAG ATCCACACTG 
GATAGCATGG TGGTATCACA TGGTAATGAG ACCCAGTTGA CTCCTCATTT TGGCACACCA 
AATGTTTGCT CCATGACTGG TTCAAGCTAT CACGTCAAAT CTAGTGAGTT GGTAAGTCAA 
CAGGACAGTT CTCCTGTAGA AGTACATATA AACAAAGAAG CTTCCTCATT TGGAATTGCT 
CAGACTCTAG CATCCTCATT CAAAACTTCC TTTTCCCAGA TTTCTGATGA CAGAAGGAAT 
CCTCAGAGTC CCAACTTGCA GAATCCCACA GTCACTTTGC AGAAAATTTT TCCAAATAAG 
CCTGCCTCTC ATCCAATGAG AAGCCATACA GAAGTCACTG TGACCAGCAG CAATTCAGTT 
GACTCTCTGC CTCTTGCCAA AAGCCAGCCC AATATCTTGG TCACAGAAGT AAATAATGAG 
AAAGACTTAA ATGAATCTAT TTCAGAAGAA GACAAACAGC TAAGCAAGAT GGACCAGACA 
AACAAGGCAG GTGAAATACC CCAACCTGTT TCACAGACAG GGATCTCAAA CTCTTTACCT 
GATTTTCAAA ATCCCTTATC CCAGGACTCA GCCAAGAGCA ACGGGTTTGG TTTTAATGCA 
TCTACCATAA TAAGTTCAAA AAAGTCACCC AGAGTCTTTT CCAGGAAAGA TACCTCCAAA 
ATGTATATAC CGCACACAGA TAAATCCAAT GACATTAAAC AAGATAAGAG GTTTACTGAA 
AACAGAAAAC TTGGCTCAAC AGCTTCCCTT CCTTTCATTC AGGAACACAG AACACCACCA 
TCTTTCCCCA GGACAGACCA AGGTTGTCAC CAGGAATTAA CTGTAAATAA TGAAGATATT 
TCAAGAATTA TTACAAATAA CCACTGGAGC TCTGCACTGA CTGATACTCA AAATGCACAA 
TACTCAAAAT GCAAGTTAAC TCCTGGCCAC AAGACCTCGT GTGATTCTTT AGATCTGTCA 
TCAGCTGCAC TACCAGATTC CTCACCATCA AAGAATTCTT CCCTTGATGC TCCTGTGGTT 
CCATCTACTA CAGTGTTCTC CAGGAGAAGT CCTTCAGACA AAGATCCATC GCTAGGAGAA 
AGAGAAGAAA AAGACAATGC TGGGAAGAAC CAAAAGAATC AGTTTATTGT AAGCCACTCA 
GAAAACCAAG AGAGAAATGA TAGTCCTGTG CCTACACATG ATGAAGTGGT TGATGTCAAA 
TGCCATTCAC ACTCTCCTTT TAGGAATGAA AGAGGAAAAG GAAAAATAAG GCATCATATA 
TCCTGTATTG AAAAGTTAAG CAAAACAGAA AGTATATCAG TACCCACCAG TGATCACAGG 
AGCCTCATTG AAGCAAATCA AAGCAATTCC AAAGTTTCTG AACTTGACAC AATTTATTGT 
ACCTTGCCAA GAAAATCAAG CAGTTTTCTC ATACATGGCA GGCAGTCAGG AAGTAAAATA 
ATGGCTGCTT CATTGAGGAA TGGGCCACCT CCCTTCCAAA TCAAAAATAA TGTGGAAGAT 
GCAATGGGGA ACTATATGTT AAACAAATTT AGTCCCAGTT CTCCTGAGTC AGCGAATGAA 
TGTTCCAAAG TCCTTTCAGA CTCAGCCCTG GAAGCACCTG AAGCCACAGA GAGAATGACA 
AATGTAAAAA GCAGTGGATC TACTTCCGTT AGAAAAGGAC CACTTCCATT CCTCATCAAC 
AGGGCTATGT CATGTCCCTC AGGGGAGCCA CATGCCTCAA CTGGAAGAGA AGGAAGAAAA 
AAGCCATTGA CCTCAGGCAT GGATGCTTCT GAGCTAACAC CAAGGGCTTG GGAGAGAATC 
ATTAGCCCTG TGGAAAGTGA CTCATCTGTT AGAGATTGTT CTTTAACCAA AAGACAACAC 
CAAAAGGAAA ACTTCCAAGA ATACACTGAG AAAGAGGGTA AAATGGCTGC CTCCAGGAGA 
AGTGTATTTG CTCTTTCAAA TGAAGACCCT TTACCTTTTT GCTCAGACTT GTCAGGAAAA 
GAACGTGGGA AAACATTACA TAAAGTTAAG ACGACTAGTA CGTTTTCTGT TTCTGGTGAT 
GAAGATAATG TAAAATGTCT GGAGGTGGTC TCAATATATT ACACTCTACC GAGGAAACCC 
AGCAAAAAAT TCTGTAACCT CCTTCAACAG TATACACAAA ATACTAATTT ACTTATAGAA 
TCACCTCAAG TGGAGACTGA AACATTTCCT AACGCTTTAG AAAAAGACAA ACAGAATTAT 
TCTACACGAG AGCAGTCAGG AACACCTTCA TGTGAAAATC TAAAGATGTC CGTCAACTCT 
GATCAGACGC TCACCACTGA AAATATGACT GCCTTCCGAT TATCAAATAG GGGGCCCCTA 
GCTCCTACAT TACAGGAAAT GGCTTCTGTT GAGGCAGCTG TTTCTCTTCC TGAAGAGGAA 
TCTAAAGCTA GAGAGATTTT TTCAGATAAT TTAGCTAAAA CACCTCTAGG TGATTCAGAA 
AACAAGAAGG AAAGAGGCAA AAAGTTGCAA AGTGAAACCC TGCATACTTC ATTGATGCTT 
CAGAGAAAAA ATGTATCCGA AGAAAAATCT GAAAATTGTC AACAATCCAT TAATTCAAGT 
AACAGTGGTC CCTCTAGTCT TCCAGCTCTT TCAGAAGTTA ATATTGGAAA TTCCCAAACT 
AGAAGAAGTT CTTGGGAGTG TACAGGGAGT GGTAGAGCCA TTCCATTTAC TGGAAGTGGC 
AAGTGTCCCC AGAAAGATCA CACATCCACA GCTGTAGGTG ATGGCTCCAG TGGATCACAG 
CCTAGGGAAG GCAGAGGGGA CATTGGAACC AACTGCCAAA AAATGACTAA TAAAACACTT 
TCTCACTCAG AGAGTCAAGT CTTTGCCCTT ACTCCAGCAT TGCATAAACT ACAGCTTGGT 
GAGGAGACTC AGTCAGATGA ACCAAACTTA GAGAGTCTGC AGTCTGAACC AAGAGAATTA 
CCTCAAAGAA GTCAGGAGGC AAATATGACA GAGAGCAGGA AGGCTGAAGA TGAAATGCAG 
AAGTCAGCTT GGGATCAACC TTCACTTCCT GAAGGAAACA AAAATAAAAC CAACTTGGAT 
GACCTAGTAA AGGGGGAAAA TAGATCTTCA GTTAAACACA GATTGGCAGC CATGTCTAAA 
GCCAGCAGAA AATTCCCAGC TAAAGATGTA AGCCCCAGAA GACATGTAGC TACTATCTTC 
CCCCAAAGTG GAAGCAGATC TGGCTTTGAC CATTTATCTC TTGGCACAGT GGAGTGCAAC 
CCACTGTTCC CTGAGCCTAC TCCAAAATCT GCAGAGTCCA TTGGCGAAAG CAGGTTGAGT 
GAGAACGGAA AGCATGTGAA GAAATCCGAG AACCTTCTCC CCATTACTGT ACTACCCAAC 
AGAGAACCTT CTACACACGT CAGCAACCAG AAGTCTAACA GCATTTCACA ACGACATCAG 
AATGAGTTTA AAAACGTCTC AGAATCACCA TCAAAGCATG AGAATTCTAA AGACGTCACA 
GCAGCTCAGA ATTTAGTAAG AGAATCAGGA GCCCCATCAC CCATCACATT CACCAGCCTC 
AGGGAAGCAG AATTCTCTGA CAATCAGAGG AGGCTGAGCC CTCCTTTTCC ACTGGAGCCT 
GCACAGAAAT CTAGAGTAAG CAGTCCACTG GCCAGTTTTC TGCAGCAACA AAGGAGTGCT 
TCATCTCTGG AGTGGGAACC TGAGCCACAC CTCTATCGTT CAAAGAGTTT AAAAAGCATT 
AATGTTCATG GCGATCTACT ACGAAAAAGC CATCCTCCAA AAGTCAGGGA GCGCCATTTT 
TCTGAAAGCA CTTCTATTGA CAATGCCCTG AGTCGACTGA CCCTTGGGAA TGAATTCTCT 
GTCAACAATG GGTACAGTCG AAGATTCAGA TCTTTTTCTG AACTCCCCTC CTGTGATGGA 
AATGAAAGTT GGGCTTATCG CAGCGGGACA AAAACAGGTC CCAGGTCTGC AATATCTATA 
TACAGACCTA TCGACTATGG GATCTTTGGG AAAGAACAAC AGTTAGCTTT CTTAGAAAAT 
GTAAAGAGGT CACTTACACA AGGAAGATTA TGGAAACCAA GTTTTCTTAA GAACCCTGGC 
TTCCTAAAAG ATGATTTGAG GAACCCTCCC AACCCCTCAG AGTCATTAAG CTCAAATTCT 
CCCAGTAGTC AGGTGCCAGA AGATGGCTTA TCTCCAAGTG AACCGCTTAA TATCTATGAG 
GATGACCCAG TGGACTCAGA TTGTGACACA GACACAACCA CAGATGATGA ATACTACCTG 
GATGAAAATG ACAAAGAGTC AGAACTGTGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	NP_055880.2
CDS	233..6202
Translation	MTKVPPAFDFSFLNDEEARKILQVLERNEELQRAEKDRISKLQKTKRDIRWLQGVTGEWFEEIQRKKFCNETDVSQMLKQPLTYRLSKEMAKNDPIELPTSRSKNVTNQKKPTPFSSRMSFRSSFASLFSFRKSGKETSKLPSLGQKGCDGHAGPPMPVRGAAVQAKIYNSPLENHLVDSTFVPKPAVMREESGMPPPWDASLLENEFFQVLDDLDSKLAQEQSASSVNTRTPLNYGSRTQFGHFYSSGNRHGNITERHKKHYNETSNMSIYDILRPGTPREGFKTFSPRTSTIYDMYRTREPRVFKEDYVQKNTFGSTSLCFDSRQRSALPATGHFTARSLHFPATTQSKSGFIPPRHQQSPKRTPLSSIIWNRSDSSRDRENQEEFLRAPSPMEIDPADKYVYPRGFQENKRYESYHSQNVYQRVSLNAPMENAMSPDTFENSENMPFYHQSNTFTRSFFSNTFGRSGEQRRFGQGPFWGQEKGHSFWSDFHRSRKSFSSSDRDFEMISMEANSVSAIHGHNVSSEHWESFSSGYGTDVSRGQEEPHPWQFDFQRSTLDSMVVSHGNETQLTPHFGTPNVCSMTGSSYHVKSSELVSQQDSSPVEVHINKEASSFGIAQTLASSFKTSFSQISDDRRNPQSPNLQNPTVTLQKIFPNKPASHPMRSHTEVTVTSSNSVDSLPLAKSQPNILVTEVNNEKDLNESISEEDKQLSKMDQTNKAGEIPQPVSQTGISNSLPDFQNPLSQDSAKSNGFGFNASTIISSKKSPRVFSRKDTSKMYIPHTDKSNDIKQDKRFTENRKLGSTASLPFIQEHRTPPSFPRTDQGCHQELTVNNEDISRIITNNHWSSALTDTQNAQYSKCKLTPGHKTSCDSLDLSSAALPDSSPSKNSSLDAPVVPSTTVFSRRSPSDKDPSLGEREEKDNAGKNQKNQFIVSHSENQERNDSPVPTHDEVVDVKCHSHSPFRNERGKGKIRHHISCIEKLSKTESISVPTSDHRSLIEANQSNSKVSELDTIYCTLPRKSSSFLIHGRQSGSKIMAASLRNGPPPFQIKNNVEDAMGNYMLNKFSPSSPESANECSKVLSDSALEAPEATERMTNVKSSGSTSVRKGPLPFLINRAMSCPSGEPHASTGREGRKKPLTSGMDASELTPRAWERIISPVESDSSVRDCSLTKRQHQKENFQEYTEKEGKMAASRRSVFALSNEDPLPFCSDLSGKERGKTLHKVKTTSTFSVSGDEDNVKCLEVVSIYYTLPRKPSKKFCNLLQQYTQNTNLLIESPQVETETFPNALEKDKQNYSTREQSGTPSCENLKMSVNSDQTLTTENMTAFRLSNRGPLAPTLQEMASVEAAVSLPEEESKAREIFSDNLAKTPLGDSENKKERGKKLQSETLHTSLMLQRKNVSEEKSENCQQSINSSNSGPSSLPALSEVNIGNSQTRRSSWECTGSGRAIPFTGSGKCPQKDHTSTAVGDGSSGSQPREGRGDIGTNCQKMTNKTLSHSESQVFALTPALHKLQLGEETQSDEPNLESLQSEPRELPQRSQEANMTESRKAEDEMQKSAWDQPSLPEGNKNKTNLDDLVKGENRSSVKHRLAAMSKASRKFPAKDVSPRRHVATIFPQSGSRSGFDHLSLGTVECNPLFPEPTPKSAESIGESRLSENGKHVKKSENLLPITVLPNREPSTHVSNQKSNSISQRHQNEFKNVSESPSKHENSKDVTAAQNLVRESGAPSPITFTSLREAEFSDNQRRLSPPFPLEPAQKSRVSSPLASFLQQQRSASSLEWEPEPHLYRSKSLKSINVHGDLLRKSHPPKVRERHFSESTSIDNALSRLTLGNEFSVNNGYSRRFRSFSELPSCDGNESWAYRSGTKTGPRSAISIYRPIDYGIFGKEQQLAFLENVKRSLTQGRLWKPSFLKNPGFLKDDLRNPPNPSESLSSNSPSSQVPEDGLSPSEPLNIYEDDPVDSDCDTDTTTDDEYYLDENDKESEL

Target ORF information:

RefSeq Version	NM_015065.3
Organism	Homo sapiens(human)
Definition	Homo sapiens exophilin 5 (EXPH5), transcript variant 1, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

NM_015065.3

ORF Insert Sequence:

ATGACGAAAG TTCCTCCGGC GTTTGATTTC AGTTTCTTAA ATGACGAAGA GGCCAGGAAG 
ATCCTTCAGG TGCTGGAAAG GAATGAGGAG TTACAGAGGG CCGAGAAGGA CAGGATCAGC 
AAACTTCAGA AGACAAAGAG GGATATCAGA TGGCTTCAGG GAGTGACTGG TGAATGGTTT 
GAAGAAATTC AAAGAAAAAA GTTTTGCAAT GAAACAGATG TTAGCCAAAT GTTAAAACAA 
CCACTTACAT ACAGGCTAAG TAAGGAGATG GCAAAAAATG ATCCGATAGA ATTACCTACA 
TCAAGATCTA AAAATGTAAC TAATCAAAAA AAGCCGACAC CTTTTTCTTC CCGGATGAGC 
TTCAGATCGT CATTTGCTTC CCTGTTCTCA TTCAGGAAAT CTGGAAAGGA GACTTCAAAG 
CTTCCATCAC TGGGACAGAA AGGATGTGAT GGCCATGCAG GACCTCCTAT GCCTGTGAGG 
GGAGCTGCTG TGCAGGCAAA AATATACAAT TCACCTCTGG AAAATCATCT AGTTGACAGT 
ACATTTGTCC CAAAGCCAGC AGTCATGAGG GAGGAGAGTG GCATGCCTCC ACCGTGGGAT 
GCTTCACTGC TGGAGAATGA GTTTTTCCAA GTTTTAGATG ACTTGGATAG CAAATTGGCT 
CAGGAACAGT CTGCAAGCTC AGTGAATACC AGAACACCCC TCAACTATGG ATCAAGAACA 
CAGTTCGGTC ACTTTTATTC CAGTGGTAAC AGACATGGTA ATATCACAGA AAGGCACAAA 
AAACACTATA ATGAAACTTC CAATATGTCT ATCTATGACA TCCTAAGACC AGGAACTCCT 
AGGGAAGGTT TTAAAACCTT TTCTCCTAGG ACAAGCACAA TTTATGATAT GTATAGGACA 
AGGGAGCCCA GAGTCTTTAA AGAAGATTAT GTGCAAAAGA ATACTTTTGG CAGTACTTCG 
CTGTGTTTTG ACAGCAGGCA ACGGTCGGCC TTACCAGCCA CAGGGCATTT CACAGCAAGA 
AGCTTACATT TTCCAGCCAC AACTCAGAGC AAGAGTGGGT TTATACCACC AAGGCACCAG 
CAGAGTCCAA AGAGAACTCC TTTATCATCC ATCATATGGA ACAGATCAGA TTCCTCTAGA 
GACAGGGAGA ACCAGGAAGA GTTCCTGAGG GCACCATCAC CAATGGAAAT TGATCCCGCT 
GACAAGTATG TGTATCCCAG GGGTTTTCAG GAGAATAAGA GATATGAATC GTACCATTCA 
CAGAATGTTT ACCAACGTGT TAGTTTAAAT GCTCCCATGG AGAATGCAAT GAGTCCCGAC 
ACTTTTGAGA ACTCAGAGAA CATGCCATTC TACCATCAAA GCAACACATT TACCAGATCT 
TTCTTCAGCA ATACCTTTGG ACGAAGCGGA GAACAGAGGA GATTTGGACA AGGTCCTTTT 
TGGGGCCAAG AGAAAGGACA TTCTTTCTGG TCTGACTTTC ATCGAAGCAG GAAATCATTC 
AGTTCTTCTG ACAGAGACTT TGAAATGATT TCCATGGAAG CAAATAGTGT ATCAGCCATT 
CATGGCCATA ATGTTTCTTC TGAACACTGG GAATCATTTT CTTCTGGTTA TGGAACAGAT 
GTTTCCAGAG GCCAAGAAGA GCCACATCCT TGGCAGTTTG ATTTTCAGAG ATCCACACTG 
GATAGCATGG TGGTATCACA TGGTAATGAG ACCCAGTTGA CTCCTCATTT TGGCACACCA 
AATGTTTGCT CCATGACTGG TTCAAGCTAT CACGTCAAAT CTAGTGAGTT GGTAAGTCAA 
CAGGACAGTT CTCCTGTAGA AGTACATATA AACAAAGAAG CTTCCTCATT TGGAATTGCT 
CAGACTCTAG CATCCTCATT CAAAACTTCC TTTTCCCAGA TTTCTGATGA CAGAAGGAAT 
CCTCAGAGTC CCAACTTGCA GAATCCCACA GTCACTTTGC AGAAAATTTT TCCAAATAAG 
CCTGCCTCTC ATCCAATGAG AAGCCATACA GAAGTCACTG TGACCAGCAG CAATTCAGTT 
GACTCTCTGC CTCTTGCCAA AAGCCAGCCC AATATCTTGG TCACAGAAGT AAATAATGAG 
AAAGACTTAA ATGAATCTAT TTCAGAAGAA GACAAACAGC TAAGCAAGAT GGACCAGACA 
AACAAGGCAG GTGAAATACC CCAACCTGTT TCACAGACAG GGATCTCAAA CTCTTTACCT 
GATTTTCAAA ATCCCTTATC CCAGGACTCA GCCAAGAGCA ACGGGTTTGG TTTTAATGCA 
TCTACCATAA TAAGTTCAAA AAAGTCACCC AGAGTCTTTT CCAGGAAAGA TACCTCCAAA 
ATGTATATAC CGCACACAGA TAAATCCAAT GACATTAAAC AAGATAAGAG GTTTACTGAA 
AACAGAAAAC TTGGCTCAAC AGCTTCCCTT CCTTTCATTC AGGAACACAG AACACCACCA 
TCTTTCCCCA GGACAGACCA AGGTTGTCAC CAGGAATTAA CTGTAAATAA TGAAGATATT 
TCAAGAATTA TTACAAATAA CCACTGGAGC TCTGCACTGA CTGATACTCA AAATGCACAA 
TACTCAAAAT GCAAGTTAAC TCCTGGCCAC AAGACCTCGT GTGATTCTTT AGATCTGTCA 
TCAGCTGCAC TACCAGATTC CTCACCATCA AAGAATTCTT CCCTTGATGC TCCTGTGGTT 
CCATCTACTA CAGTGTTCTC CAGGAGAAGT CCTTCAGACA AAGATCCATC GCTAGGAGAA 
AGAGAAGAAA AAGACAATGC TGGGAAGAAC CAAAAGAATC AGTTTATTGT AAGCCACTCA 
GAAAACCAAG AGAGAAATGA TAGTCCTGTG CCTACACATG ATGAAGTGGT TGATGTCAAA 
TGCCATTCAC ACTCTCCTTT TAGGAATGAA AGAGGAAAAG GAAAAATAAG GCATCATATA 
TCCTGTATTG AAAAGTTAAG CAAAACAGAA AGTATATCAG TACCCACCAG TGATCACAGG 
AGCCTCATTG AAGCAAATCA AAGCAATTCC AAAGTTTCTG AACTTGACAC AATTTATTGT 
ACCTTGCCAA GAAAATCAAG CAGTTTTCTC ATACATGGCA GGCAGTCAGG AAGTAAAATA 
ATGGCTGCTT CATTGAGGAA TGGGCCACCT CCCTTCCAAA TCAAAAATAA TGTGGAAGAT 
GCAATGGGGA ACTATATGTT AAACAAATTT AGTCCCAGTT CTCCTGAGTC AGCGAATGAA 
TGTTCCAAAG TCCTTTCAGA CTCAGCCCTG GAAGCACCTG AAGCCACAGA GAGAATGACA 
AATGTAAAAA GCAGTGGATC TACTTCCGTT AGAAAAGGAC CACTTCCATT CCTCATCAAC 
AGGGCTATGT CATGTCCCTC AGGGGAGCCA CATGCCTCAA CTGGAAGAGA AGGAAGAAAA 
AAGCCATTGA CCTCAGGCAT GGATGCTTCT GAGCTAACAC CAAGGGCTTG GGAGAGAATC 
ATTAGCCCTG TGGAAAGTGA CTCATCTGTT AGAGATTGTT CTTTAACCAA AAGACAACAC 
CAAAAGGAAA ACTTCCAAGA ATACACTGAG AAAGAGGGTA AAATGGCTGC CTCCAGGAGA 
AGTGTATTTG CTCTTTCAAA TGAAGACCCT TTACCTTTTT GCTCAGACTT GTCAGGAAAA 
GAACGTGGGA AAACATTACA TAAAGTTAAG ACGACTAGTA CGTTTTCTGT TTCTGGTGAT 
GAAGATAATG TAAAATGTCT GGAGGTGGTC TCAATATATT ACACTCTACC GAGGAAACCC 
AGCAAAAAAT TCTGTAACCT CCTTCAACAG TATACACAAA ATACTAATTT ACTTATAGAA 
TCACCTCAAG TGGAGACTGA AACATTTCCT AACGCTTTAG AAAAAGACAA ACAGAATTAT 
TCTACACGAG AGCAGTCAGG AACACCTTCA TGTGAAAATC TAAAGATGTC CGTCAACTCT 
GATCAGACGC TCACCACTGA AAATATGACT GCCTTCCGAT TATCAAATAG GGGGCCCCTA 
GCTCCTACAT TACAGGAAAT GGCTTCTGTT GAGGCAGCTG TTTCTCTTCC TGAAGAGGAA 
TCTAAAGCTA GAGAGATTTT TTCAGATAAT TTAGCTAAAA CACCTCTAGG TGATTCAGAA 
AACAAGAAGG AAAGAGGCAA AAAGTTGCAA AGTGAAACCC TGCATACTTC ATTGATGCTT 
CAGAGAAAAA ATGTATCCGA AGAAAAATCT GAAAATTGTC AACAATCCAT TAATTCAAGT 
AACAGTGGTC CCTCTAGTCT TCCAGCTCTT TCAGAAGTTA ATATTGGAAA TTCCCAAACT 
AGAAGAAGTT CTTGGGAGTG TACAGGGAGT GGTAGAGCCA TTCCATTTAC TGGAAGTGGC 
AAGTGTCCCC AGAAAGATCA CACATCCACA GCTGTAGGTG ATGGCTCCAG TGGATCACAG 
CCTAGGGAAG GCAGAGGGGA CATTGGAACC AACTGCCAAA AAATGACTAA TAAAACACTT 
TCTCACTCAG AGAGTCAAGT CTTTGCCCTT ACTCCAGCAT TGCATAAACT ACAGCTTGGT 
GAGGAGACTC AGTCAGATGA ACCAAACTTA GAGAGTCTGC AGTCTGAACC AAGAGAATTA 
CCTCAAAGAA GTCAGGAGGC AAATATGACA GAGAGCAGGA AGGCTGAAGA TGAAATGCAG 
AAGTCAGCTT GGGATCAACC TTCACTTCCT GAAGGAAACA AAAATAAAAC CAACTTGGAT 
GACCTAGTAA AGGGGGAAAA TAGATCTTCA GTTAAACACA GATTGGCAGC CATGTCTAAA 
GCCAGCAGAA AATTCCCAGC TAAAGATGTA AGCCCCAGAA GACATGTAGC TACTATCTTC 
CCCCAAAGTG GAAGCAGATC TGGCTTTGAC CATTTATCTC TTGGCACAGT GGAGTGCAAC 
CCACTGTTCC CTGAGCCTAC TCCAAAATCT GCAGAGTCCA TTGGCGAAAG CAGGTTGAGT 
GAGAACGGAA AGCATGTGAA GAAATCCGAG AACCTTCTCC CCATTACTGT ACTACCCAAC 
AGAGAACCTT CTACACACGT CAGCAACCAG AAGTCTAACA GCATTTCACA ACGACATCAG 
AATGAGTTTA AAAACGTCTC AGAATCACCA TCAAAGCATG AGAATTCTAA AGACGTCACA 
GCAGCTCAGA ATTTAGTAAG AGAATCAGGA GCCCCATCAC CCATCACATT CACCAGCCTC 
AGGGAAGCAG AATTCTCTGA CAATCAGAGG AGGCTGAGCC CTCCTTTTCC ACTGGAGCCT 
GCACAGAAAT CTAGAGTAAG CAGTCCACTG GCCAGTTTTC TGCAGCAACA AAGGAGTGCT 
TCATCTCTGG AGTGGGAACC TGAGCCACAC CTCTATCGTT CAAAGAGTTT AAAAAGCATT 
AATGTTCATG GCGATCTACT ACGAAAAAGC CATCCTCCAA AAGTCAGGGA GCGCCATTTT 
TCTGAAAGCA CTTCTATTGA CAATGCCCTG AGTCGACTGA CCCTTGGGAA TGAATTCTCT 
GTCAACAATG GGTACAGTCG AAGATTCAGA TCTTTTTCTG AACTCCCCTC CTGTGATGGA 
AATGAAAGTT GGGCTTATCG CAGCGGGACA AAAACAGGTC CCAGGTCTGC AATATCTATA 
TACAGACCTA TCGACTATGG GATCTTTGGG AAAGAACAAC AGTTAGCTTT CTTAGAAAAT 
GTAAAGAGGT CACTTACACA AGGAAGATTA TGGAAACCAA GTTTTCTTAA GAACCCTGGC 
TTCCTAAAAG ATGATTTGAG GAACCCTCCC AACCCCTCAG AGTCATTAAG CTCAAATTCT 
CCCAGTAGTC AGGTGCCAGA AGATGGCTTA TCTCCAAGTG AACCGCTTAA TATCTATGAG 
GATGACCCAG TGGACTCAGA TTGTGACACA GACACAACCA CAGATGATGA ATACTACCTG 
GATGAAAATG ACAAAGAGTC AGAACTGTGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

EXPH5 ( NM_001308019.1 ) cDNA ORF clone, Homo sapiens(human) -> NP_001294948.1 Homo sapiens exophilin 5 (EXPH5), transcript variant 2, mRNA.

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CloneID	OHu45685
Clone ID Related Accession (Same CDS sequence)	NM_001308019.1 , NM_001308019.2
Accession Version	NM_001308019.1	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5949bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2018-06-30
Organism	Homo sapiens(human)
Product	exophilin-5 isoform 2
Comment	Comment: REVIEWED REFSEQ: This record has been curated by NCBI staff. The reference sequence was derived from AB014524.1, BC117701.1, BC031034.1, BU527461.1, AP005718.3, AL050204.1 and AI203086.1. This sequence is a reference standard in the RefSeqGene project. On Apr 21, 2015 this sequence version replaced XM_005271461.3. Transcript Variant: This variant (2) differs in the 5' UTR and uses an alternate exon in the 5' coding region that results in use of an alternate start codon compared to variant 1. It encodes isoform 2, which is shorter than and has a distinct N-terminus compared to isoform 1. Sequence Note: This RefSeq record was created from transcript and genomic sequence data because no single transcript was available for the full length of the gene. The extent of this transcript is supported by transcript alignments. ##Evidence-Data-START## Transcript exon combination :: AB014524.1, SRR1803615.258824.1 [ECO:0000332] RNAseq introns :: mixed/partial sample support SAMEA1965299, SAMEA1966682 [ECO:0000350] ##Evidence-Data-END## COMPLETENESS: complete on the 3' end.

ATGTCATTAA GTTTCTTAAA TGACGAAGAG GCCAGGAAGA TCCTTCAGGT GCTGGAAAGG 
AATGAGGAGT TACAGAGGGC CGAGAAGGAC AGGATCAGCA AACTTCAGAA GACAAAGAGG 
GATATCAGAT GGCTTCAGGG AGTGACTGGT GAATGGTTTG AAGAAATTCA AAGAAAAAAG 
TTTTGCAATG AAACAGATGT TAGCCAAATG TTAAAACAAC CACTTACATA CAGGCTAAGT 
AAGGAGATGG CAAAAAATGA TCCGATAGAA TTACCTACAT CAAGATCTAA AAATGTAACT 
AATCAAAAAA AGCCGACACC TTTTTCTTCC CGGATGAGCT TCAGATCGTC ATTTGCTTCC 
CTGTTCTCAT TCAGGAAATC TGGAAAGGAG ACTTCAAAGC TTCCATCACT GGGACAGAAA 
GGATGTGATG GCCATGCAGG ACCTCCTATG CCTGTGAGGG GAGCTGCTGT GCAGGCAAAA 
ATATACAATT CACCTCTGGA AAATCATCTA GTTGACAGTA CATTTGTCCC AAAGCCAGCA 
GTCATGAGGG AGGAGAGTGG CATGCCTCCA CCGTGGGATG CTTCACTGCT GGAGAATGAG 
TTTTTCCAAG TTTTAGATGA CTTGGATAGC AAATTGGCTC AGGAACAGTC TGCAAGCTCA 
GTGAATACCA GAACACCCCT CAACTATGGA TCAAGAACAC AGTTCGGTCA CTTTTATTCC 
AGTGGTAACA GACATGGTAA TATCACAGAA AGGCACAAAA AACACTATAA TGAAACTTCC 
AATATGTCTA TCTATGACAT CCTAAGACCA GGAACTCCTA GGGAAGGTTT TAAAACCTTT 
TCTCCTAGGA CAAGCACAAT TTATGATATG TATAGGACAA GGGAGCCCAG AGTCTTTAAA 
GAAGATTATG TGCAAAAGAA TACTTTTGGC AGTACTTCGC TGTGTTTTGA CAGCAGGCAA 
CGGTCGGCCT TACCAGCCAC AGGGCATTTC ACAGCAAGAA GCTTACATTT TCCAGCCACA 
ACTCAGAGCA AGAGTGGGTT TATACCACCA AGGCACCAGC AGAGTCCAAA GAGAACTCCT 
TTATCATCCA TCATATGGAA CAGATCAGAT TCCTCTAGAG ACAGGGAGAA CCAGGAAGAG 
TTCCTGAGGG CACCATCACC AATGGAAATT GATCCCGCTG ACAAGTATGT GTATCCCAGG 
GGTTTTCAGG AGAATAAGAG ATATGAATCG TACCATTCAC AGAATGTTTA CCAACGTGTT 
AGTTTAAATG CTCCCATGGA GAATGCAATG AGTCCCGACA CTTTTGAGAA CTCAGAGAAC 
ATGCCATTCT ACCATCAAAG CAACACATTT ACCAGATCTT TCTTCAGCAA TACCTTTGGA 
CGAAGCGGAG AACAGAGGAG ATTTGGACAA GGTCCTTTTT GGGGCCAAGA GAAAGGACAT 
TCTTTCTGGT CTGACTTTCA TCGAAGCAGG AAATCATTCA GTTCTTCTGA CAGAGACTTT 
GAAATGATTT CCATGGAAGC AAATAGTGTA TCAGCCATTC ATGGCCATAA TGTTTCTTCT 
GAACACTGGG AATCATTTTC TTCTGGTTAT GGAACAGATG TTTCCAGAGG CCAAGAAGAG 
CCACATCCTT GGCAGTTTGA TTTTCAGAGA TCCACACTGG ATAGCATGGT GGTATCACAT 
GGTAATGAGA CCCAGTTGAC TCCTCATTTT GGCACACCAA ATGTTTGCTC CATGACTGGT 
TCAAGCTATC ACGTCAAATC TAGTGAGTTG GTAAGTCAAC AGGACAGTTC TCCTGTAGAA 
GTACATATAA ACAAAGAAGC TTCCTCATTT GGAATTGCTC AGACTCTAGC ATCCTCATTC 
AAAACTTCCT TTTCCCAGAT TTCTGATGAC AGAAGGAATC CTCAGAGTCC CAACTTGCAG 
AATCCCACAG TCACTTTGCA GAAAATTTTT CCAAATAAGC CTGCCTCTCA TCCAATGAGA 
AGCCATACAG AAGTCACTGT GACCAGCAGC AATTCAGTTG ACTCTCTGCC TCTTGCCAAA 
AGCCAGCCCA ATATCTTGGT CACAGAAGTA AATAATGAGA AAGACTTAAA TGAATCTATT 
TCAGAAGAAG ACAAACAGCT AAGCAAGATG GACCAGACAA ACAAGGCAGG TGAAATACCC 
CAACCTGTTT CACAGACAGG GATCTCAAAC TCTTTACCTG ATTTTCAAAA TCCCTTATCC 
CAGGACTCAG CCAAGAGCAA CGGGTTTGGT TTTAATGCAT CTACCATAAT AAGTTCAAAA 
AAGTCACCCA GAGTCTTTTC CAGGAAAGAT ACCTCCAAAA TGTATATACC GCACACAGAT 
AAATCCAATG ACATTAAACA AGATAAGAGG TTTACTGAAA ACAGAAAACT TGGCTCAACA 
GCTTCCCTTC CTTTCATTCA GGAACACAGA ACACCACCAT CTTTCCCCAG GACAGACCAA 
GGTTGTCACC AGGAATTAAC TGTAAATAAT GAAGATATTT CAAGAATTAT TACAAATAAC 
CACTGGAGCT CTGCACTGAC TGATACTCAA AATGCACAAT ACTCAAAATG CAAGTTAACT 
CCTGGCCACA AGACCTCGTG TGATTCTTTA GATCTGTCAT CAGCTGCACT ACCAGATTCC 
TCACCATCAA AGAATTCTTC CCTTGATGCT CCTGTGGTTC CATCTACTAC AGTGTTCTCC 
AGGAGAAGTC CTTCAGACAA AGATCCATCG CTAGGAGAAA GAGAAGAAAA AGACAATGCT 
GGGAAGAACC AAAAGAATCA GTTTATTGTA AGCCACTCAG AAAACCAAGA GAGAAATGAT 
AGTCCTGTGC CTACACATGA TGAAGTGGTT GATGTCAAAT GCCATTCACA CTCTCCTTTT 
AGGAATGAAA GAGGAAAAGG AAAAATAAGG CATCATATAT CCTGTATTGA AAAGTTAAGC 
AAAACAGAAA GTATATCAGT ACCCACCAGT GATCACAGGA GCCTCATTGA AGCAAATCAA 
AGCAATTCCA AAGTTTCTGA ACTTGACACA ATTTATTGTA CCTTGCCAAG AAAATCAAGC 
AGTTTTCTCA TACATGGCAG GCAGTCAGGA AGTAAAATAA TGGCTGCTTC ATTGAGGAAT 
GGGCCACCTC CCTTCCAAAT CAAAAATAAT GTGGAAGATG CAATGGGGAA CTATATGTTA 
AACAAATTTA GTCCCAGTTC TCCTGAGTCA GCGAATGAAT GTTCCAAAGT CCTTTCAGAC 
TCAGCCCTGG AAGCACCTGA AGCCACAGAG AGAATGACAA ATGTAAAAAG CAGTGGATCT 
ACTTCCGTTA GAAAAGGACC ACTTCCATTC CTCATCAACA GGGCTATGTC ATGTCCCTCA 
GGGGAGCCAC ATGCCTCAAC TGGAAGAGAA GGAAGAAAAA AGCCATTGAC CTCAGGCATG 
GATGCTTCTG AGCTAACACC AAGGGCTTGG GAGAGAATCA TTAGCCCTGT GGAAAGTGAC 
TCATCTGTTA GAGATTGTTC TTTAACCAAA AGACAACACC AAAAGGAAAA CTTCCAAGAA 
TACACTGAGA AAGAGGGTAA AATGGCTGCC TCCAGGAGAA GTGTATTTGC TCTTTCAAAT 
GAAGACCCTT TACCTTTTTG CTCAGACTTG TCAGGAAAAG AACGTGGGAA AACATTACAT 
AAAGTTAAGA CGACTAGTAC GTTTTCTGTT TCTGGTGATG AAGATAATGT AAAATGTCTG 
GAGGTGGTCT CAATATATTA CACTCTACCG AGGAAACCCA GCAAAAAATT CTGTAACCTC 
CTTCAACAGT ATACACAAAA TACTAATTTA CTTATAGAAT CACCTCAAGT GGAGACTGAA 
ACATTTCCTA ACGCTTTAGA AAAAGACAAA CAGAATTATT CTACACGAGA GCAGTCAGGA 
ACACCTTCAT GTGAAAATCT AAAGATGTCC GTCAACTCTG ATCAGACGCT CACCACTGAA 
AATATGACTG CCTTCCGATT ATCAAATAGG GGGCCCCTAG CTCCTACATT ACAGGAAATG 
GCTTCTGTTG AGGCAGCTGT TTCTCTTCCT GAAGAGGAAT CTAAAGCTAG AGAGATTTTT 
TCAGATAATT TAGCTAAAAC ACCTCTAGGT GATTCAGAAA ACAAGAAGGA AAGAGGCAAA 
AAGTTGCAAA GTGAAACCCT GCATACTTCA TTGATGCTTC AGAGAAAAAA TGTATCCGAA 
GAAAAATCTG AAAATTGTCA ACAATCCATT AATTCAAGTA ACAGTGGTCC CTCTAGTCTT 
CCAGCTCTTT CAGAAGTTAA TATTGGAAAT TCCCAAACTA GAAGAAGTTC TTGGGAGTGT 
ACAGGGAGTG GTAGAGCCAT TCCATTTACT GGAAGTGGCA AGTGTCCCCA GAAAGATCAC 
ACATCCACAG CTGTAGGTGA TGGCTCCAGT GGATCACAGC CTAGGGAAGG CAGAGGGGAC 
ATTGGAACCA ACTGCCAAAA AATGACTAAT AAAACACTTT CTCACTCAGA GAGTCAAGTC 
TTTGCCCTTA CTCCAGCATT GCATAAACTA CAGCTTGGTG AGGAGACTCA GTCAGATGAA 
CCAAACTTAG AGAGTCTGCA GTCTGAACCA AGAGAATTAC CTCAAAGAAG TCAGGAGGCA 
AATATGACAG AGAGCAGGAA GGCTGAAGAT GAAATGCAGA AGTCAGCTTG GGATCAACCT 
TCACTTCCTG AAGGAAACAA AAATAAAACC AACTTGGATG ACCTAGTAAA GGGGGAAAAT 
AGATCTTCAG TTAAACACAG ATTGGCAGCC ATGTCTAAAG CCAGCAGAAA ATTCCCAGCT 
AAAGATGTAA GCCCCAGAAG ACATGTAGCT ACTATCTTCC CCCAAAGTGG AAGCAGATCT 
GGCTTTGACC ATTTATCTCT TGGCACAGTG GAGTGCAACC CACTGTTCCC TGAGCCTACT 
CCAAAATCTG CAGAGTCCAT TGGCGAAAGC AGGTTGAGTG AGAACGGAAA GCATGTGAAG 
AAATCCGAGA ACCTTCTCCC CATTACTGTA CTACCCAACA GAGAACCTTC TACACACGTC 
AGCAACCAGA AGTCTAACAG CATTTCACAA CGACATCAGA ATGAGTTTAA AAACGTCTCA 
GAATCACCAT CAAAGCATGA GAATTCTAAA GACGTCACAG CAGCTCAGAA TTTAGTAAGA 
GAATCAGGAG CCCCATCACC CATCACATTC ACCAGCCTCA GGGAAGCAGA ATTCTCTGAC 
AATCAGAGGA GGCTGAGCCC TCCTTTTCCA CTGGAGCCTG CACAGAAATC TAGAGTAAGC 
AGTCCACTGG CCAGTTTTCT GCAGCAACAA AGGAGTGCTT CATCTCTGGA GTGGGAACCT 
GAGCCACACC TCTATCGTTC AAAGAGTTTA AAAAGCATTA ATGTTCATGG CGATCTACTA 
CGAAAAAGCC ATCCTCCAAA AGTCAGGGAG CGCCATTTTT CTGAAAGCAC TTCTATTGAC 
AATGCCCTGA GTCGACTGAC CCTTGGGAAT GAATTCTCTG TCAACAATGG GTACAGTCGA 
AGATTCAGAT CTTTTTCTGA ACTCCCCTCC TGTGATGGAA ATGAAAGTTG GGCTTATCGC 
AGCGGGACAA AAACAGGTCC CAGGTCTGCA ATATCTATAT ACAGACCTAT CGACTATGGG 
ATCTTTGGGA AAGAACAACA GTTAGCTTTC TTAGAAAATG TAAAGAGGTC ACTTACACAA 
GGAAGATTAT GGAAACCAAG TTTTCTTAAG AACCCTGGCT TCCTAAAAGA TGATTTGAGG 
AACCCTCCCA ACCCCTCAGA GTCATTAAGC TCAAATTCTC CCAGTAGTCA GGTGCCAGAA 
GATGGCTTAT CTCCAAGTGA ACCGCTTAAT ATCTATGAGG ATGACCCAGT GGACTCAGAT 
TGTGACACAG ACACAACCAC AGATGATGAA TACTACCTGG ATGAAAATGA CAAAGAGTCA 
GAACTGTGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	NP_001294948.1
CDS	6..5954
Translation	MSLSFLNDEEARKILQVLERNEELQRAEKDRISKLQKTKRDIRWLQGVTGEWFEEIQRKKFCNETDVSQMLKQPLTYRLSKEMAKNDPIELPTSRSKNVTNQKKPTPFSSRMSFRSSFASLFSFRKSGKETSKLPSLGQKGCDGHAGPPMPVRGAAVQAKIYNSPLENHLVDSTFVPKPAVMREESGMPPPWDASLLENEFFQVLDDLDSKLAQEQSASSVNTRTPLNYGSRTQFGHFYSSGNRHGNITERHKKHYNETSNMSIYDILRPGTPREGFKTFSPRTSTIYDMYRTREPRVFKEDYVQKNTFGSTSLCFDSRQRSALPATGHFTARSLHFPATTQSKSGFIPPRHQQSPKRTPLSSIIWNRSDSSRDRENQEEFLRAPSPMEIDPADKYVYPRGFQENKRYESYHSQNVYQRVSLNAPMENAMSPDTFENSENMPFYHQSNTFTRSFFSNTFGRSGEQRRFGQGPFWGQEKGHSFWSDFHRSRKSFSSSDRDFEMISMEANSVSAIHGHNVSSEHWESFSSGYGTDVSRGQEEPHPWQFDFQRSTLDSMVVSHGNETQLTPHFGTPNVCSMTGSSYHVKSSELVSQQDSSPVEVHINKEASSFGIAQTLASSFKTSFSQISDDRRNPQSPNLQNPTVTLQKIFPNKPASHPMRSHTEVTVTSSNSVDSLPLAKSQPNILVTEVNNEKDLNESISEEDKQLSKMDQTNKAGEIPQPVSQTGISNSLPDFQNPLSQDSAKSNGFGFNASTIISSKKSPRVFSRKDTSKMYIPHTDKSNDIKQDKRFTENRKLGSTASLPFIQEHRTPPSFPRTDQGCHQELTVNNEDISRIITNNHWSSALTDTQNAQYSKCKLTPGHKTSCDSLDLSSAALPDSSPSKNSSLDAPVVPSTTVFSRRSPSDKDPSLGEREEKDNAGKNQKNQFIVSHSENQERNDSPVPTHDEVVDVKCHSHSPFRNERGKGKIRHHISCIEKLSKTESISVPTSDHRSLIEANQSNSKVSELDTIYCTLPRKSSSFLIHGRQSGSKIMAASLRNGPPPFQIKNNVEDAMGNYMLNKFSPSSPESANECSKVLSDSALEAPEATERMTNVKSSGSTSVRKGPLPFLINRAMSCPSGEPHASTGREGRKKPLTSGMDASELTPRAWERIISPVESDSSVRDCSLTKRQHQKENFQEYTEKEGKMAASRRSVFALSNEDPLPFCSDLSGKERGKTLHKVKTTSTFSVSGDEDNVKCLEVVSIYYTLPRKPSKKFCNLLQQYTQNTNLLIESPQVETETFPNALEKDKQNYSTREQSGTPSCENLKMSVNSDQTLTTENMTAFRLSNRGPLAPTLQEMASVEAAVSLPEEESKAREIFSDNLAKTPLGDSENKKERGKKLQSETLHTSLMLQRKNVSEEKSENCQQSINSSNSGPSSLPALSEVNIGNSQTRRSSWECTGSGRAIPFTGSGKCPQKDHTSTAVGDGSSGSQPREGRGDIGTNCQKMTNKTLSHSESQVFALTPALHKLQLGEETQSDEPNLESLQSEPRELPQRSQEANMTESRKAEDEMQKSAWDQPSLPEGNKNKTNLDDLVKGENRSSVKHRLAAMSKASRKFPAKDVSPRRHVATIFPQSGSRSGFDHLSLGTVECNPLFPEPTPKSAESIGESRLSENGKHVKKSENLLPITVLPNREPSTHVSNQKSNSISQRHQNEFKNVSESPSKHENSKDVTAAQNLVRESGAPSPITFTSLREAEFSDNQRRLSPPFPLEPAQKSRVSSPLASFLQQQRSASSLEWEPEPHLYRSKSLKSINVHGDLLRKSHPPKVRERHFSESTSIDNALSRLTLGNEFSVNNGYSRRFRSFSELPSCDGNESWAYRSGTKTGPRSAISIYRPIDYGIFGKEQQLAFLENVKRSLTQGRLWKPSFLKNPGFLKDDLRNPPNPSESLSSNSPSSQVPEDGLSPSEPLNIYEDDPVDSDCDTDTTTDDEYYLDENDKESEL

Target ORF information:

RefSeq Version	NM_001308019.1
Organism	Homo sapiens(human)
Definition	Homo sapiens exophilin 5 (EXPH5), transcript variant 2, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

NM_001308019.1

ORF Insert Sequence:

ATGTCATTAA GTTTCTTAAA TGACGAAGAG GCCAGGAAGA TCCTTCAGGT GCTGGAAAGG 
AATGAGGAGT TACAGAGGGC CGAGAAGGAC AGGATCAGCA AACTTCAGAA GACAAAGAGG 
GATATCAGAT GGCTTCAGGG AGTGACTGGT GAATGGTTTG AAGAAATTCA AAGAAAAAAG 
TTTTGCAATG AAACAGATGT TAGCCAAATG TTAAAACAAC CACTTACATA CAGGCTAAGT 
AAGGAGATGG CAAAAAATGA TCCGATAGAA TTACCTACAT CAAGATCTAA AAATGTAACT 
AATCAAAAAA AGCCGACACC TTTTTCTTCC CGGATGAGCT TCAGATCGTC ATTTGCTTCC 
CTGTTCTCAT TCAGGAAATC TGGAAAGGAG ACTTCAAAGC TTCCATCACT GGGACAGAAA 
GGATGTGATG GCCATGCAGG ACCTCCTATG CCTGTGAGGG GAGCTGCTGT GCAGGCAAAA 
ATATACAATT CACCTCTGGA AAATCATCTA GTTGACAGTA CATTTGTCCC AAAGCCAGCA 
GTCATGAGGG AGGAGAGTGG CATGCCTCCA CCGTGGGATG CTTCACTGCT GGAGAATGAG 
TTTTTCCAAG TTTTAGATGA CTTGGATAGC AAATTGGCTC AGGAACAGTC TGCAAGCTCA 
GTGAATACCA GAACACCCCT CAACTATGGA TCAAGAACAC AGTTCGGTCA CTTTTATTCC 
AGTGGTAACA GACATGGTAA TATCACAGAA AGGCACAAAA AACACTATAA TGAAACTTCC 
AATATGTCTA TCTATGACAT CCTAAGACCA GGAACTCCTA GGGAAGGTTT TAAAACCTTT 
TCTCCTAGGA CAAGCACAAT TTATGATATG TATAGGACAA GGGAGCCCAG AGTCTTTAAA 
GAAGATTATG TGCAAAAGAA TACTTTTGGC AGTACTTCGC TGTGTTTTGA CAGCAGGCAA 
CGGTCGGCCT TACCAGCCAC AGGGCATTTC ACAGCAAGAA GCTTACATTT TCCAGCCACA 
ACTCAGAGCA AGAGTGGGTT TATACCACCA AGGCACCAGC AGAGTCCAAA GAGAACTCCT 
TTATCATCCA TCATATGGAA CAGATCAGAT TCCTCTAGAG ACAGGGAGAA CCAGGAAGAG 
TTCCTGAGGG CACCATCACC AATGGAAATT GATCCCGCTG ACAAGTATGT GTATCCCAGG 
GGTTTTCAGG AGAATAAGAG ATATGAATCG TACCATTCAC AGAATGTTTA CCAACGTGTT 
AGTTTAAATG CTCCCATGGA GAATGCAATG AGTCCCGACA CTTTTGAGAA CTCAGAGAAC 
ATGCCATTCT ACCATCAAAG CAACACATTT ACCAGATCTT TCTTCAGCAA TACCTTTGGA 
CGAAGCGGAG AACAGAGGAG ATTTGGACAA GGTCCTTTTT GGGGCCAAGA GAAAGGACAT 
TCTTTCTGGT CTGACTTTCA TCGAAGCAGG AAATCATTCA GTTCTTCTGA CAGAGACTTT 
GAAATGATTT CCATGGAAGC AAATAGTGTA TCAGCCATTC ATGGCCATAA TGTTTCTTCT 
GAACACTGGG AATCATTTTC TTCTGGTTAT GGAACAGATG TTTCCAGAGG CCAAGAAGAG 
CCACATCCTT GGCAGTTTGA TTTTCAGAGA TCCACACTGG ATAGCATGGT GGTATCACAT 
GGTAATGAGA CCCAGTTGAC TCCTCATTTT GGCACACCAA ATGTTTGCTC CATGACTGGT 
TCAAGCTATC ACGTCAAATC TAGTGAGTTG GTAAGTCAAC AGGACAGTTC TCCTGTAGAA 
GTACATATAA ACAAAGAAGC TTCCTCATTT GGAATTGCTC AGACTCTAGC ATCCTCATTC 
AAAACTTCCT TTTCCCAGAT TTCTGATGAC AGAAGGAATC CTCAGAGTCC CAACTTGCAG 
AATCCCACAG TCACTTTGCA GAAAATTTTT CCAAATAAGC CTGCCTCTCA TCCAATGAGA 
AGCCATACAG AAGTCACTGT GACCAGCAGC AATTCAGTTG ACTCTCTGCC TCTTGCCAAA 
AGCCAGCCCA ATATCTTGGT CACAGAAGTA AATAATGAGA AAGACTTAAA TGAATCTATT 
TCAGAAGAAG ACAAACAGCT AAGCAAGATG GACCAGACAA ACAAGGCAGG TGAAATACCC 
CAACCTGTTT CACAGACAGG GATCTCAAAC TCTTTACCTG ATTTTCAAAA TCCCTTATCC 
CAGGACTCAG CCAAGAGCAA CGGGTTTGGT TTTAATGCAT CTACCATAAT AAGTTCAAAA 
AAGTCACCCA GAGTCTTTTC CAGGAAAGAT ACCTCCAAAA TGTATATACC GCACACAGAT 
AAATCCAATG ACATTAAACA AGATAAGAGG TTTACTGAAA ACAGAAAACT TGGCTCAACA 
GCTTCCCTTC CTTTCATTCA GGAACACAGA ACACCACCAT CTTTCCCCAG GACAGACCAA 
GGTTGTCACC AGGAATTAAC TGTAAATAAT GAAGATATTT CAAGAATTAT TACAAATAAC 
CACTGGAGCT CTGCACTGAC TGATACTCAA AATGCACAAT ACTCAAAATG CAAGTTAACT 
CCTGGCCACA AGACCTCGTG TGATTCTTTA GATCTGTCAT CAGCTGCACT ACCAGATTCC 
TCACCATCAA AGAATTCTTC CCTTGATGCT CCTGTGGTTC CATCTACTAC AGTGTTCTCC 
AGGAGAAGTC CTTCAGACAA AGATCCATCG CTAGGAGAAA GAGAAGAAAA AGACAATGCT 
GGGAAGAACC AAAAGAATCA GTTTATTGTA AGCCACTCAG AAAACCAAGA GAGAAATGAT 
AGTCCTGTGC CTACACATGA TGAAGTGGTT GATGTCAAAT GCCATTCACA CTCTCCTTTT 
AGGAATGAAA GAGGAAAAGG AAAAATAAGG CATCATATAT CCTGTATTGA AAAGTTAAGC 
AAAACAGAAA GTATATCAGT ACCCACCAGT GATCACAGGA GCCTCATTGA AGCAAATCAA 
AGCAATTCCA AAGTTTCTGA ACTTGACACA ATTTATTGTA CCTTGCCAAG AAAATCAAGC 
AGTTTTCTCA TACATGGCAG GCAGTCAGGA AGTAAAATAA TGGCTGCTTC ATTGAGGAAT 
GGGCCACCTC CCTTCCAAAT CAAAAATAAT GTGGAAGATG CAATGGGGAA CTATATGTTA 
AACAAATTTA GTCCCAGTTC TCCTGAGTCA GCGAATGAAT GTTCCAAAGT CCTTTCAGAC 
TCAGCCCTGG AAGCACCTGA AGCCACAGAG AGAATGACAA ATGTAAAAAG CAGTGGATCT 
ACTTCCGTTA GAAAAGGACC ACTTCCATTC CTCATCAACA GGGCTATGTC ATGTCCCTCA 
GGGGAGCCAC ATGCCTCAAC TGGAAGAGAA GGAAGAAAAA AGCCATTGAC CTCAGGCATG 
GATGCTTCTG AGCTAACACC AAGGGCTTGG GAGAGAATCA TTAGCCCTGT GGAAAGTGAC 
TCATCTGTTA GAGATTGTTC TTTAACCAAA AGACAACACC AAAAGGAAAA CTTCCAAGAA 
TACACTGAGA AAGAGGGTAA AATGGCTGCC TCCAGGAGAA GTGTATTTGC TCTTTCAAAT 
GAAGACCCTT TACCTTTTTG CTCAGACTTG TCAGGAAAAG AACGTGGGAA AACATTACAT 
AAAGTTAAGA CGACTAGTAC GTTTTCTGTT TCTGGTGATG AAGATAATGT AAAATGTCTG 
GAGGTGGTCT CAATATATTA CACTCTACCG AGGAAACCCA GCAAAAAATT CTGTAACCTC 
CTTCAACAGT ATACACAAAA TACTAATTTA CTTATAGAAT CACCTCAAGT GGAGACTGAA 
ACATTTCCTA ACGCTTTAGA AAAAGACAAA CAGAATTATT CTACACGAGA GCAGTCAGGA 
ACACCTTCAT GTGAAAATCT AAAGATGTCC GTCAACTCTG ATCAGACGCT CACCACTGAA 
AATATGACTG CCTTCCGATT ATCAAATAGG GGGCCCCTAG CTCCTACATT ACAGGAAATG 
GCTTCTGTTG AGGCAGCTGT TTCTCTTCCT GAAGAGGAAT CTAAAGCTAG AGAGATTTTT 
TCAGATAATT TAGCTAAAAC ACCTCTAGGT GATTCAGAAA ACAAGAAGGA AAGAGGCAAA 
AAGTTGCAAA GTGAAACCCT GCATACTTCA TTGATGCTTC AGAGAAAAAA TGTATCCGAA 
GAAAAATCTG AAAATTGTCA ACAATCCATT AATTCAAGTA ACAGTGGTCC CTCTAGTCTT 
CCAGCTCTTT CAGAAGTTAA TATTGGAAAT TCCCAAACTA GAAGAAGTTC TTGGGAGTGT 
ACAGGGAGTG GTAGAGCCAT TCCATTTACT GGAAGTGGCA AGTGTCCCCA GAAAGATCAC 
ACATCCACAG CTGTAGGTGA TGGCTCCAGT GGATCACAGC CTAGGGAAGG CAGAGGGGAC 
ATTGGAACCA ACTGCCAAAA AATGACTAAT AAAACACTTT CTCACTCAGA GAGTCAAGTC 
TTTGCCCTTA CTCCAGCATT GCATAAACTA CAGCTTGGTG AGGAGACTCA GTCAGATGAA 
CCAAACTTAG AGAGTCTGCA GTCTGAACCA AGAGAATTAC CTCAAAGAAG TCAGGAGGCA 
AATATGACAG AGAGCAGGAA GGCTGAAGAT GAAATGCAGA AGTCAGCTTG GGATCAACCT 
TCACTTCCTG AAGGAAACAA AAATAAAACC AACTTGGATG ACCTAGTAAA GGGGGAAAAT 
AGATCTTCAG TTAAACACAG ATTGGCAGCC ATGTCTAAAG CCAGCAGAAA ATTCCCAGCT 
AAAGATGTAA GCCCCAGAAG ACATGTAGCT ACTATCTTCC CCCAAAGTGG AAGCAGATCT 
GGCTTTGACC ATTTATCTCT TGGCACAGTG GAGTGCAACC CACTGTTCCC TGAGCCTACT 
CCAAAATCTG CAGAGTCCAT TGGCGAAAGC AGGTTGAGTG AGAACGGAAA GCATGTGAAG 
AAATCCGAGA ACCTTCTCCC CATTACTGTA CTACCCAACA GAGAACCTTC TACACACGTC 
AGCAACCAGA AGTCTAACAG CATTTCACAA CGACATCAGA ATGAGTTTAA AAACGTCTCA 
GAATCACCAT CAAAGCATGA GAATTCTAAA GACGTCACAG CAGCTCAGAA TTTAGTAAGA 
GAATCAGGAG CCCCATCACC CATCACATTC ACCAGCCTCA GGGAAGCAGA ATTCTCTGAC 
AATCAGAGGA GGCTGAGCCC TCCTTTTCCA CTGGAGCCTG CACAGAAATC TAGAGTAAGC 
AGTCCACTGG CCAGTTTTCT GCAGCAACAA AGGAGTGCTT CATCTCTGGA GTGGGAACCT 
GAGCCACACC TCTATCGTTC AAAGAGTTTA AAAAGCATTA ATGTTCATGG CGATCTACTA 
CGAAAAAGCC ATCCTCCAAA AGTCAGGGAG CGCCATTTTT CTGAAAGCAC TTCTATTGAC 
AATGCCCTGA GTCGACTGAC CCTTGGGAAT GAATTCTCTG TCAACAATGG GTACAGTCGA 
AGATTCAGAT CTTTTTCTGA ACTCCCCTCC TGTGATGGAA ATGAAAGTTG GGCTTATCGC 
AGCGGGACAA AAACAGGTCC CAGGTCTGCA ATATCTATAT ACAGACCTAT CGACTATGGG 
ATCTTTGGGA AAGAACAACA GTTAGCTTTC TTAGAAAATG TAAAGAGGTC ACTTACACAA 
GGAAGATTAT GGAAACCAAG TTTTCTTAAG AACCCTGGCT TCCTAAAAGA TGATTTGAGG 
AACCCTCCCA ACCCCTCAGA GTCATTAAGC TCAAATTCTC CCAGTAGTCA GGTGCCAGAA 
GATGGCTTAT CTCCAAGTGA ACCGCTTAAT ATCTATGAGG ATGACCCAGT GGACTCAGAT 
TGTGACACAG ACACAACCAC AGATGATGAA TACTACCTGG ATGAAAATGA CAAAGAGTCA 
GAACTGTGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

EXPH5 ( NM_001308019.2 ) cDNA ORF clone, Homo sapiens(human) -> NP_001294948.1 Homo sapiens exophilin 5 (EXPH5), transcript variant 2, mRNA.

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CloneID	OHu45685
Clone ID Related Accession (Same CDS sequence)	NM_001308019.1 , NM_001308019.2
Accession Version	NM_001308019.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5949bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-08-21
Organism	Homo sapiens(human)
Product	exophilin-5 isoform 2
Comment	Comment: REVIEWED REFSEQ: This record has been curated by NCBI staff. The reference sequence was derived from AP002453.4, AB014524.1, BC117701.1, BC031034.1, BU527461.1, AP005718.3 and AL050204.1. This sequence is a reference standard in the RefSeqGene project. On May 31, 2019 this sequence version replaced NM_001308019.1. Transcript Variant: This variant (2) differs in the 5' UTR and uses an alternate exon in the 5' coding region that results in use of an alternate start codon compared to variant 1. It encodes isoform 2, which is shorter than and has a distinct N-terminus compared to isoform 1. Sequence Note: This RefSeq record was created from transcript and genomic sequence data because no single transcript was available for the full length of the gene. The extent of this transcript is supported by transcript alignments. Publication Note: This RefSeq record includes a subset of the publications that are available for this gene. Please see the Gene record to access additional publications. ##Evidence-Data-START## Transcript exon combination :: AB014524.1, SRR1803615.258824.1 [ECO:0000332] RNAseq introns :: mixed/partial sample support SAMEA1965299, SAMEA1966682 [ECO:0000350] ##Evidence-Data-END## COMPLETENESS: complete on the 3' end.

ATGTCATTAA GTTTCTTAAA TGACGAAGAG GCCAGGAAGA TCCTTCAGGT GCTGGAAAGG 
AATGAGGAGT TACAGAGGGC CGAGAAGGAC AGGATCAGCA AACTTCAGAA GACAAAGAGG 
GATATCAGAT GGCTTCAGGG AGTGACTGGT GAATGGTTTG AAGAAATTCA AAGAAAAAAG 
TTTTGCAATG AAACAGATGT TAGCCAAATG TTAAAACAAC CACTTACATA CAGGCTAAGT 
AAGGAGATGG CAAAAAATGA TCCGATAGAA TTACCTACAT CAAGATCTAA AAATGTAACT 
AATCAAAAAA AGCCGACACC TTTTTCTTCC CGGATGAGCT TCAGATCGTC ATTTGCTTCC 
CTGTTCTCAT TCAGGAAATC TGGAAAGGAG ACTTCAAAGC TTCCATCACT GGGACAGAAA 
GGATGTGATG GCCATGCAGG ACCTCCTATG CCTGTGAGGG GAGCTGCTGT GCAGGCAAAA 
ATATACAATT CACCTCTGGA AAATCATCTA GTTGACAGTA CATTTGTCCC AAAGCCAGCA 
GTCATGAGGG AGGAGAGTGG CATGCCTCCA CCGTGGGATG CTTCACTGCT GGAGAATGAG 
TTTTTCCAAG TTTTAGATGA CTTGGATAGC AAATTGGCTC AGGAACAGTC TGCAAGCTCA 
GTGAATACCA GAACACCCCT CAACTATGGA TCAAGAACAC AGTTCGGTCA CTTTTATTCC 
AGTGGTAACA GACATGGTAA TATCACAGAA AGGCACAAAA AACACTATAA TGAAACTTCC 
AATATGTCTA TCTATGACAT CCTAAGACCA GGAACTCCTA GGGAAGGTTT TAAAACCTTT 
TCTCCTAGGA CAAGCACAAT TTATGATATG TATAGGACAA GGGAGCCCAG AGTCTTTAAA 
GAAGATTATG TGCAAAAGAA TACTTTTGGC AGTACTTCGC TGTGTTTTGA CAGCAGGCAA 
CGGTCGGCCT TACCAGCCAC AGGGCATTTC ACAGCAAGAA GCTTACATTT TCCAGCCACA 
ACTCAGAGCA AGAGTGGGTT TATACCACCA AGGCACCAGC AGAGTCCAAA GAGAACTCCT 
TTATCATCCA TCATATGGAA CAGATCAGAT TCCTCTAGAG ACAGGGAGAA CCAGGAAGAG 
TTCCTGAGGG CACCATCACC AATGGAAATT GATCCCGCTG ACAAGTATGT GTATCCCAGG 
GGTTTTCAGG AGAATAAGAG ATATGAATCG TACCATTCAC AGAATGTTTA CCAACGTGTT 
AGTTTAAATG CTCCCATGGA GAATGCAATG AGTCCCGACA CTTTTGAGAA CTCAGAGAAC 
ATGCCATTCT ACCATCAAAG CAACACATTT ACCAGATCTT TCTTCAGCAA TACCTTTGGA 
CGAAGCGGAG AACAGAGGAG ATTTGGACAA GGTCCTTTTT GGGGCCAAGA GAAAGGACAT 
TCTTTCTGGT CTGACTTTCA TCGAAGCAGG AAATCATTCA GTTCTTCTGA CAGAGACTTT 
GAAATGATTT CCATGGAAGC AAATAGTGTA TCAGCCATTC ATGGCCATAA TGTTTCTTCT 
GAACACTGGG AATCATTTTC TTCTGGTTAT GGAACAGATG TTTCCAGAGG CCAAGAAGAG 
CCACATCCTT GGCAGTTTGA TTTTCAGAGA TCCACACTGG ATAGCATGGT GGTATCACAT 
GGTAATGAGA CCCAGTTGAC TCCTCATTTT GGCACACCAA ATGTTTGCTC CATGACTGGT 
TCAAGCTATC ACGTCAAATC TAGTGAGTTG GTAAGTCAAC AGGACAGTTC TCCTGTAGAA 
GTACATATAA ACAAAGAAGC TTCCTCATTT GGAATTGCTC AGACTCTAGC ATCCTCATTC 
AAAACTTCCT TTTCCCAGAT TTCTGATGAC AGAAGGAATC CTCAGAGTCC CAACTTGCAG 
AATCCCACAG TCACTTTGCA GAAAATTTTT CCAAATAAGC CTGCCTCTCA TCCAATGAGA 
AGCCATACAG AAGTCACTGT GACCAGCAGC AATTCAGTTG ACTCTCTGCC TCTTGCCAAA 
AGCCAGCCCA ATATCTTGGT CACAGAAGTA AATAATGAGA AAGACTTAAA TGAATCTATT 
TCAGAAGAAG ACAAACAGCT AAGCAAGATG GACCAGACAA ACAAGGCAGG TGAAATACCC 
CAACCTGTTT CACAGACAGG GATCTCAAAC TCTTTACCTG ATTTTCAAAA TCCCTTATCC 
CAGGACTCAG CCAAGAGCAA CGGGTTTGGT TTTAATGCAT CTACCATAAT AAGTTCAAAA 
AAGTCACCCA GAGTCTTTTC CAGGAAAGAT ACCTCCAAAA TGTATATACC GCACACAGAT 
AAATCCAATG ACATTAAACA AGATAAGAGG TTTACTGAAA ACAGAAAACT TGGCTCAACA 
GCTTCCCTTC CTTTCATTCA GGAACACAGA ACACCACCAT CTTTCCCCAG GACAGACCAA 
GGTTGTCACC AGGAATTAAC TGTAAATAAT GAAGATATTT CAAGAATTAT TACAAATAAC 
CACTGGAGCT CTGCACTGAC TGATACTCAA AATGCACAAT ACTCAAAATG CAAGTTAACT 
CCTGGCCACA AGACCTCGTG TGATTCTTTA GATCTGTCAT CAGCTGCACT ACCAGATTCC 
TCACCATCAA AGAATTCTTC CCTTGATGCT CCTGTGGTTC CATCTACTAC AGTGTTCTCC 
AGGAGAAGTC CTTCAGACAA AGATCCATCG CTAGGAGAAA GAGAAGAAAA AGACAATGCT 
GGGAAGAACC AAAAGAATCA GTTTATTGTA AGCCACTCAG AAAACCAAGA GAGAAATGAT 
AGTCCTGTGC CTACACATGA TGAAGTGGTT GATGTCAAAT GCCATTCACA CTCTCCTTTT 
AGGAATGAAA GAGGAAAAGG AAAAATAAGG CATCATATAT CCTGTATTGA AAAGTTAAGC 
AAAACAGAAA GTATATCAGT ACCCACCAGT GATCACAGGA GCCTCATTGA AGCAAATCAA 
AGCAATTCCA AAGTTTCTGA ACTTGACACA ATTTATTGTA CCTTGCCAAG AAAATCAAGC 
AGTTTTCTCA TACATGGCAG GCAGTCAGGA AGTAAAATAA TGGCTGCTTC ATTGAGGAAT 
GGGCCACCTC CCTTCCAAAT CAAAAATAAT GTGGAAGATG CAATGGGGAA CTATATGTTA 
AACAAATTTA GTCCCAGTTC TCCTGAGTCA GCGAATGAAT GTTCCAAAGT CCTTTCAGAC 
TCAGCCCTGG AAGCACCTGA AGCCACAGAG AGAATGACAA ATGTAAAAAG CAGTGGATCT 
ACTTCCGTTA GAAAAGGACC ACTTCCATTC CTCATCAACA GGGCTATGTC ATGTCCCTCA 
GGGGAGCCAC ATGCCTCAAC TGGAAGAGAA GGAAGAAAAA AGCCATTGAC CTCAGGCATG 
GATGCTTCTG AGCTAACACC AAGGGCTTGG GAGAGAATCA TTAGCCCTGT GGAAAGTGAC 
TCATCTGTTA GAGATTGTTC TTTAACCAAA AGACAACACC AAAAGGAAAA CTTCCAAGAA 
TACACTGAGA AAGAGGGTAA AATGGCTGCC TCCAGGAGAA GTGTATTTGC TCTTTCAAAT 
GAAGACCCTT TACCTTTTTG CTCAGACTTG TCAGGAAAAG AACGTGGGAA AACATTACAT 
AAAGTTAAGA CGACTAGTAC GTTTTCTGTT TCTGGTGATG AAGATAATGT AAAATGTCTG 
GAGGTGGTCT CAATATATTA CACTCTACCG AGGAAACCCA GCAAAAAATT CTGTAACCTC 
CTTCAACAGT ATACACAAAA TACTAATTTA CTTATAGAAT CACCTCAAGT GGAGACTGAA 
ACATTTCCTA ACGCTTTAGA AAAAGACAAA CAGAATTATT CTACACGAGA GCAGTCAGGA 
ACACCTTCAT GTGAAAATCT AAAGATGTCC GTCAACTCTG ATCAGACGCT CACCACTGAA 
AATATGACTG CCTTCCGATT ATCAAATAGG GGGCCCCTAG CTCCTACATT ACAGGAAATG 
GCTTCTGTTG AGGCAGCTGT TTCTCTTCCT GAAGAGGAAT CTAAAGCTAG AGAGATTTTT 
TCAGATAATT TAGCTAAAAC ACCTCTAGGT GATTCAGAAA ACAAGAAGGA AAGAGGCAAA 
AAGTTGCAAA GTGAAACCCT GCATACTTCA TTGATGCTTC AGAGAAAAAA TGTATCCGAA 
GAAAAATCTG AAAATTGTCA ACAATCCATT AATTCAAGTA ACAGTGGTCC CTCTAGTCTT 
CCAGCTCTTT CAGAAGTTAA TATTGGAAAT TCCCAAACTA GAAGAAGTTC TTGGGAGTGT 
ACAGGGAGTG GTAGAGCCAT TCCATTTACT GGAAGTGGCA AGTGTCCCCA GAAAGATCAC 
ACATCCACAG CTGTAGGTGA TGGCTCCAGT GGATCACAGC CTAGGGAAGG CAGAGGGGAC 
ATTGGAACCA ACTGCCAAAA AATGACTAAT AAAACACTTT CTCACTCAGA GAGTCAAGTC 
TTTGCCCTTA CTCCAGCATT GCATAAACTA CAGCTTGGTG AGGAGACTCA GTCAGATGAA 
CCAAACTTAG AGAGTCTGCA GTCTGAACCA AGAGAATTAC CTCAAAGAAG TCAGGAGGCA 
AATATGACAG AGAGCAGGAA GGCTGAAGAT GAAATGCAGA AGTCAGCTTG GGATCAACCT 
TCACTTCCTG AAGGAAACAA AAATAAAACC AACTTGGATG ACCTAGTAAA GGGGGAAAAT 
AGATCTTCAG TTAAACACAG ATTGGCAGCC ATGTCTAAAG CCAGCAGAAA ATTCCCAGCT 
AAAGATGTAA GCCCCAGAAG ACATGTAGCT ACTATCTTCC CCCAAAGTGG AAGCAGATCT 
GGCTTTGACC ATTTATCTCT TGGCACAGTG GAGTGCAACC CACTGTTCCC TGAGCCTACT 
CCAAAATCTG CAGAGTCCAT TGGCGAAAGC AGGTTGAGTG AGAACGGAAA GCATGTGAAG 
AAATCCGAGA ACCTTCTCCC CATTACTGTA CTACCCAACA GAGAACCTTC TACACACGTC 
AGCAACCAGA AGTCTAACAG CATTTCACAA CGACATCAGA ATGAGTTTAA AAACGTCTCA 
GAATCACCAT CAAAGCATGA GAATTCTAAA GACGTCACAG CAGCTCAGAA TTTAGTAAGA 
GAATCAGGAG CCCCATCACC CATCACATTC ACCAGCCTCA GGGAAGCAGA ATTCTCTGAC 
AATCAGAGGA GGCTGAGCCC TCCTTTTCCA CTGGAGCCTG CACAGAAATC TAGAGTAAGC 
AGTCCACTGG CCAGTTTTCT GCAGCAACAA AGGAGTGCTT CATCTCTGGA GTGGGAACCT 
GAGCCACACC TCTATCGTTC AAAGAGTTTA AAAAGCATTA ATGTTCATGG CGATCTACTA 
CGAAAAAGCC ATCCTCCAAA AGTCAGGGAG CGCCATTTTT CTGAAAGCAC TTCTATTGAC 
AATGCCCTGA GTCGACTGAC CCTTGGGAAT GAATTCTCTG TCAACAATGG GTACAGTCGA 
AGATTCAGAT CTTTTTCTGA ACTCCCCTCC TGTGATGGAA ATGAAAGTTG GGCTTATCGC 
AGCGGGACAA AAACAGGTCC CAGGTCTGCA ATATCTATAT ACAGACCTAT CGACTATGGG 
ATCTTTGGGA AAGAACAACA GTTAGCTTTC TTAGAAAATG TAAAGAGGTC ACTTACACAA 
GGAAGATTAT GGAAACCAAG TTTTCTTAAG AACCCTGGCT TCCTAAAAGA TGATTTGAGG 
AACCCTCCCA ACCCCTCAGA GTCATTAAGC TCAAATTCTC CCAGTAGTCA GGTGCCAGAA 
GATGGCTTAT CTCCAAGTGA ACCGCTTAAT ATCTATGAGG ATGACCCAGT GGACTCAGAT 
TGTGACACAG ACACAACCAC AGATGATGAA TACTACCTGG ATGAAAATGA CAAAGAGTCA 
GAACTGTGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	NP_001294948.1
CDS	36..5984
Translation	MSLSFLNDEEARKILQVLERNEELQRAEKDRISKLQKTKRDIRWLQGVTGEWFEEIQRKKFCNETDVSQMLKQPLTYRLSKEMAKNDPIELPTSRSKNVTNQKKPTPFSSRMSFRSSFASLFSFRKSGKETSKLPSLGQKGCDGHAGPPMPVRGAAVQAKIYNSPLENHLVDSTFVPKPAVMREESGMPPPWDASLLENEFFQVLDDLDSKLAQEQSASSVNTRTPLNYGSRTQFGHFYSSGNRHGNITERHKKHYNETSNMSIYDILRPGTPREGFKTFSPRTSTIYDMYRTREPRVFKEDYVQKNTFGSTSLCFDSRQRSALPATGHFTARSLHFPATTQSKSGFIPPRHQQSPKRTPLSSIIWNRSDSSRDRENQEEFLRAPSPMEIDPADKYVYPRGFQENKRYESYHSQNVYQRVSLNAPMENAMSPDTFENSENMPFYHQSNTFTRSFFSNTFGRSGEQRRFGQGPFWGQEKGHSFWSDFHRSRKSFSSSDRDFEMISMEANSVSAIHGHNVSSEHWESFSSGYGTDVSRGQEEPHPWQFDFQRSTLDSMVVSHGNETQLTPHFGTPNVCSMTGSSYHVKSSELVSQQDSSPVEVHINKEASSFGIAQTLASSFKTSFSQISDDRRNPQSPNLQNPTVTLQKIFPNKPASHPMRSHTEVTVTSSNSVDSLPLAKSQPNILVTEVNNEKDLNESISEEDKQLSKMDQTNKAGEIPQPVSQTGISNSLPDFQNPLSQDSAKSNGFGFNASTIISSKKSPRVFSRKDTSKMYIPHTDKSNDIKQDKRFTENRKLGSTASLPFIQEHRTPPSFPRTDQGCHQELTVNNEDISRIITNNHWSSALTDTQNAQYSKCKLTPGHKTSCDSLDLSSAALPDSSPSKNSSLDAPVVPSTTVFSRRSPSDKDPSLGEREEKDNAGKNQKNQFIVSHSENQERNDSPVPTHDEVVDVKCHSHSPFRNERGKGKIRHHISCIEKLSKTESISVPTSDHRSLIEANQSNSKVSELDTIYCTLPRKSSSFLIHGRQSGSKIMAASLRNGPPPFQIKNNVEDAMGNYMLNKFSPSSPESANECSKVLSDSALEAPEATERMTNVKSSGSTSVRKGPLPFLINRAMSCPSGEPHASTGREGRKKPLTSGMDASELTPRAWERIISPVESDSSVRDCSLTKRQHQKENFQEYTEKEGKMAASRRSVFALSNEDPLPFCSDLSGKERGKTLHKVKTTSTFSVSGDEDNVKCLEVVSIYYTLPRKPSKKFCNLLQQYTQNTNLLIESPQVETETFPNALEKDKQNYSTREQSGTPSCENLKMSVNSDQTLTTENMTAFRLSNRGPLAPTLQEMASVEAAVSLPEEESKAREIFSDNLAKTPLGDSENKKERGKKLQSETLHTSLMLQRKNVSEEKSENCQQSINSSNSGPSSLPALSEVNIGNSQTRRSSWECTGSGRAIPFTGSGKCPQKDHTSTAVGDGSSGSQPREGRGDIGTNCQKMTNKTLSHSESQVFALTPALHKLQLGEETQSDEPNLESLQSEPRELPQRSQEANMTESRKAEDEMQKSAWDQPSLPEGNKNKTNLDDLVKGENRSSVKHRLAAMSKASRKFPAKDVSPRRHVATIFPQSGSRSGFDHLSLGTVECNPLFPEPTPKSAESIGESRLSENGKHVKKSENLLPITVLPNREPSTHVSNQKSNSISQRHQNEFKNVSESPSKHENSKDVTAAQNLVRESGAPSPITFTSLREAEFSDNQRRLSPPFPLEPAQKSRVSSPLASFLQQQRSASSLEWEPEPHLYRSKSLKSINVHGDLLRKSHPPKVRERHFSESTSIDNALSRLTLGNEFSVNNGYSRRFRSFSELPSCDGNESWAYRSGTKTGPRSAISIYRPIDYGIFGKEQQLAFLENVKRSLTQGRLWKPSFLKNPGFLKDDLRNPPNPSESLSSNSPSSQVPEDGLSPSEPLNIYEDDPVDSDCDTDTTTDDEYYLDENDKESEL

Target ORF information:

RefSeq Version	NM_001308019.2
Organism	Homo sapiens(human)
Definition	Homo sapiens exophilin 5 (EXPH5), transcript variant 2, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

NM_001308019.2

ORF Insert Sequence:

ATGTCATTAA GTTTCTTAAA TGACGAAGAG GCCAGGAAGA TCCTTCAGGT GCTGGAAAGG 
AATGAGGAGT TACAGAGGGC CGAGAAGGAC AGGATCAGCA AACTTCAGAA GACAAAGAGG 
GATATCAGAT GGCTTCAGGG AGTGACTGGT GAATGGTTTG AAGAAATTCA AAGAAAAAAG 
TTTTGCAATG AAACAGATGT TAGCCAAATG TTAAAACAAC CACTTACATA CAGGCTAAGT 
AAGGAGATGG CAAAAAATGA TCCGATAGAA TTACCTACAT CAAGATCTAA AAATGTAACT 
AATCAAAAAA AGCCGACACC TTTTTCTTCC CGGATGAGCT TCAGATCGTC ATTTGCTTCC 
CTGTTCTCAT TCAGGAAATC TGGAAAGGAG ACTTCAAAGC TTCCATCACT GGGACAGAAA 
GGATGTGATG GCCATGCAGG ACCTCCTATG CCTGTGAGGG GAGCTGCTGT GCAGGCAAAA 
ATATACAATT CACCTCTGGA AAATCATCTA GTTGACAGTA CATTTGTCCC AAAGCCAGCA 
GTCATGAGGG AGGAGAGTGG CATGCCTCCA CCGTGGGATG CTTCACTGCT GGAGAATGAG 
TTTTTCCAAG TTTTAGATGA CTTGGATAGC AAATTGGCTC AGGAACAGTC TGCAAGCTCA 
GTGAATACCA GAACACCCCT CAACTATGGA TCAAGAACAC AGTTCGGTCA CTTTTATTCC 
AGTGGTAACA GACATGGTAA TATCACAGAA AGGCACAAAA AACACTATAA TGAAACTTCC 
AATATGTCTA TCTATGACAT CCTAAGACCA GGAACTCCTA GGGAAGGTTT TAAAACCTTT 
TCTCCTAGGA CAAGCACAAT TTATGATATG TATAGGACAA GGGAGCCCAG AGTCTTTAAA 
GAAGATTATG TGCAAAAGAA TACTTTTGGC AGTACTTCGC TGTGTTTTGA CAGCAGGCAA 
CGGTCGGCCT TACCAGCCAC AGGGCATTTC ACAGCAAGAA GCTTACATTT TCCAGCCACA 
ACTCAGAGCA AGAGTGGGTT TATACCACCA AGGCACCAGC AGAGTCCAAA GAGAACTCCT 
TTATCATCCA TCATATGGAA CAGATCAGAT TCCTCTAGAG ACAGGGAGAA CCAGGAAGAG 
TTCCTGAGGG CACCATCACC AATGGAAATT GATCCCGCTG ACAAGTATGT GTATCCCAGG 
GGTTTTCAGG AGAATAAGAG ATATGAATCG TACCATTCAC AGAATGTTTA CCAACGTGTT 
AGTTTAAATG CTCCCATGGA GAATGCAATG AGTCCCGACA CTTTTGAGAA CTCAGAGAAC 
ATGCCATTCT ACCATCAAAG CAACACATTT ACCAGATCTT TCTTCAGCAA TACCTTTGGA 
CGAAGCGGAG AACAGAGGAG ATTTGGACAA GGTCCTTTTT GGGGCCAAGA GAAAGGACAT 
TCTTTCTGGT CTGACTTTCA TCGAAGCAGG AAATCATTCA GTTCTTCTGA CAGAGACTTT 
GAAATGATTT CCATGGAAGC AAATAGTGTA TCAGCCATTC ATGGCCATAA TGTTTCTTCT 
GAACACTGGG AATCATTTTC TTCTGGTTAT GGAACAGATG TTTCCAGAGG CCAAGAAGAG 
CCACATCCTT GGCAGTTTGA TTTTCAGAGA TCCACACTGG ATAGCATGGT GGTATCACAT 
GGTAATGAGA CCCAGTTGAC TCCTCATTTT GGCACACCAA ATGTTTGCTC CATGACTGGT 
TCAAGCTATC ACGTCAAATC TAGTGAGTTG GTAAGTCAAC AGGACAGTTC TCCTGTAGAA 
GTACATATAA ACAAAGAAGC TTCCTCATTT GGAATTGCTC AGACTCTAGC ATCCTCATTC 
AAAACTTCCT TTTCCCAGAT TTCTGATGAC AGAAGGAATC CTCAGAGTCC CAACTTGCAG 
AATCCCACAG TCACTTTGCA GAAAATTTTT CCAAATAAGC CTGCCTCTCA TCCAATGAGA 
AGCCATACAG AAGTCACTGT GACCAGCAGC AATTCAGTTG ACTCTCTGCC TCTTGCCAAA 
AGCCAGCCCA ATATCTTGGT CACAGAAGTA AATAATGAGA AAGACTTAAA TGAATCTATT 
TCAGAAGAAG ACAAACAGCT AAGCAAGATG GACCAGACAA ACAAGGCAGG TGAAATACCC 
CAACCTGTTT CACAGACAGG GATCTCAAAC TCTTTACCTG ATTTTCAAAA TCCCTTATCC 
CAGGACTCAG CCAAGAGCAA CGGGTTTGGT TTTAATGCAT CTACCATAAT AAGTTCAAAA 
AAGTCACCCA GAGTCTTTTC CAGGAAAGAT ACCTCCAAAA TGTATATACC GCACACAGAT 
AAATCCAATG ACATTAAACA AGATAAGAGG TTTACTGAAA ACAGAAAACT TGGCTCAACA 
GCTTCCCTTC CTTTCATTCA GGAACACAGA ACACCACCAT CTTTCCCCAG GACAGACCAA 
GGTTGTCACC AGGAATTAAC TGTAAATAAT GAAGATATTT CAAGAATTAT TACAAATAAC 
CACTGGAGCT CTGCACTGAC TGATACTCAA AATGCACAAT ACTCAAAATG CAAGTTAACT 
CCTGGCCACA AGACCTCGTG TGATTCTTTA GATCTGTCAT CAGCTGCACT ACCAGATTCC 
TCACCATCAA AGAATTCTTC CCTTGATGCT CCTGTGGTTC CATCTACTAC AGTGTTCTCC 
AGGAGAAGTC CTTCAGACAA AGATCCATCG CTAGGAGAAA GAGAAGAAAA AGACAATGCT 
GGGAAGAACC AAAAGAATCA GTTTATTGTA AGCCACTCAG AAAACCAAGA GAGAAATGAT 
AGTCCTGTGC CTACACATGA TGAAGTGGTT GATGTCAAAT GCCATTCACA CTCTCCTTTT 
AGGAATGAAA GAGGAAAAGG AAAAATAAGG CATCATATAT CCTGTATTGA AAAGTTAAGC 
AAAACAGAAA GTATATCAGT ACCCACCAGT GATCACAGGA GCCTCATTGA AGCAAATCAA 
AGCAATTCCA AAGTTTCTGA ACTTGACACA ATTTATTGTA CCTTGCCAAG AAAATCAAGC 
AGTTTTCTCA TACATGGCAG GCAGTCAGGA AGTAAAATAA TGGCTGCTTC ATTGAGGAAT 
GGGCCACCTC CCTTCCAAAT CAAAAATAAT GTGGAAGATG CAATGGGGAA CTATATGTTA 
AACAAATTTA GTCCCAGTTC TCCTGAGTCA GCGAATGAAT GTTCCAAAGT CCTTTCAGAC 
TCAGCCCTGG AAGCACCTGA AGCCACAGAG AGAATGACAA ATGTAAAAAG CAGTGGATCT 
ACTTCCGTTA GAAAAGGACC ACTTCCATTC CTCATCAACA GGGCTATGTC ATGTCCCTCA 
GGGGAGCCAC ATGCCTCAAC TGGAAGAGAA GGAAGAAAAA AGCCATTGAC CTCAGGCATG 
GATGCTTCTG AGCTAACACC AAGGGCTTGG GAGAGAATCA TTAGCCCTGT GGAAAGTGAC 
TCATCTGTTA GAGATTGTTC TTTAACCAAA AGACAACACC AAAAGGAAAA CTTCCAAGAA 
TACACTGAGA AAGAGGGTAA AATGGCTGCC TCCAGGAGAA GTGTATTTGC TCTTTCAAAT 
GAAGACCCTT TACCTTTTTG CTCAGACTTG TCAGGAAAAG AACGTGGGAA AACATTACAT 
AAAGTTAAGA CGACTAGTAC GTTTTCTGTT TCTGGTGATG AAGATAATGT AAAATGTCTG 
GAGGTGGTCT CAATATATTA CACTCTACCG AGGAAACCCA GCAAAAAATT CTGTAACCTC 
CTTCAACAGT ATACACAAAA TACTAATTTA CTTATAGAAT CACCTCAAGT GGAGACTGAA 
ACATTTCCTA ACGCTTTAGA AAAAGACAAA CAGAATTATT CTACACGAGA GCAGTCAGGA 
ACACCTTCAT GTGAAAATCT AAAGATGTCC GTCAACTCTG ATCAGACGCT CACCACTGAA 
AATATGACTG CCTTCCGATT ATCAAATAGG GGGCCCCTAG CTCCTACATT ACAGGAAATG 
GCTTCTGTTG AGGCAGCTGT TTCTCTTCCT GAAGAGGAAT CTAAAGCTAG AGAGATTTTT 
TCAGATAATT TAGCTAAAAC ACCTCTAGGT GATTCAGAAA ACAAGAAGGA AAGAGGCAAA 
AAGTTGCAAA GTGAAACCCT GCATACTTCA TTGATGCTTC AGAGAAAAAA TGTATCCGAA 
GAAAAATCTG AAAATTGTCA ACAATCCATT AATTCAAGTA ACAGTGGTCC CTCTAGTCTT 
CCAGCTCTTT CAGAAGTTAA TATTGGAAAT TCCCAAACTA GAAGAAGTTC TTGGGAGTGT 
ACAGGGAGTG GTAGAGCCAT TCCATTTACT GGAAGTGGCA AGTGTCCCCA GAAAGATCAC 
ACATCCACAG CTGTAGGTGA TGGCTCCAGT GGATCACAGC CTAGGGAAGG CAGAGGGGAC 
ATTGGAACCA ACTGCCAAAA AATGACTAAT AAAACACTTT CTCACTCAGA GAGTCAAGTC 
TTTGCCCTTA CTCCAGCATT GCATAAACTA CAGCTTGGTG AGGAGACTCA GTCAGATGAA 
CCAAACTTAG AGAGTCTGCA GTCTGAACCA AGAGAATTAC CTCAAAGAAG TCAGGAGGCA 
AATATGACAG AGAGCAGGAA GGCTGAAGAT GAAATGCAGA AGTCAGCTTG GGATCAACCT 
TCACTTCCTG AAGGAAACAA AAATAAAACC AACTTGGATG ACCTAGTAAA GGGGGAAAAT 
AGATCTTCAG TTAAACACAG ATTGGCAGCC ATGTCTAAAG CCAGCAGAAA ATTCCCAGCT 
AAAGATGTAA GCCCCAGAAG ACATGTAGCT ACTATCTTCC CCCAAAGTGG AAGCAGATCT 
GGCTTTGACC ATTTATCTCT TGGCACAGTG GAGTGCAACC CACTGTTCCC TGAGCCTACT 
CCAAAATCTG CAGAGTCCAT TGGCGAAAGC AGGTTGAGTG AGAACGGAAA GCATGTGAAG 
AAATCCGAGA ACCTTCTCCC CATTACTGTA CTACCCAACA GAGAACCTTC TACACACGTC 
AGCAACCAGA AGTCTAACAG CATTTCACAA CGACATCAGA ATGAGTTTAA AAACGTCTCA 
GAATCACCAT CAAAGCATGA GAATTCTAAA GACGTCACAG CAGCTCAGAA TTTAGTAAGA 
GAATCAGGAG CCCCATCACC CATCACATTC ACCAGCCTCA GGGAAGCAGA ATTCTCTGAC 
AATCAGAGGA GGCTGAGCCC TCCTTTTCCA CTGGAGCCTG CACAGAAATC TAGAGTAAGC 
AGTCCACTGG CCAGTTTTCT GCAGCAACAA AGGAGTGCTT CATCTCTGGA GTGGGAACCT 
GAGCCACACC TCTATCGTTC AAAGAGTTTA AAAAGCATTA ATGTTCATGG CGATCTACTA 
CGAAAAAGCC ATCCTCCAAA AGTCAGGGAG CGCCATTTTT CTGAAAGCAC TTCTATTGAC 
AATGCCCTGA GTCGACTGAC CCTTGGGAAT GAATTCTCTG TCAACAATGG GTACAGTCGA 
AGATTCAGAT CTTTTTCTGA ACTCCCCTCC TGTGATGGAA ATGAAAGTTG GGCTTATCGC 
AGCGGGACAA AAACAGGTCC CAGGTCTGCA ATATCTATAT ACAGACCTAT CGACTATGGG 
ATCTTTGGGA AAGAACAACA GTTAGCTTTC TTAGAAAATG TAAAGAGGTC ACTTACACAA 
GGAAGATTAT GGAAACCAAG TTTTCTTAAG AACCCTGGCT TCCTAAAAGA TGATTTGAGG 
AACCCTCCCA ACCCCTCAGA GTCATTAAGC TCAAATTCTC CCAGTAGTCA GGTGCCAGAA 
GATGGCTTAT CTCCAAGTGA ACCGCTTAAT ATCTATGAGG ATGACCCAGT GGACTCAGAT 
TGTGACACAG ACACAACCAC AGATGATGAA TACTACCTGG ATGAAAATGA CAAAGAGTCA 
GAACTGTGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

EXPH5 ( NM_001144764.2 ) cDNA ORF clone, Homo sapiens(human) -> NP_001138236.1 Homo sapiens exophilin 5 (EXPH5), transcript variant 5, mRNA.

Price & Availability↑

CloneID	OHu45686
Clone ID Related Accession (Same CDS sequence)	NM_001144764.2 , XM_017017402.1 , NM_001144764.1
Accession Version	NM_001144764.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5502bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-08-20
Organism	Homo sapiens(human)
Product	exophilin-5 isoform 5
Comment	Comment: REVIEWED REFSEQ: This record has been curated by NCBI staff. The reference sequence was derived from AK303993.1, BC117701.1, KF455497.1, AP005718.3 and AL050204.1. On May 31, 2019 this sequence version replaced NM_001144764.1. Transcript Variant: This variant (5) represents use of an alternate promoter and therefore differs in the 5' UTR and 5' coding region, compared to variant 1. These differences cause translation initiation at a downstream start codon and result in an isoform (5) with a shorter N-terminus, compared to isoform 1. Sequence Note: This RefSeq record was created from transcript and genomic sequence data to make the sequence consistent with the reference genome assembly. The genomic coordinates used for the transcript record were based on transcript alignments. Publication Note: This RefSeq record includes a subset of the publications that are available for this gene. Please see the Gene record to access additional publications. ##Evidence-Data-START## Transcript exon combination :: SRR1660803.193596.1, SRR7346977.2545886.1 [ECO:0000332] RNAseq introns :: mixed/partial sample support SAMEA1965299, SAMEA1968540 [ECO:0000350] ##Evidence-Data-END## COMPLETENESS: complete on the 3' end.

ATGCCTGTGA GGGGAGCTGC TGTGCAGGCA AAAATATACA ATTCACCTCT GGAAAATCAT 
CTAGTTGACA GTACATTTGT CCCAAAGCCA GCAGTCATGA GGGAGGAGAG TGGCATGCCT 
CCACCGTGGG ATGCTTCACT GCTGGAGAAT GAGTTTTTCC AAGTTTTAGA TGACTTGGAT 
AGCAAATTGG CTCAGGAACA GTCTGCAAGC TCAGTGAATA CCAGAACACC CCTCAACTAT 
GGATCAAGAA CACAGTTCGG TCACTTTTAT TCCAGTGGTA ACAGACATGG TAATATCACA 
GAAAGGCACA AAAAACACTA TAATGAAACT TCCAATATGT CTATCTATGA CATCCTAAGA 
CCAGGAACTC CTAGGGAAGG TTTTAAAACC TTTTCTCCTA GGACAAGCAC AATTTATGAT 
ATGTATAGGA CAAGGGAGCC CAGAGTCTTT AAAGAAGATT ATGTGCAAAA GAATACTTTT 
GGCAGTACTT CGCTGTGTTT TGACAGCAGG CAACGGTCGG CCTTACCAGC CACAGGGCAT 
TTCACAGCAA GAAGCTTACA TTTTCCAGCC ACAACTCAGA GCAAGAGTGG GTTTATACCA 
CCAAGGCACC AGCAGAGTCC AAAGAGAACT CCTTTATCAT CCATCATATG GAACAGATCA 
GATTCCTCTA GAGACAGGGA GAACCAGGAA GAGTTCCTGA GGGCACCATC ACCAATGGAA 
ATTGATCCCG CTGACAAGTA TGTGTATCCC AGGGGTTTTC AGGAGAATAA GAGATATGAA 
TCGTACCATT CACAGAATGT TTACCAACGT GTTAGTTTAA ATGCTCCCAT GGAGAATGCA 
ATGAGTCCCG ACACTTTTGA GAACTCAGAG AACATGCCAT TCTACCATCA AAGCAACACA 
TTTACCAGAT CTTTCTTCAG CAATACCTTT GGACGAAGCG GAGAACAGAG GAGATTTGGA 
CAAGGTCCTT TTTGGGGCCA AGAGAAAGGA CATTCTTTCT GGTCTGACTT TCATCGAAGC 
AGGAAATCAT TCAGTTCTTC TGACAGAGAC TTTGAAATGA TTTCCATGGA AGCAAATAGT 
GTATCAGCCA TTCATGGCCA TAATGTTTCT TCTGAACACT GGGAATCATT TTCTTCTGGT 
TATGGAACAG ATGTTTCCAG AGGCCAAGAA GAGCCACATC CTTGGCAGTT TGATTTTCAG 
AGATCCACAC TGGATAGCAT GGTGGTATCA CATGGTAATG AGACCCAGTT GACTCCTCAT 
TTTGGCACAC CAAATGTTTG CTCCATGACT GGTTCAAGCT ATCACGTCAA ATCTAGTGAG 
TTGGTAAGTC AACAGGACAG TTCTCCTGTA GAAGTACATA TAAACAAAGA AGCTTCCTCA 
TTTGGAATTG CTCAGACTCT AGCATCCTCA TTCAAAACTT CCTTTTCCCA GATTTCTGAT 
GACAGAAGGA ATCCTCAGAG TCCCAACTTG CAGAATCCCA CAGTCACTTT GCAGAAAATT 
TTTCCAAATA AGCCTGCCTC TCATCCAATG AGAAGCCATA CAGAAGTCAC TGTGACCAGC 
AGCAATTCAG TTGACTCTCT GCCTCTTGCC AAAAGCCAGC CCAATATCTT GGTCACAGAA 
GTAAATAATG AGAAAGACTT AAATGAATCT ATTTCAGAAG AAGACAAACA GCTAAGCAAG 
ATGGACCAGA CAAACAAGGC AGGTGAAATA CCCCAACCTG TTTCACAGAC AGGGATCTCA 
AACTCTTTAC CTGATTTTCA AAATCCCTTA TCCCAGGACT CAGCCAAGAG CAACGGGTTT 
GGTTTTAATG CATCTACCAT AATAAGTTCA AAAAAGTCAC CCAGAGTCTT TTCCAGGAAA 
GATACCTCCA AAATGTATAT ACCGCACACA GATAAATCCA ATGACATTAA ACAAGATAAG 
AGGTTTACTG AAAACAGAAA ACTTGGCTCA ACAGCTTCCC TTCCTTTCAT TCAGGAACAC 
AGAACACCAC CATCTTTCCC CAGGACAGAC CAAGGTTGTC ACCAGGAATT AACTGTAAAT 
AATGAAGATA TTTCAAGAAT TATTACAAAT AACCACTGGA GCTCTGCACT GACTGATACT 
CAAAATGCAC AATACTCAAA ATGCAAGTTA ACTCCTGGCC ACAAGACCTC GTGTGATTCT 
TTAGATCTGT CATCAGCTGC ACTACCAGAT TCCTCACCAT CAAAGAATTC TTCCCTTGAT 
GCTCCTGTGG TTCCATCTAC TACAGTGTTC TCCAGGAGAA GTCCTTCAGA CAAAGATCCA 
TCGCTAGGAG AAAGAGAAGA AAAAGACAAT GCTGGGAAGA ACCAAAAGAA TCAGTTTATT 
GTAAGCCACT CAGAAAACCA AGAGAGAAAT GATAGTCCTG TGCCTACACA TGATGAAGTG 
GTTGATGTCA AATGCCATTC ACACTCTCCT TTTAGGAATG AAAGAGGAAA AGGAAAAATA 
AGGCATCATA TATCCTGTAT TGAAAAGTTA AGCAAAACAG AAAGTATATC AGTACCCACC 
AGTGATCACA GGAGCCTCAT TGAAGCAAAT CAAAGCAATT CCAAAGTTTC TGAACTTGAC 
ACAATTTATT GTACCTTGCC AAGAAAATCA AGCAGTTTTC TCATACATGG CAGGCAGTCA 
GGAAGTAAAA TAATGGCTGC TTCATTGAGG AATGGGCCAC CTCCCTTCCA AATCAAAAAT 
AATGTGGAAG ATGCAATGGG GAACTATATG TTAAACAAAT TTAGTCCCAG TTCTCCTGAG 
TCAGCGAATG AATGTTCCAA AGTCCTTTCA GACTCAGCCC TGGAAGCACC TGAAGCCACA 
GAGAGAATGA CAAATGTAAA AAGCAGTGGA TCTACTTCCG TTAGAAAAGG ACCACTTCCA 
TTCCTCATCA ACAGGGCTAT GTCATGTCCC TCAGGGGAGC CACATGCCTC AACTGGAAGA 
GAAGGAAGAA AAAAGCCATT GACCTCAGGC ATGGATGCTT CTGAGCTAAC ACCAAGGGCT 
TGGGAGAGAA TCATTAGCCC TGTGGAAAGT GACTCATCTG TTAGAGATTG TTCTTTAACC 
AAAAGACAAC ACCAAAAGGA AAACTTCCAA GAATACACTG AGAAAGAGGG TAAAATGGCT 
GCCTCCAGGA GAAGTGTATT TGCTCTTTCA AATGAAGACC CTTTACCTTT TTGCTCAGAC 
TTGTCAGGAA AAGAACGTGG GAAAACATTA CATAAAGTTA AGACGACTAG TACGTTTTCT 
GTTTCTGGTG ATGAAGATAA TGTAAAATGT CTGGAGGTGG TCTCAATATA TTACACTCTA 
CCGAGGAAAC CCAGCAAAAA ATTCTGTAAC CTCCTTCAAC AGTATACACA AAATACTAAT 
TTACTTATAG AATCACCTCA AGTGGAGACT GAAACATTTC CTAACGCTTT AGAAAAAGAC 
AAACAGAATT ATTCTACACG AGAGCAGTCA GGAACACCTT CATGTGAAAA TCTAAAGATG 
TCCGTCAACT CTGATCAGAC GCTCACCACT GAAAATATGA CTGCCTTCCG ATTATCAAAT 
AGGGGGCCCC TAGCTCCTAC ATTACAGGAA ATGGCTTCTG TTGAGGCAGC TGTTTCTCTT 
CCTGAAGAGG AATCTAAAGC TAGAGAGATT TTTTCAGATA ATTTAGCTAA AACACCTCTA 
GGTGATTCAG AAAACAAGAA GGAAAGAGGC AAAAAGTTGC AAAGTGAAAC CCTGCATACT 
TCATTGATGC TTCAGAGAAA AAATGTATCC GAAGAAAAAT CTGAAAATTG TCAACAATCC 
ATTAATTCAA GTAACAGTGG TCCCTCTAGT CTTCCAGCTC TTTCAGAAGT TAATATTGGA 
AATTCCCAAA CTAGAAGAAG TTCTTGGGAG TGTACAGGGA GTGGTAGAGC CATTCCATTT 
ACTGGAAGTG GCAAGTGTCC CCAGAAAGAT CACACATCCA CAGCTGTAGG TGATGGCTCC 
AGTGGATCAC AGCCTAGGGA AGGCAGAGGG GACATTGGAA CCAACTGCCA AAAAATGACT 
AATAAAACAC TTTCTCACTC AGAGAGTCAA GTCTTTGCCC TTACTCCAGC ATTGCATAAA 
CTACAGCTTG GTGAGGAGAC TCAGTCAGAT GAACCAAACT TAGAGAGTCT GCAGTCTGAA 
CCAAGAGAAT TACCTCAAAG AAGTCAGGAG GCAAATATGA CAGAGAGCAG GAAGGCTGAA 
GATGAAATGC AGAAGTCAGC TTGGGATCAA CCTTCACTTC CTGAAGGAAA CAAAAATAAA 
ACCAACTTGG ATGACCTAGT AAAGGGGGAA AATAGATCTT CAGTTAAACA CAGATTGGCA 
GCCATGTCTA AAGCCAGCAG AAAATTCCCA GCTAAAGATG TAAGCCCCAG AAGACATGTA 
GCTACTATCT TCCCCCAAAG TGGAAGCAGA TCTGGCTTTG ACCATTTATC TCTTGGCACA 
GTGGAGTGCA ACCCACTGTT CCCTGAGCCT ACTCCAAAAT CTGCAGAGTC CATTGGCGAA 
AGCAGGTTGA GTGAGAACGG AAAGCATGTG AAGAAATCCG AGAACCTTCT CCCCATTACT 
GTACTACCCA ACAGAGAACC TTCTACACAC GTCAGCAACC AGAAGTCTAA CAGCATTTCA 
CAACGACATC AGAATGAGTT TAAAAACGTC TCAGAATCAC CATCAAAGCA TGAGAATTCT 
AAAGACGTCA CAGCAGCTCA GAATTTAGTA AGAGAATCAG GAGCCCCATC ACCCATCACA 
TTCACCAGCC TCAGGGAAGC AGAATTCTCT GACAATCAGA GGAGGCTGAG CCCTCCTTTT 
CCACTGGAGC CTGCACAGAA ATCTAGAGTA AGCAGTCCAC TGGCCAGTTT TCTGCAGCAA 
CAAAGGAGTG CTTCATCTCT GGAGTGGGAA CCTGAGCCAC ACCTCTATCG TTCAAAGAGT 
TTAAAAAGCA TTAATGTTCA TGGCGATCTA CTACGAAAAA GCCATCCTCC AAAAGTCAGG 
GAGCGCCATT TTTCTGAAAG CACTTCTATT GACAATGCCC TGAGTCGACT GACCCTTGGG 
AATGAATTCT CTGTCAACAA TGGGTACAGT CGAAGATTCA GATCTTTTTC TGAACTCCCC 
TCCTGTGATG GAAATGAAAG TTGGGCTTAT CGCAGCGGGA CAAAAACAGG TCCCAGGTCT 
GCAATATCTA TATACAGACC TATCGACTAT GGGATCTTTG GGAAAGAACA ACAGTTAGCT 
TTCTTAGAAA ATGTAAAGAG GTCACTTACA CAAGGAAGAT TATGGAAACC AAGTTTTCTT 
AAGAACCCTG GCTTCCTAAA AGATGATTTG AGGAACCCTC CCAACCCCTC AGAGTCATTA 
AGCTCAAATT CTCCCAGTAG TCAGGTGCCA GAAGATGGCT TATCTCCAAG TGAACCGCTT 
AATATCTATG AGGATGACCC AGTGGACTCA GATTGTGACA CAGACACAAC CACAGATGAT 
GAATACTACC TGGATGAAAA TGACAAAGAG TCAGAACTGT GA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	NP_001138236.1
CDS	241..5742
Translation	MPVRGAAVQAKIYNSPLENHLVDSTFVPKPAVMREESGMPPPWDASLLENEFFQVLDDLDSKLAQEQSASSVNTRTPLNYGSRTQFGHFYSSGNRHGNITERHKKHYNETSNMSIYDILRPGTPREGFKTFSPRTSTIYDMYRTREPRVFKEDYVQKNTFGSTSLCFDSRQRSALPATGHFTARSLHFPATTQSKSGFIPPRHQQSPKRTPLSSIIWNRSDSSRDRENQEEFLRAPSPMEIDPADKYVYPRGFQENKRYESYHSQNVYQRVSLNAPMENAMSPDTFENSENMPFYHQSNTFTRSFFSNTFGRSGEQRRFGQGPFWGQEKGHSFWSDFHRSRKSFSSSDRDFEMISMEANSVSAIHGHNVSSEHWESFSSGYGTDVSRGQEEPHPWQFDFQRSTLDSMVVSHGNETQLTPHFGTPNVCSMTGSSYHVKSSELVSQQDSSPVEVHINKEASSFGIAQTLASSFKTSFSQISDDRRNPQSPNLQNPTVTLQKIFPNKPASHPMRSHTEVTVTSSNSVDSLPLAKSQPNILVTEVNNEKDLNESISEEDKQLSKMDQTNKAGEIPQPVSQTGISNSLPDFQNPLSQDSAKSNGFGFNASTIISSKKSPRVFSRKDTSKMYIPHTDKSNDIKQDKRFTENRKLGSTASLPFIQEHRTPPSFPRTDQGCHQELTVNNEDISRIITNNHWSSALTDTQNAQYSKCKLTPGHKTSCDSLDLSSAALPDSSPSKNSSLDAPVVPSTTVFSRRSPSDKDPSLGEREEKDNAGKNQKNQFIVSHSENQERNDSPVPTHDEVVDVKCHSHSPFRNERGKGKIRHHISCIEKLSKTESISVPTSDHRSLIEANQSNSKVSELDTIYCTLPRKSSSFLIHGRQSGSKIMAASLRNGPPPFQIKNNVEDAMGNYMLNKFSPSSPESANECSKVLSDSALEAPEATERMTNVKSSGSTSVRKGPLPFLINRAMSCPSGEPHASTGREGRKKPLTSGMDASELTPRAWERIISPVESDSSVRDCSLTKRQHQKENFQEYTEKEGKMAASRRSVFALSNEDPLPFCSDLSGKERGKTLHKVKTTSTFSVSGDEDNVKCLEVVSIYYTLPRKPSKKFCNLLQQYTQNTNLLIESPQVETETFPNALEKDKQNYSTREQSGTPSCENLKMSVNSDQTLTTENMTAFRLSNRGPLAPTLQEMASVEAAVSLPEEESKAREIFSDNLAKTPLGDSENKKERGKKLQSETLHTSLMLQRKNVSEEKSENCQQSINSSNSGPSSLPALSEVNIGNSQTRRSSWECTGSGRAIPFTGSGKCPQKDHTSTAVGDGSSGSQPREGRGDIGTNCQKMTNKTLSHSESQVFALTPALHKLQLGEETQSDEPNLESLQSEPRELPQRSQEANMTESRKAEDEMQKSAWDQPSLPEGNKNKTNLDDLVKGENRSSVKHRLAAMSKASRKFPAKDVSPRRHVATIFPQSGSRSGFDHLSLGTVECNPLFPEPTPKSAESIGESRLSENGKHVKKSENLLPITVLPNREPSTHVSNQKSNSISQRHQNEFKNVSESPSKHENSKDVTAAQNLVRESGAPSPITFTSLREAEFSDNQRRLSPPFPLEPAQKSRVSSPLASFLQQQRSASSLEWEPEPHLYRSKSLKSINVHGDLLRKSHPPKVRERHFSESTSIDNALSRLTLGNEFSVNNGYSRRFRSFSELPSCDGNESWAYRSGTKTGPRSAISIYRPIDYGIFGKEQQLAFLENVKRSLTQGRLWKPSFLKNPGFLKDDLRNPPNPSESLSSNSPSSQVPEDGLSPSEPLNIYEDDPVDSDCDTDTTTDDEYYLDENDKESEL

Target ORF information:

RefSeq Version	NM_001144764.2
Organism	Homo sapiens(human)
Definition	Homo sapiens exophilin 5 (EXPH5), transcript variant 5, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

NM_001144764.2

ORF Insert Sequence:

ATGCCTGTGA GGGGAGCTGC TGTGCAGGCA AAAATATACA ATTCACCTCT GGAAAATCAT 
CTAGTTGACA GTACATTTGT CCCAAAGCCA GCAGTCATGA GGGAGGAGAG TGGCATGCCT 
CCACCGTGGG ATGCTTCACT GCTGGAGAAT GAGTTTTTCC AAGTTTTAGA TGACTTGGAT 
AGCAAATTGG CTCAGGAACA GTCTGCAAGC TCAGTGAATA CCAGAACACC CCTCAACTAT 
GGATCAAGAA CACAGTTCGG TCACTTTTAT TCCAGTGGTA ACAGACATGG TAATATCACA 
GAAAGGCACA AAAAACACTA TAATGAAACT TCCAATATGT CTATCTATGA CATCCTAAGA 
CCAGGAACTC CTAGGGAAGG TTTTAAAACC TTTTCTCCTA GGACAAGCAC AATTTATGAT 
ATGTATAGGA CAAGGGAGCC CAGAGTCTTT AAAGAAGATT ATGTGCAAAA GAATACTTTT 
GGCAGTACTT CGCTGTGTTT TGACAGCAGG CAACGGTCGG CCTTACCAGC CACAGGGCAT 
TTCACAGCAA GAAGCTTACA TTTTCCAGCC ACAACTCAGA GCAAGAGTGG GTTTATACCA 
CCAAGGCACC AGCAGAGTCC AAAGAGAACT CCTTTATCAT CCATCATATG GAACAGATCA 
GATTCCTCTA GAGACAGGGA GAACCAGGAA GAGTTCCTGA GGGCACCATC ACCAATGGAA 
ATTGATCCCG CTGACAAGTA TGTGTATCCC AGGGGTTTTC AGGAGAATAA GAGATATGAA 
TCGTACCATT CACAGAATGT TTACCAACGT GTTAGTTTAA ATGCTCCCAT GGAGAATGCA 
ATGAGTCCCG ACACTTTTGA GAACTCAGAG AACATGCCAT TCTACCATCA AAGCAACACA 
TTTACCAGAT CTTTCTTCAG CAATACCTTT GGACGAAGCG GAGAACAGAG GAGATTTGGA 
CAAGGTCCTT TTTGGGGCCA AGAGAAAGGA CATTCTTTCT GGTCTGACTT TCATCGAAGC 
AGGAAATCAT TCAGTTCTTC TGACAGAGAC TTTGAAATGA TTTCCATGGA AGCAAATAGT 
GTATCAGCCA TTCATGGCCA TAATGTTTCT TCTGAACACT GGGAATCATT TTCTTCTGGT 
TATGGAACAG ATGTTTCCAG AGGCCAAGAA GAGCCACATC CTTGGCAGTT TGATTTTCAG 
AGATCCACAC TGGATAGCAT GGTGGTATCA CATGGTAATG AGACCCAGTT GACTCCTCAT 
TTTGGCACAC CAAATGTTTG CTCCATGACT GGTTCAAGCT ATCACGTCAA ATCTAGTGAG 
TTGGTAAGTC AACAGGACAG TTCTCCTGTA GAAGTACATA TAAACAAAGA AGCTTCCTCA 
TTTGGAATTG CTCAGACTCT AGCATCCTCA TTCAAAACTT CCTTTTCCCA GATTTCTGAT 
GACAGAAGGA ATCCTCAGAG TCCCAACTTG CAGAATCCCA CAGTCACTTT GCAGAAAATT 
TTTCCAAATA AGCCTGCCTC TCATCCAATG AGAAGCCATA CAGAAGTCAC TGTGACCAGC 
AGCAATTCAG TTGACTCTCT GCCTCTTGCC AAAAGCCAGC CCAATATCTT GGTCACAGAA 
GTAAATAATG AGAAAGACTT AAATGAATCT ATTTCAGAAG AAGACAAACA GCTAAGCAAG 
ATGGACCAGA CAAACAAGGC AGGTGAAATA CCCCAACCTG TTTCACAGAC AGGGATCTCA 
AACTCTTTAC CTGATTTTCA AAATCCCTTA TCCCAGGACT CAGCCAAGAG CAACGGGTTT 
GGTTTTAATG CATCTACCAT AATAAGTTCA AAAAAGTCAC CCAGAGTCTT TTCCAGGAAA 
GATACCTCCA AAATGTATAT ACCGCACACA GATAAATCCA ATGACATTAA ACAAGATAAG 
AGGTTTACTG AAAACAGAAA ACTTGGCTCA ACAGCTTCCC TTCCTTTCAT TCAGGAACAC 
AGAACACCAC CATCTTTCCC CAGGACAGAC CAAGGTTGTC ACCAGGAATT AACTGTAAAT 
AATGAAGATA TTTCAAGAAT TATTACAAAT AACCACTGGA GCTCTGCACT GACTGATACT 
CAAAATGCAC AATACTCAAA ATGCAAGTTA ACTCCTGGCC ACAAGACCTC GTGTGATTCT 
TTAGATCTGT CATCAGCTGC ACTACCAGAT TCCTCACCAT CAAAGAATTC TTCCCTTGAT 
GCTCCTGTGG TTCCATCTAC TACAGTGTTC TCCAGGAGAA GTCCTTCAGA CAAAGATCCA 
TCGCTAGGAG AAAGAGAAGA AAAAGACAAT GCTGGGAAGA ACCAAAAGAA TCAGTTTATT 
GTAAGCCACT CAGAAAACCA AGAGAGAAAT GATAGTCCTG TGCCTACACA TGATGAAGTG 
GTTGATGTCA AATGCCATTC ACACTCTCCT TTTAGGAATG AAAGAGGAAA AGGAAAAATA 
AGGCATCATA TATCCTGTAT TGAAAAGTTA AGCAAAACAG AAAGTATATC AGTACCCACC 
AGTGATCACA GGAGCCTCAT TGAAGCAAAT CAAAGCAATT CCAAAGTTTC TGAACTTGAC 
ACAATTTATT GTACCTTGCC AAGAAAATCA AGCAGTTTTC TCATACATGG CAGGCAGTCA 
GGAAGTAAAA TAATGGCTGC TTCATTGAGG AATGGGCCAC CTCCCTTCCA AATCAAAAAT 
AATGTGGAAG ATGCAATGGG GAACTATATG TTAAACAAAT TTAGTCCCAG TTCTCCTGAG 
TCAGCGAATG AATGTTCCAA AGTCCTTTCA GACTCAGCCC TGGAAGCACC TGAAGCCACA 
GAGAGAATGA CAAATGTAAA AAGCAGTGGA TCTACTTCCG TTAGAAAAGG ACCACTTCCA 
TTCCTCATCA ACAGGGCTAT GTCATGTCCC TCAGGGGAGC CACATGCCTC AACTGGAAGA 
GAAGGAAGAA AAAAGCCATT GACCTCAGGC ATGGATGCTT CTGAGCTAAC ACCAAGGGCT 
TGGGAGAGAA TCATTAGCCC TGTGGAAAGT GACTCATCTG TTAGAGATTG TTCTTTAACC 
AAAAGACAAC ACCAAAAGGA AAACTTCCAA GAATACACTG AGAAAGAGGG TAAAATGGCT 
GCCTCCAGGA GAAGTGTATT TGCTCTTTCA AATGAAGACC CTTTACCTTT TTGCTCAGAC 
TTGTCAGGAA AAGAACGTGG GAAAACATTA CATAAAGTTA AGACGACTAG TACGTTTTCT 
GTTTCTGGTG ATGAAGATAA TGTAAAATGT CTGGAGGTGG TCTCAATATA TTACACTCTA 
CCGAGGAAAC CCAGCAAAAA ATTCTGTAAC CTCCTTCAAC AGTATACACA AAATACTAAT 
TTACTTATAG AATCACCTCA AGTGGAGACT GAAACATTTC CTAACGCTTT AGAAAAAGAC 
AAACAGAATT ATTCTACACG AGAGCAGTCA GGAACACCTT CATGTGAAAA TCTAAAGATG 
TCCGTCAACT CTGATCAGAC GCTCACCACT GAAAATATGA CTGCCTTCCG ATTATCAAAT 
AGGGGGCCCC TAGCTCCTAC ATTACAGGAA ATGGCTTCTG TTGAGGCAGC TGTTTCTCTT 
CCTGAAGAGG AATCTAAAGC TAGAGAGATT TTTTCAGATA ATTTAGCTAA AACACCTCTA 
GGTGATTCAG AAAACAAGAA GGAAAGAGGC AAAAAGTTGC AAAGTGAAAC CCTGCATACT 
TCATTGATGC TTCAGAGAAA AAATGTATCC GAAGAAAAAT CTGAAAATTG TCAACAATCC 
ATTAATTCAA GTAACAGTGG TCCCTCTAGT CTTCCAGCTC TTTCAGAAGT TAATATTGGA 
AATTCCCAAA CTAGAAGAAG TTCTTGGGAG TGTACAGGGA GTGGTAGAGC CATTCCATTT 
ACTGGAAGTG GCAAGTGTCC CCAGAAAGAT CACACATCCA CAGCTGTAGG TGATGGCTCC 
AGTGGATCAC AGCCTAGGGA AGGCAGAGGG GACATTGGAA CCAACTGCCA AAAAATGACT 
AATAAAACAC TTTCTCACTC AGAGAGTCAA GTCTTTGCCC TTACTCCAGC ATTGCATAAA 
CTACAGCTTG GTGAGGAGAC TCAGTCAGAT GAACCAAACT TAGAGAGTCT GCAGTCTGAA 
CCAAGAGAAT TACCTCAAAG AAGTCAGGAG GCAAATATGA CAGAGAGCAG GAAGGCTGAA 
GATGAAATGC AGAAGTCAGC TTGGGATCAA CCTTCACTTC CTGAAGGAAA CAAAAATAAA 
ACCAACTTGG ATGACCTAGT AAAGGGGGAA AATAGATCTT CAGTTAAACA CAGATTGGCA 
GCCATGTCTA AAGCCAGCAG AAAATTCCCA GCTAAAGATG TAAGCCCCAG AAGACATGTA 
GCTACTATCT TCCCCCAAAG TGGAAGCAGA TCTGGCTTTG ACCATTTATC TCTTGGCACA 
GTGGAGTGCA ACCCACTGTT CCCTGAGCCT ACTCCAAAAT CTGCAGAGTC CATTGGCGAA 
AGCAGGTTGA GTGAGAACGG AAAGCATGTG AAGAAATCCG AGAACCTTCT CCCCATTACT 
GTACTACCCA ACAGAGAACC TTCTACACAC GTCAGCAACC AGAAGTCTAA CAGCATTTCA 
CAACGACATC AGAATGAGTT TAAAAACGTC TCAGAATCAC CATCAAAGCA TGAGAATTCT 
AAAGACGTCA CAGCAGCTCA GAATTTAGTA AGAGAATCAG GAGCCCCATC ACCCATCACA 
TTCACCAGCC TCAGGGAAGC AGAATTCTCT GACAATCAGA GGAGGCTGAG CCCTCCTTTT 
CCACTGGAGC CTGCACAGAA ATCTAGAGTA AGCAGTCCAC TGGCCAGTTT TCTGCAGCAA 
CAAAGGAGTG CTTCATCTCT GGAGTGGGAA CCTGAGCCAC ACCTCTATCG TTCAAAGAGT 
TTAAAAAGCA TTAATGTTCA TGGCGATCTA CTACGAAAAA GCCATCCTCC AAAAGTCAGG 
GAGCGCCATT TTTCTGAAAG CACTTCTATT GACAATGCCC TGAGTCGACT GACCCTTGGG 
AATGAATTCT CTGTCAACAA TGGGTACAGT CGAAGATTCA GATCTTTTTC TGAACTCCCC 
TCCTGTGATG GAAATGAAAG TTGGGCTTAT CGCAGCGGGA CAAAAACAGG TCCCAGGTCT 
GCAATATCTA TATACAGACC TATCGACTAT GGGATCTTTG GGAAAGAACA ACAGTTAGCT 
TTCTTAGAAA ATGTAAAGAG GTCACTTACA CAAGGAAGAT TATGGAAACC AAGTTTTCTT 
AAGAACCCTG GCTTCCTAAA AGATGATTTG AGGAACCCTC CCAACCCCTC AGAGTCATTA 
AGCTCAAATT CTCCCAGTAG TCAGGTGCCA GAAGATGGCT TATCTCCAAG TGAACCGCTT 
AATATCTATG AGGATGACCC AGTGGACTCA GATTGTGACA CAGACACAAC CACAGATGAT 
GAATACTACC TGGATGAAAA TGACAAAGAG TCAGAACTGT GA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

EXPH5 ( NM_001144764.1 ) cDNA ORF clone, Homo sapiens(human) -> NP_001138236.1 Homo sapiens exophilin 5 (EXPH5), transcript variant 5, mRNA.

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CloneID	OHu45686
Clone ID Related Accession (Same CDS sequence)	NM_001144764.2 , XM_017017402.1 , NM_001144764.1
Accession Version	NM_001144764.1	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5502bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2018-06-30
Organism	Homo sapiens(human)
Product	exophilin-5 isoform 5
Comment	Comment: REVIEWED REFSEQ: This record has been curated by NCBI staff. The reference sequence was derived from AK304212.1, AK303993.1, BC117701.1, KF455497.1, AP005718.3, AL050204.1 and AI203086.1. On Aug 21, 2015 this sequence version replaced XM_005271462.3. Transcript Variant: This variant (5) represents use of an alternate promoter and therefore differs in the 5' UTR and 5' coding region, compared to variant 1. These differences cause translation initiation at a downstream start codon and result in an isoform (5) with a shorter N-terminus, compared to isoform 1. Sequence Note: This RefSeq record was created from transcript and genomic sequence data to make the sequence consistent with the reference genome assembly. The genomic coordinates used for the transcript record were based on transcript alignments. ##Evidence-Data-START## Transcript exon combination :: SRR1660803.193596.1, DC415184.1 [ECO:0000332] RNAseq introns :: mixed/partial sample support SAMEA1965299, SAMEA1968540 [ECO:0000350] ##Evidence-Data-END## COMPLETENESS: complete on the 3' end.

ATGCCTGTGA GGGGAGCTGC TGTGCAGGCA AAAATATACA ATTCACCTCT GGAAAATCAT 
CTAGTTGACA GTACATTTGT CCCAAAGCCA GCAGTCATGA GGGAGGAGAG TGGCATGCCT 
CCACCGTGGG ATGCTTCACT GCTGGAGAAT GAGTTTTTCC AAGTTTTAGA TGACTTGGAT 
AGCAAATTGG CTCAGGAACA GTCTGCAAGC TCAGTGAATA CCAGAACACC CCTCAACTAT 
GGATCAAGAA CACAGTTCGG TCACTTTTAT TCCAGTGGTA ACAGACATGG TAATATCACA 
GAAAGGCACA AAAAACACTA TAATGAAACT TCCAATATGT CTATCTATGA CATCCTAAGA 
CCAGGAACTC CTAGGGAAGG TTTTAAAACC TTTTCTCCTA GGACAAGCAC AATTTATGAT 
ATGTATAGGA CAAGGGAGCC CAGAGTCTTT AAAGAAGATT ATGTGCAAAA GAATACTTTT 
GGCAGTACTT CGCTGTGTTT TGACAGCAGG CAACGGTCGG CCTTACCAGC CACAGGGCAT 
TTCACAGCAA GAAGCTTACA TTTTCCAGCC ACAACTCAGA GCAAGAGTGG GTTTATACCA 
CCAAGGCACC AGCAGAGTCC AAAGAGAACT CCTTTATCAT CCATCATATG GAACAGATCA 
GATTCCTCTA GAGACAGGGA GAACCAGGAA GAGTTCCTGA GGGCACCATC ACCAATGGAA 
ATTGATCCCG CTGACAAGTA TGTGTATCCC AGGGGTTTTC AGGAGAATAA GAGATATGAA 
TCGTACCATT CACAGAATGT TTACCAACGT GTTAGTTTAA ATGCTCCCAT GGAGAATGCA 
ATGAGTCCCG ACACTTTTGA GAACTCAGAG AACATGCCAT TCTACCATCA AAGCAACACA 
TTTACCAGAT CTTTCTTCAG CAATACCTTT GGACGAAGCG GAGAACAGAG GAGATTTGGA 
CAAGGTCCTT TTTGGGGCCA AGAGAAAGGA CATTCTTTCT GGTCTGACTT TCATCGAAGC 
AGGAAATCAT TCAGTTCTTC TGACAGAGAC TTTGAAATGA TTTCCATGGA AGCAAATAGT 
GTATCAGCCA TTCATGGCCA TAATGTTTCT TCTGAACACT GGGAATCATT TTCTTCTGGT 
TATGGAACAG ATGTTTCCAG AGGCCAAGAA GAGCCACATC CTTGGCAGTT TGATTTTCAG 
AGATCCACAC TGGATAGCAT GGTGGTATCA CATGGTAATG AGACCCAGTT GACTCCTCAT 
TTTGGCACAC CAAATGTTTG CTCCATGACT GGTTCAAGCT ATCACGTCAA ATCTAGTGAG 
TTGGTAAGTC AACAGGACAG TTCTCCTGTA GAAGTACATA TAAACAAAGA AGCTTCCTCA 
TTTGGAATTG CTCAGACTCT AGCATCCTCA TTCAAAACTT CCTTTTCCCA GATTTCTGAT 
GACAGAAGGA ATCCTCAGAG TCCCAACTTG CAGAATCCCA CAGTCACTTT GCAGAAAATT 
TTTCCAAATA AGCCTGCCTC TCATCCAATG AGAAGCCATA CAGAAGTCAC TGTGACCAGC 
AGCAATTCAG TTGACTCTCT GCCTCTTGCC AAAAGCCAGC CCAATATCTT GGTCACAGAA 
GTAAATAATG AGAAAGACTT AAATGAATCT ATTTCAGAAG AAGACAAACA GCTAAGCAAG 
ATGGACCAGA CAAACAAGGC AGGTGAAATA CCCCAACCTG TTTCACAGAC AGGGATCTCA 
AACTCTTTAC CTGATTTTCA AAATCCCTTA TCCCAGGACT CAGCCAAGAG CAACGGGTTT 
GGTTTTAATG CATCTACCAT AATAAGTTCA AAAAAGTCAC CCAGAGTCTT TTCCAGGAAA 
GATACCTCCA AAATGTATAT ACCGCACACA GATAAATCCA ATGACATTAA ACAAGATAAG 
AGGTTTACTG AAAACAGAAA ACTTGGCTCA ACAGCTTCCC TTCCTTTCAT TCAGGAACAC 
AGAACACCAC CATCTTTCCC CAGGACAGAC CAAGGTTGTC ACCAGGAATT AACTGTAAAT 
AATGAAGATA TTTCAAGAAT TATTACAAAT AACCACTGGA GCTCTGCACT GACTGATACT 
CAAAATGCAC AATACTCAAA ATGCAAGTTA ACTCCTGGCC ACAAGACCTC GTGTGATTCT 
TTAGATCTGT CATCAGCTGC ACTACCAGAT TCCTCACCAT CAAAGAATTC TTCCCTTGAT 
GCTCCTGTGG TTCCATCTAC TACAGTGTTC TCCAGGAGAA GTCCTTCAGA CAAAGATCCA 
TCGCTAGGAG AAAGAGAAGA AAAAGACAAT GCTGGGAAGA ACCAAAAGAA TCAGTTTATT 
GTAAGCCACT CAGAAAACCA AGAGAGAAAT GATAGTCCTG TGCCTACACA TGATGAAGTG 
GTTGATGTCA AATGCCATTC ACACTCTCCT TTTAGGAATG AAAGAGGAAA AGGAAAAATA 
AGGCATCATA TATCCTGTAT TGAAAAGTTA AGCAAAACAG AAAGTATATC AGTACCCACC 
AGTGATCACA GGAGCCTCAT TGAAGCAAAT CAAAGCAATT CCAAAGTTTC TGAACTTGAC 
ACAATTTATT GTACCTTGCC AAGAAAATCA AGCAGTTTTC TCATACATGG CAGGCAGTCA 
GGAAGTAAAA TAATGGCTGC TTCATTGAGG AATGGGCCAC CTCCCTTCCA AATCAAAAAT 
AATGTGGAAG ATGCAATGGG GAACTATATG TTAAACAAAT TTAGTCCCAG TTCTCCTGAG 
TCAGCGAATG AATGTTCCAA AGTCCTTTCA GACTCAGCCC TGGAAGCACC TGAAGCCACA 
GAGAGAATGA CAAATGTAAA AAGCAGTGGA TCTACTTCCG TTAGAAAAGG ACCACTTCCA 
TTCCTCATCA ACAGGGCTAT GTCATGTCCC TCAGGGGAGC CACATGCCTC AACTGGAAGA 
GAAGGAAGAA AAAAGCCATT GACCTCAGGC ATGGATGCTT CTGAGCTAAC ACCAAGGGCT 
TGGGAGAGAA TCATTAGCCC TGTGGAAAGT GACTCATCTG TTAGAGATTG TTCTTTAACC 
AAAAGACAAC ACCAAAAGGA AAACTTCCAA GAATACACTG AGAAAGAGGG TAAAATGGCT 
GCCTCCAGGA GAAGTGTATT TGCTCTTTCA AATGAAGACC CTTTACCTTT TTGCTCAGAC 
TTGTCAGGAA AAGAACGTGG GAAAACATTA CATAAAGTTA AGACGACTAG TACGTTTTCT 
GTTTCTGGTG ATGAAGATAA TGTAAAATGT CTGGAGGTGG TCTCAATATA TTACACTCTA 
CCGAGGAAAC CCAGCAAAAA ATTCTGTAAC CTCCTTCAAC AGTATACACA AAATACTAAT 
TTACTTATAG AATCACCTCA AGTGGAGACT GAAACATTTC CTAACGCTTT AGAAAAAGAC 
AAACAGAATT ATTCTACACG AGAGCAGTCA GGAACACCTT CATGTGAAAA TCTAAAGATG 
TCCGTCAACT CTGATCAGAC GCTCACCACT GAAAATATGA CTGCCTTCCG ATTATCAAAT 
AGGGGGCCCC TAGCTCCTAC ATTACAGGAA ATGGCTTCTG TTGAGGCAGC TGTTTCTCTT 
CCTGAAGAGG AATCTAAAGC TAGAGAGATT TTTTCAGATA ATTTAGCTAA AACACCTCTA 
GGTGATTCAG AAAACAAGAA GGAAAGAGGC AAAAAGTTGC AAAGTGAAAC CCTGCATACT 
TCATTGATGC TTCAGAGAAA AAATGTATCC GAAGAAAAAT CTGAAAATTG TCAACAATCC 
ATTAATTCAA GTAACAGTGG TCCCTCTAGT CTTCCAGCTC TTTCAGAAGT TAATATTGGA 
AATTCCCAAA CTAGAAGAAG TTCTTGGGAG TGTACAGGGA GTGGTAGAGC CATTCCATTT 
ACTGGAAGTG GCAAGTGTCC CCAGAAAGAT CACACATCCA CAGCTGTAGG TGATGGCTCC 
AGTGGATCAC AGCCTAGGGA AGGCAGAGGG GACATTGGAA CCAACTGCCA AAAAATGACT 
AATAAAACAC TTTCTCACTC AGAGAGTCAA GTCTTTGCCC TTACTCCAGC ATTGCATAAA 
CTACAGCTTG GTGAGGAGAC TCAGTCAGAT GAACCAAACT TAGAGAGTCT GCAGTCTGAA 
CCAAGAGAAT TACCTCAAAG AAGTCAGGAG GCAAATATGA CAGAGAGCAG GAAGGCTGAA 
GATGAAATGC AGAAGTCAGC TTGGGATCAA CCTTCACTTC CTGAAGGAAA CAAAAATAAA 
ACCAACTTGG ATGACCTAGT AAAGGGGGAA AATAGATCTT CAGTTAAACA CAGATTGGCA 
GCCATGTCTA AAGCCAGCAG AAAATTCCCA GCTAAAGATG TAAGCCCCAG AAGACATGTA 
GCTACTATCT TCCCCCAAAG TGGAAGCAGA TCTGGCTTTG ACCATTTATC TCTTGGCACA 
GTGGAGTGCA ACCCACTGTT CCCTGAGCCT ACTCCAAAAT CTGCAGAGTC CATTGGCGAA 
AGCAGGTTGA GTGAGAACGG AAAGCATGTG AAGAAATCCG AGAACCTTCT CCCCATTACT 
GTACTACCCA ACAGAGAACC TTCTACACAC GTCAGCAACC AGAAGTCTAA CAGCATTTCA 
CAACGACATC AGAATGAGTT TAAAAACGTC TCAGAATCAC CATCAAAGCA TGAGAATTCT 
AAAGACGTCA CAGCAGCTCA GAATTTAGTA AGAGAATCAG GAGCCCCATC ACCCATCACA 
TTCACCAGCC TCAGGGAAGC AGAATTCTCT GACAATCAGA GGAGGCTGAG CCCTCCTTTT 
CCACTGGAGC CTGCACAGAA ATCTAGAGTA AGCAGTCCAC TGGCCAGTTT TCTGCAGCAA 
CAAAGGAGTG CTTCATCTCT GGAGTGGGAA CCTGAGCCAC ACCTCTATCG TTCAAAGAGT 
TTAAAAAGCA TTAATGTTCA TGGCGATCTA CTACGAAAAA GCCATCCTCC AAAAGTCAGG 
GAGCGCCATT TTTCTGAAAG CACTTCTATT GACAATGCCC TGAGTCGACT GACCCTTGGG 
AATGAATTCT CTGTCAACAA TGGGTACAGT CGAAGATTCA GATCTTTTTC TGAACTCCCC 
TCCTGTGATG GAAATGAAAG TTGGGCTTAT CGCAGCGGGA CAAAAACAGG TCCCAGGTCT 
GCAATATCTA TATACAGACC TATCGACTAT GGGATCTTTG GGAAAGAACA ACAGTTAGCT 
TTCTTAGAAA ATGTAAAGAG GTCACTTACA CAAGGAAGAT TATGGAAACC AAGTTTTCTT 
AAGAACCCTG GCTTCCTAAA AGATGATTTG AGGAACCCTC CCAACCCCTC AGAGTCATTA 
AGCTCAAATT CTCCCAGTAG TCAGGTGCCA GAAGATGGCT TATCTCCAAG TGAACCGCTT 
AATATCTATG AGGATGACCC AGTGGACTCA GATTGTGACA CAGACACAAC CACAGATGAT 
GAATACTACC TGGATGAAAA TGACAAAGAG TCAGAACTGT GA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	NP_001138236.1
CDS	271..5772
Translation	MPVRGAAVQAKIYNSPLENHLVDSTFVPKPAVMREESGMPPPWDASLLENEFFQVLDDLDSKLAQEQSASSVNTRTPLNYGSRTQFGHFYSSGNRHGNITERHKKHYNETSNMSIYDILRPGTPREGFKTFSPRTSTIYDMYRTREPRVFKEDYVQKNTFGSTSLCFDSRQRSALPATGHFTARSLHFPATTQSKSGFIPPRHQQSPKRTPLSSIIWNRSDSSRDRENQEEFLRAPSPMEIDPADKYVYPRGFQENKRYESYHSQNVYQRVSLNAPMENAMSPDTFENSENMPFYHQSNTFTRSFFSNTFGRSGEQRRFGQGPFWGQEKGHSFWSDFHRSRKSFSSSDRDFEMISMEANSVSAIHGHNVSSEHWESFSSGYGTDVSRGQEEPHPWQFDFQRSTLDSMVVSHGNETQLTPHFGTPNVCSMTGSSYHVKSSELVSQQDSSPVEVHINKEASSFGIAQTLASSFKTSFSQISDDRRNPQSPNLQNPTVTLQKIFPNKPASHPMRSHTEVTVTSSNSVDSLPLAKSQPNILVTEVNNEKDLNESISEEDKQLSKMDQTNKAGEIPQPVSQTGISNSLPDFQNPLSQDSAKSNGFGFNASTIISSKKSPRVFSRKDTSKMYIPHTDKSNDIKQDKRFTENRKLGSTASLPFIQEHRTPPSFPRTDQGCHQELTVNNEDISRIITNNHWSSALTDTQNAQYSKCKLTPGHKTSCDSLDLSSAALPDSSPSKNSSLDAPVVPSTTVFSRRSPSDKDPSLGEREEKDNAGKNQKNQFIVSHSENQERNDSPVPTHDEVVDVKCHSHSPFRNERGKGKIRHHISCIEKLSKTESISVPTSDHRSLIEANQSNSKVSELDTIYCTLPRKSSSFLIHGRQSGSKIMAASLRNGPPPFQIKNNVEDAMGNYMLNKFSPSSPESANECSKVLSDSALEAPEATERMTNVKSSGSTSVRKGPLPFLINRAMSCPSGEPHASTGREGRKKPLTSGMDASELTPRAWERIISPVESDSSVRDCSLTKRQHQKENFQEYTEKEGKMAASRRSVFALSNEDPLPFCSDLSGKERGKTLHKVKTTSTFSVSGDEDNVKCLEVVSIYYTLPRKPSKKFCNLLQQYTQNTNLLIESPQVETETFPNALEKDKQNYSTREQSGTPSCENLKMSVNSDQTLTTENMTAFRLSNRGPLAPTLQEMASVEAAVSLPEEESKAREIFSDNLAKTPLGDSENKKERGKKLQSETLHTSLMLQRKNVSEEKSENCQQSINSSNSGPSSLPALSEVNIGNSQTRRSSWECTGSGRAIPFTGSGKCPQKDHTSTAVGDGSSGSQPREGRGDIGTNCQKMTNKTLSHSESQVFALTPALHKLQLGEETQSDEPNLESLQSEPRELPQRSQEANMTESRKAEDEMQKSAWDQPSLPEGNKNKTNLDDLVKGENRSSVKHRLAAMSKASRKFPAKDVSPRRHVATIFPQSGSRSGFDHLSLGTVECNPLFPEPTPKSAESIGESRLSENGKHVKKSENLLPITVLPNREPSTHVSNQKSNSISQRHQNEFKNVSESPSKHENSKDVTAAQNLVRESGAPSPITFTSLREAEFSDNQRRLSPPFPLEPAQKSRVSSPLASFLQQQRSASSLEWEPEPHLYRSKSLKSINVHGDLLRKSHPPKVRERHFSESTSIDNALSRLTLGNEFSVNNGYSRRFRSFSELPSCDGNESWAYRSGTKTGPRSAISIYRPIDYGIFGKEQQLAFLENVKRSLTQGRLWKPSFLKNPGFLKDDLRNPPNPSESLSSNSPSSQVPEDGLSPSEPLNIYEDDPVDSDCDTDTTTDDEYYLDENDKESEL

Target ORF information:

RefSeq Version	NM_001144764.1
Organism	Homo sapiens(human)
Definition	Homo sapiens exophilin 5 (EXPH5), transcript variant 5, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

NM_001144764.1

ORF Insert Sequence:

ATGCCTGTGA GGGGAGCTGC TGTGCAGGCA AAAATATACA ATTCACCTCT GGAAAATCAT 
CTAGTTGACA GTACATTTGT CCCAAAGCCA GCAGTCATGA GGGAGGAGAG TGGCATGCCT 
CCACCGTGGG ATGCTTCACT GCTGGAGAAT GAGTTTTTCC AAGTTTTAGA TGACTTGGAT 
AGCAAATTGG CTCAGGAACA GTCTGCAAGC TCAGTGAATA CCAGAACACC CCTCAACTAT 
GGATCAAGAA CACAGTTCGG TCACTTTTAT TCCAGTGGTA ACAGACATGG TAATATCACA 
GAAAGGCACA AAAAACACTA TAATGAAACT TCCAATATGT CTATCTATGA CATCCTAAGA 
CCAGGAACTC CTAGGGAAGG TTTTAAAACC TTTTCTCCTA GGACAAGCAC AATTTATGAT 
ATGTATAGGA CAAGGGAGCC CAGAGTCTTT AAAGAAGATT ATGTGCAAAA GAATACTTTT 
GGCAGTACTT CGCTGTGTTT TGACAGCAGG CAACGGTCGG CCTTACCAGC CACAGGGCAT 
TTCACAGCAA GAAGCTTACA TTTTCCAGCC ACAACTCAGA GCAAGAGTGG GTTTATACCA 
CCAAGGCACC AGCAGAGTCC AAAGAGAACT CCTTTATCAT CCATCATATG GAACAGATCA 
GATTCCTCTA GAGACAGGGA GAACCAGGAA GAGTTCCTGA GGGCACCATC ACCAATGGAA 
ATTGATCCCG CTGACAAGTA TGTGTATCCC AGGGGTTTTC AGGAGAATAA GAGATATGAA 
TCGTACCATT CACAGAATGT TTACCAACGT GTTAGTTTAA ATGCTCCCAT GGAGAATGCA 
ATGAGTCCCG ACACTTTTGA GAACTCAGAG AACATGCCAT TCTACCATCA AAGCAACACA 
TTTACCAGAT CTTTCTTCAG CAATACCTTT GGACGAAGCG GAGAACAGAG GAGATTTGGA 
CAAGGTCCTT TTTGGGGCCA AGAGAAAGGA CATTCTTTCT GGTCTGACTT TCATCGAAGC 
AGGAAATCAT TCAGTTCTTC TGACAGAGAC TTTGAAATGA TTTCCATGGA AGCAAATAGT 
GTATCAGCCA TTCATGGCCA TAATGTTTCT TCTGAACACT GGGAATCATT TTCTTCTGGT 
TATGGAACAG ATGTTTCCAG AGGCCAAGAA GAGCCACATC CTTGGCAGTT TGATTTTCAG 
AGATCCACAC TGGATAGCAT GGTGGTATCA CATGGTAATG AGACCCAGTT GACTCCTCAT 
TTTGGCACAC CAAATGTTTG CTCCATGACT GGTTCAAGCT ATCACGTCAA ATCTAGTGAG 
TTGGTAAGTC AACAGGACAG TTCTCCTGTA GAAGTACATA TAAACAAAGA AGCTTCCTCA 
TTTGGAATTG CTCAGACTCT AGCATCCTCA TTCAAAACTT CCTTTTCCCA GATTTCTGAT 
GACAGAAGGA ATCCTCAGAG TCCCAACTTG CAGAATCCCA CAGTCACTTT GCAGAAAATT 
TTTCCAAATA AGCCTGCCTC TCATCCAATG AGAAGCCATA CAGAAGTCAC TGTGACCAGC 
AGCAATTCAG TTGACTCTCT GCCTCTTGCC AAAAGCCAGC CCAATATCTT GGTCACAGAA 
GTAAATAATG AGAAAGACTT AAATGAATCT ATTTCAGAAG AAGACAAACA GCTAAGCAAG 
ATGGACCAGA CAAACAAGGC AGGTGAAATA CCCCAACCTG TTTCACAGAC AGGGATCTCA 
AACTCTTTAC CTGATTTTCA AAATCCCTTA TCCCAGGACT CAGCCAAGAG CAACGGGTTT 
GGTTTTAATG CATCTACCAT AATAAGTTCA AAAAAGTCAC CCAGAGTCTT TTCCAGGAAA 
GATACCTCCA AAATGTATAT ACCGCACACA GATAAATCCA ATGACATTAA ACAAGATAAG 
AGGTTTACTG AAAACAGAAA ACTTGGCTCA ACAGCTTCCC TTCCTTTCAT TCAGGAACAC 
AGAACACCAC CATCTTTCCC CAGGACAGAC CAAGGTTGTC ACCAGGAATT AACTGTAAAT 
AATGAAGATA TTTCAAGAAT TATTACAAAT AACCACTGGA GCTCTGCACT GACTGATACT 
CAAAATGCAC AATACTCAAA ATGCAAGTTA ACTCCTGGCC ACAAGACCTC GTGTGATTCT 
TTAGATCTGT CATCAGCTGC ACTACCAGAT TCCTCACCAT CAAAGAATTC TTCCCTTGAT 
GCTCCTGTGG TTCCATCTAC TACAGTGTTC TCCAGGAGAA GTCCTTCAGA CAAAGATCCA 
TCGCTAGGAG AAAGAGAAGA AAAAGACAAT GCTGGGAAGA ACCAAAAGAA TCAGTTTATT 
GTAAGCCACT CAGAAAACCA AGAGAGAAAT GATAGTCCTG TGCCTACACA TGATGAAGTG 
GTTGATGTCA AATGCCATTC ACACTCTCCT TTTAGGAATG AAAGAGGAAA AGGAAAAATA 
AGGCATCATA TATCCTGTAT TGAAAAGTTA AGCAAAACAG AAAGTATATC AGTACCCACC 
AGTGATCACA GGAGCCTCAT TGAAGCAAAT CAAAGCAATT CCAAAGTTTC TGAACTTGAC 
ACAATTTATT GTACCTTGCC AAGAAAATCA AGCAGTTTTC TCATACATGG CAGGCAGTCA 
GGAAGTAAAA TAATGGCTGC TTCATTGAGG AATGGGCCAC CTCCCTTCCA AATCAAAAAT 
AATGTGGAAG ATGCAATGGG GAACTATATG TTAAACAAAT TTAGTCCCAG TTCTCCTGAG 
TCAGCGAATG AATGTTCCAA AGTCCTTTCA GACTCAGCCC TGGAAGCACC TGAAGCCACA 
GAGAGAATGA CAAATGTAAA AAGCAGTGGA TCTACTTCCG TTAGAAAAGG ACCACTTCCA 
TTCCTCATCA ACAGGGCTAT GTCATGTCCC TCAGGGGAGC CACATGCCTC AACTGGAAGA 
GAAGGAAGAA AAAAGCCATT GACCTCAGGC ATGGATGCTT CTGAGCTAAC ACCAAGGGCT 
TGGGAGAGAA TCATTAGCCC TGTGGAAAGT GACTCATCTG TTAGAGATTG TTCTTTAACC 
AAAAGACAAC ACCAAAAGGA AAACTTCCAA GAATACACTG AGAAAGAGGG TAAAATGGCT 
GCCTCCAGGA GAAGTGTATT TGCTCTTTCA AATGAAGACC CTTTACCTTT TTGCTCAGAC 
TTGTCAGGAA AAGAACGTGG GAAAACATTA CATAAAGTTA AGACGACTAG TACGTTTTCT 
GTTTCTGGTG ATGAAGATAA TGTAAAATGT CTGGAGGTGG TCTCAATATA TTACACTCTA 
CCGAGGAAAC CCAGCAAAAA ATTCTGTAAC CTCCTTCAAC AGTATACACA AAATACTAAT 
TTACTTATAG AATCACCTCA AGTGGAGACT GAAACATTTC CTAACGCTTT AGAAAAAGAC 
AAACAGAATT ATTCTACACG AGAGCAGTCA GGAACACCTT CATGTGAAAA TCTAAAGATG 
TCCGTCAACT CTGATCAGAC GCTCACCACT GAAAATATGA CTGCCTTCCG ATTATCAAAT 
AGGGGGCCCC TAGCTCCTAC ATTACAGGAA ATGGCTTCTG TTGAGGCAGC TGTTTCTCTT 
CCTGAAGAGG AATCTAAAGC TAGAGAGATT TTTTCAGATA ATTTAGCTAA AACACCTCTA 
GGTGATTCAG AAAACAAGAA GGAAAGAGGC AAAAAGTTGC AAAGTGAAAC CCTGCATACT 
TCATTGATGC TTCAGAGAAA AAATGTATCC GAAGAAAAAT CTGAAAATTG TCAACAATCC 
ATTAATTCAA GTAACAGTGG TCCCTCTAGT CTTCCAGCTC TTTCAGAAGT TAATATTGGA 
AATTCCCAAA CTAGAAGAAG TTCTTGGGAG TGTACAGGGA GTGGTAGAGC CATTCCATTT 
ACTGGAAGTG GCAAGTGTCC CCAGAAAGAT CACACATCCA CAGCTGTAGG TGATGGCTCC 
AGTGGATCAC AGCCTAGGGA AGGCAGAGGG GACATTGGAA CCAACTGCCA AAAAATGACT 
AATAAAACAC TTTCTCACTC AGAGAGTCAA GTCTTTGCCC TTACTCCAGC ATTGCATAAA 
CTACAGCTTG GTGAGGAGAC TCAGTCAGAT GAACCAAACT TAGAGAGTCT GCAGTCTGAA 
CCAAGAGAAT TACCTCAAAG AAGTCAGGAG GCAAATATGA CAGAGAGCAG GAAGGCTGAA 
GATGAAATGC AGAAGTCAGC TTGGGATCAA CCTTCACTTC CTGAAGGAAA CAAAAATAAA 
ACCAACTTGG ATGACCTAGT AAAGGGGGAA AATAGATCTT CAGTTAAACA CAGATTGGCA 
GCCATGTCTA AAGCCAGCAG AAAATTCCCA GCTAAAGATG TAAGCCCCAG AAGACATGTA 
GCTACTATCT TCCCCCAAAG TGGAAGCAGA TCTGGCTTTG ACCATTTATC TCTTGGCACA 
GTGGAGTGCA ACCCACTGTT CCCTGAGCCT ACTCCAAAAT CTGCAGAGTC CATTGGCGAA 
AGCAGGTTGA GTGAGAACGG AAAGCATGTG AAGAAATCCG AGAACCTTCT CCCCATTACT 
GTACTACCCA ACAGAGAACC TTCTACACAC GTCAGCAACC AGAAGTCTAA CAGCATTTCA 
CAACGACATC AGAATGAGTT TAAAAACGTC TCAGAATCAC CATCAAAGCA TGAGAATTCT 
AAAGACGTCA CAGCAGCTCA GAATTTAGTA AGAGAATCAG GAGCCCCATC ACCCATCACA 
TTCACCAGCC TCAGGGAAGC AGAATTCTCT GACAATCAGA GGAGGCTGAG CCCTCCTTTT 
CCACTGGAGC CTGCACAGAA ATCTAGAGTA AGCAGTCCAC TGGCCAGTTT TCTGCAGCAA 
CAAAGGAGTG CTTCATCTCT GGAGTGGGAA CCTGAGCCAC ACCTCTATCG TTCAAAGAGT 
TTAAAAAGCA TTAATGTTCA TGGCGATCTA CTACGAAAAA GCCATCCTCC AAAAGTCAGG 
GAGCGCCATT TTTCTGAAAG CACTTCTATT GACAATGCCC TGAGTCGACT GACCCTTGGG 
AATGAATTCT CTGTCAACAA TGGGTACAGT CGAAGATTCA GATCTTTTTC TGAACTCCCC 
TCCTGTGATG GAAATGAAAG TTGGGCTTAT CGCAGCGGGA CAAAAACAGG TCCCAGGTCT 
GCAATATCTA TATACAGACC TATCGACTAT GGGATCTTTG GGAAAGAACA ACAGTTAGCT 
TTCTTAGAAA ATGTAAAGAG GTCACTTACA CAAGGAAGAT TATGGAAACC AAGTTTTCTT 
AAGAACCCTG GCTTCCTAAA AGATGATTTG AGGAACCCTC CCAACCCCTC AGAGTCATTA 
AGCTCAAATT CTCCCAGTAG TCAGGTGCCA GAAGATGGCT TATCTCCAAG TGAACCGCTT 
AATATCTATG AGGATGACCC AGTGGACTCA GATTGTGACA CAGACACAAC CACAGATGAT 
GAATACTACC TGGATGAAAA TGACAAAGAG TCAGAACTGT GA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

EXPH5 ( NM_001144765.2 ) cDNA ORF clone, Homo sapiens(human) -> NP_001138237.1 Homo sapiens exophilin 5 (EXPH5), transcript variant 3, mRNA.

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CloneID	OHu45687
Clone ID Related Accession (Same CDS sequence)	NM_001144765.2 , NM_001144765.1 , XM_017017404.1
Accession Version	NM_001144765.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5406bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-08-20
Organism	Homo sapiens(human)
Product	exophilin-5 isoform 3
Comment	Comment: REVIEWED REFSEQ: This record has been curated by NCBI staff. The reference sequence was derived from AK304212.1, BC117701.1, KF455497.1, AP005718.3, AL050204.1 and AI203086.1. On Jun 1, 2019 this sequence version replaced NM_001144765.1. Transcript Variant: This variant (3) represents use of an alternate promoter and therefore differs in the 5' UTR and 5' coding region, compared to variant 1. These differences cause translation initiation at a downstream start codon and result in an isoform (3) with a shorter N-terminus, compared to isoform 1. Sequence Note: This RefSeq record was created from transcript and genomic sequence data to make the sequence consistent with the reference genome assembly. The genomic coordinates used for the transcript record were based on transcript alignments. Publication Note: This RefSeq record includes a subset of the publications that are available for this gene. Please see the Gene record to access additional publications. ##Evidence-Data-START## Transcript exon combination :: SRR7346977.2427331.1, SRR7346977.2925226.1 [ECO:0000332] RNAseq introns :: single sample supports all introns SAMEA1968832, SAMEA2149398 [ECO:0000348] ##Evidence-Data-END## COMPLETENESS: complete on the 3' end.

ATGAGGGAGG AGAGTGGCAT GCCTCCACCG TGGGATGCTT CACTGCTGGA GAATGAGTTT 
TTCCAAGTTT TAGATGACTT GGATAGCAAA TTGGCTCAGG AACAGTCTGC AAGCTCAGTG 
AATACCAGAA CACCCCTCAA CTATGGATCA AGAACACAGT TCGGTCACTT TTATTCCAGT 
GGTAACAGAC ATGGTAATAT CACAGAAAGG CACAAAAAAC ACTATAATGA AACTTCCAAT 
ATGTCTATCT ATGACATCCT AAGACCAGGA ACTCCTAGGG AAGGTTTTAA AACCTTTTCT 
CCTAGGACAA GCACAATTTA TGATATGTAT AGGACAAGGG AGCCCAGAGT CTTTAAAGAA 
GATTATGTGC AAAAGAATAC TTTTGGCAGT ACTTCGCTGT GTTTTGACAG CAGGCAACGG 
TCGGCCTTAC CAGCCACAGG GCATTTCACA GCAAGAAGCT TACATTTTCC AGCCACAACT 
CAGAGCAAGA GTGGGTTTAT ACCACCAAGG CACCAGCAGA GTCCAAAGAG AACTCCTTTA 
TCATCCATCA TATGGAACAG ATCAGATTCC TCTAGAGACA GGGAGAACCA GGAAGAGTTC 
CTGAGGGCAC CATCACCAAT GGAAATTGAT CCCGCTGACA AGTATGTGTA TCCCAGGGGT 
TTTCAGGAGA ATAAGAGATA TGAATCGTAC CATTCACAGA ATGTTTACCA ACGTGTTAGT 
TTAAATGCTC CCATGGAGAA TGCAATGAGT CCCGACACTT TTGAGAACTC AGAGAACATG 
CCATTCTACC ATCAAAGCAA CACATTTACC AGATCTTTCT TCAGCAATAC CTTTGGACGA 
AGCGGAGAAC AGAGGAGATT TGGACAAGGT CCTTTTTGGG GCCAAGAGAA AGGACATTCT 
TTCTGGTCTG ACTTTCATCG AAGCAGGAAA TCATTCAGTT CTTCTGACAG AGACTTTGAA 
ATGATTTCCA TGGAAGCAAA TAGTGTATCA GCCATTCATG GCCATAATGT TTCTTCTGAA 
CACTGGGAAT CATTTTCTTC TGGTTATGGA ACAGATGTTT CCAGAGGCCA AGAAGAGCCA 
CATCCTTGGC AGTTTGATTT TCAGAGATCC ACACTGGATA GCATGGTGGT ATCACATGGT 
AATGAGACCC AGTTGACTCC TCATTTTGGC ACACCAAATG TTTGCTCCAT GACTGGTTCA 
AGCTATCACG TCAAATCTAG TGAGTTGGTA AGTCAACAGG ACAGTTCTCC TGTAGAAGTA 
CATATAAACA AAGAAGCTTC CTCATTTGGA ATTGCTCAGA CTCTAGCATC CTCATTCAAA 
ACTTCCTTTT CCCAGATTTC TGATGACAGA AGGAATCCTC AGAGTCCCAA CTTGCAGAAT 
CCCACAGTCA CTTTGCAGAA AATTTTTCCA AATAAGCCTG CCTCTCATCC AATGAGAAGC 
CATACAGAAG TCACTGTGAC CAGCAGCAAT TCAGTTGACT CTCTGCCTCT TGCCAAAAGC 
CAGCCCAATA TCTTGGTCAC AGAAGTAAAT AATGAGAAAG ACTTAAATGA ATCTATTTCA 
GAAGAAGACA AACAGCTAAG CAAGATGGAC CAGACAAACA AGGCAGGTGA AATACCCCAA 
CCTGTTTCAC AGACAGGGAT CTCAAACTCT TTACCTGATT TTCAAAATCC CTTATCCCAG 
GACTCAGCCA AGAGCAACGG GTTTGGTTTT AATGCATCTA CCATAATAAG TTCAAAAAAG 
TCACCCAGAG TCTTTTCCAG GAAAGATACC TCCAAAATGT ATATACCGCA CACAGATAAA 
TCCAATGACA TTAAACAAGA TAAGAGGTTT ACTGAAAACA GAAAACTTGG CTCAACAGCT 
TCCCTTCCTT TCATTCAGGA ACACAGAACA CCACCATCTT TCCCCAGGAC AGACCAAGGT 
TGTCACCAGG AATTAACTGT AAATAATGAA GATATTTCAA GAATTATTAC AAATAACCAC 
TGGAGCTCTG CACTGACTGA TACTCAAAAT GCACAATACT CAAAATGCAA GTTAACTCCT 
GGCCACAAGA CCTCGTGTGA TTCTTTAGAT CTGTCATCAG CTGCACTACC AGATTCCTCA 
CCATCAAAGA ATTCTTCCCT TGATGCTCCT GTGGTTCCAT CTACTACAGT GTTCTCCAGG 
AGAAGTCCTT CAGACAAAGA TCCATCGCTA GGAGAAAGAG AAGAAAAAGA CAATGCTGGG 
AAGAACCAAA AGAATCAGTT TATTGTAAGC CACTCAGAAA ACCAAGAGAG AAATGATAGT 
CCTGTGCCTA CACATGATGA AGTGGTTGAT GTCAAATGCC ATTCACACTC TCCTTTTAGG 
AATGAAAGAG GAAAAGGAAA AATAAGGCAT CATATATCCT GTATTGAAAA GTTAAGCAAA 
ACAGAAAGTA TATCAGTACC CACCAGTGAT CACAGGAGCC TCATTGAAGC AAATCAAAGC 
AATTCCAAAG TTTCTGAACT TGACACAATT TATTGTACCT TGCCAAGAAA ATCAAGCAGT 
TTTCTCATAC ATGGCAGGCA GTCAGGAAGT AAAATAATGG CTGCTTCATT GAGGAATGGG 
CCACCTCCCT TCCAAATCAA AAATAATGTG GAAGATGCAA TGGGGAACTA TATGTTAAAC 
AAATTTAGTC CCAGTTCTCC TGAGTCAGCG AATGAATGTT CCAAAGTCCT TTCAGACTCA 
GCCCTGGAAG CACCTGAAGC CACAGAGAGA ATGACAAATG TAAAAAGCAG TGGATCTACT 
TCCGTTAGAA AAGGACCACT TCCATTCCTC ATCAACAGGG CTATGTCATG TCCCTCAGGG 
GAGCCACATG CCTCAACTGG AAGAGAAGGA AGAAAAAAGC CATTGACCTC AGGCATGGAT 
GCTTCTGAGC TAACACCAAG GGCTTGGGAG AGAATCATTA GCCCTGTGGA AAGTGACTCA 
TCTGTTAGAG ATTGTTCTTT AACCAAAAGA CAACACCAAA AGGAAAACTT CCAAGAATAC 
ACTGAGAAAG AGGGTAAAAT GGCTGCCTCC AGGAGAAGTG TATTTGCTCT TTCAAATGAA 
GACCCTTTAC CTTTTTGCTC AGACTTGTCA GGAAAAGAAC GTGGGAAAAC ATTACATAAA 
GTTAAGACGA CTAGTACGTT TTCTGTTTCT GGTGATGAAG ATAATGTAAA ATGTCTGGAG 
GTGGTCTCAA TATATTACAC TCTACCGAGG AAACCCAGCA AAAAATTCTG TAACCTCCTT 
CAACAGTATA CACAAAATAC TAATTTACTT ATAGAATCAC CTCAAGTGGA GACTGAAACA 
TTTCCTAACG CTTTAGAAAA AGACAAACAG AATTATTCTA CACGAGAGCA GTCAGGAACA 
CCTTCATGTG AAAATCTAAA GATGTCCGTC AACTCTGATC AGACGCTCAC CACTGAAAAT 
ATGACTGCCT TCCGATTATC AAATAGGGGG CCCCTAGCTC CTACATTACA GGAAATGGCT 
TCTGTTGAGG CAGCTGTTTC TCTTCCTGAA GAGGAATCTA AAGCTAGAGA GATTTTTTCA 
GATAATTTAG CTAAAACACC TCTAGGTGAT TCAGAAAACA AGAAGGAAAG AGGCAAAAAG 
TTGCAAAGTG AAACCCTGCA TACTTCATTG ATGCTTCAGA GAAAAAATGT ATCCGAAGAA 
AAATCTGAAA ATTGTCAACA ATCCATTAAT TCAAGTAACA GTGGTCCCTC TAGTCTTCCA 
GCTCTTTCAG AAGTTAATAT TGGAAATTCC CAAACTAGAA GAAGTTCTTG GGAGTGTACA 
GGGAGTGGTA GAGCCATTCC ATTTACTGGA AGTGGCAAGT GTCCCCAGAA AGATCACACA 
TCCACAGCTG TAGGTGATGG CTCCAGTGGA TCACAGCCTA GGGAAGGCAG AGGGGACATT 
GGAACCAACT GCCAAAAAAT GACTAATAAA ACACTTTCTC ACTCAGAGAG TCAAGTCTTT 
GCCCTTACTC CAGCATTGCA TAAACTACAG CTTGGTGAGG AGACTCAGTC AGATGAACCA 
AACTTAGAGA GTCTGCAGTC TGAACCAAGA GAATTACCTC AAAGAAGTCA GGAGGCAAAT 
ATGACAGAGA GCAGGAAGGC TGAAGATGAA ATGCAGAAGT CAGCTTGGGA TCAACCTTCA 
CTTCCTGAAG GAAACAAAAA TAAAACCAAC TTGGATGACC TAGTAAAGGG GGAAAATAGA 
TCTTCAGTTA AACACAGATT GGCAGCCATG TCTAAAGCCA GCAGAAAATT CCCAGCTAAA 
GATGTAAGCC CCAGAAGACA TGTAGCTACT ATCTTCCCCC AAAGTGGAAG CAGATCTGGC 
TTTGACCATT TATCTCTTGG CACAGTGGAG TGCAACCCAC TGTTCCCTGA GCCTACTCCA 
AAATCTGCAG AGTCCATTGG CGAAAGCAGG TTGAGTGAGA ACGGAAAGCA TGTGAAGAAA 
TCCGAGAACC TTCTCCCCAT TACTGTACTA CCCAACAGAG AACCTTCTAC ACACGTCAGC 
AACCAGAAGT CTAACAGCAT TTCACAACGA CATCAGAATG AGTTTAAAAA CGTCTCAGAA 
TCACCATCAA AGCATGAGAA TTCTAAAGAC GTCACAGCAG CTCAGAATTT AGTAAGAGAA 
TCAGGAGCCC CATCACCCAT CACATTCACC AGCCTCAGGG AAGCAGAATT CTCTGACAAT 
CAGAGGAGGC TGAGCCCTCC TTTTCCACTG GAGCCTGCAC AGAAATCTAG AGTAAGCAGT 
CCACTGGCCA GTTTTCTGCA GCAACAAAGG AGTGCTTCAT CTCTGGAGTG GGAACCTGAG 
CCACACCTCT ATCGTTCAAA GAGTTTAAAA AGCATTAATG TTCATGGCGA TCTACTACGA 
AAAAGCCATC CTCCAAAAGT CAGGGAGCGC CATTTTTCTG AAAGCACTTC TATTGACAAT 
GCCCTGAGTC GACTGACCCT TGGGAATGAA TTCTCTGTCA ACAATGGGTA CAGTCGAAGA 
TTCAGATCTT TTTCTGAACT CCCCTCCTGT GATGGAAATG AAAGTTGGGC TTATCGCAGC 
GGGACAAAAA CAGGTCCCAG GTCTGCAATA TCTATATACA GACCTATCGA CTATGGGATC 
TTTGGGAAAG AACAACAGTT AGCTTTCTTA GAAAATGTAA AGAGGTCACT TACACAAGGA 
AGATTATGGA AACCAAGTTT TCTTAAGAAC CCTGGCTTCC TAAAAGATGA TTTGAGGAAC 
CCTCCCAACC CCTCAGAGTC ATTAAGCTCA AATTCTCCCA GTAGTCAGGT GCCAGAAGAT 
GGCTTATCTC CAAGTGAACC GCTTAATATC TATGAGGATG ACCCAGTGGA CTCAGATTGT 
GACACAGACA CAACCACAGA TGATGAATAC TACCTGGATG AAAATGACAA AGAGTCAGAA 
CTGTGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	NP_001138237.1
CDS	288..5693
Translation	MREESGMPPPWDASLLENEFFQVLDDLDSKLAQEQSASSVNTRTPLNYGSRTQFGHFYSSGNRHGNITERHKKHYNETSNMSIYDILRPGTPREGFKTFSPRTSTIYDMYRTREPRVFKEDYVQKNTFGSTSLCFDSRQRSALPATGHFTARSLHFPATTQSKSGFIPPRHQQSPKRTPLSSIIWNRSDSSRDRENQEEFLRAPSPMEIDPADKYVYPRGFQENKRYESYHSQNVYQRVSLNAPMENAMSPDTFENSENMPFYHQSNTFTRSFFSNTFGRSGEQRRFGQGPFWGQEKGHSFWSDFHRSRKSFSSSDRDFEMISMEANSVSAIHGHNVSSEHWESFSSGYGTDVSRGQEEPHPWQFDFQRSTLDSMVVSHGNETQLTPHFGTPNVCSMTGSSYHVKSSELVSQQDSSPVEVHINKEASSFGIAQTLASSFKTSFSQISDDRRNPQSPNLQNPTVTLQKIFPNKPASHPMRSHTEVTVTSSNSVDSLPLAKSQPNILVTEVNNEKDLNESISEEDKQLSKMDQTNKAGEIPQPVSQTGISNSLPDFQNPLSQDSAKSNGFGFNASTIISSKKSPRVFSRKDTSKMYIPHTDKSNDIKQDKRFTENRKLGSTASLPFIQEHRTPPSFPRTDQGCHQELTVNNEDISRIITNNHWSSALTDTQNAQYSKCKLTPGHKTSCDSLDLSSAALPDSSPSKNSSLDAPVVPSTTVFSRRSPSDKDPSLGEREEKDNAGKNQKNQFIVSHSENQERNDSPVPTHDEVVDVKCHSHSPFRNERGKGKIRHHISCIEKLSKTESISVPTSDHRSLIEANQSNSKVSELDTIYCTLPRKSSSFLIHGRQSGSKIMAASLRNGPPPFQIKNNVEDAMGNYMLNKFSPSSPESANECSKVLSDSALEAPEATERMTNVKSSGSTSVRKGPLPFLINRAMSCPSGEPHASTGREGRKKPLTSGMDASELTPRAWERIISPVESDSSVRDCSLTKRQHQKENFQEYTEKEGKMAASRRSVFALSNEDPLPFCSDLSGKERGKTLHKVKTTSTFSVSGDEDNVKCLEVVSIYYTLPRKPSKKFCNLLQQYTQNTNLLIESPQVETETFPNALEKDKQNYSTREQSGTPSCENLKMSVNSDQTLTTENMTAFRLSNRGPLAPTLQEMASVEAAVSLPEEESKAREIFSDNLAKTPLGDSENKKERGKKLQSETLHTSLMLQRKNVSEEKSENCQQSINSSNSGPSSLPALSEVNIGNSQTRRSSWECTGSGRAIPFTGSGKCPQKDHTSTAVGDGSSGSQPREGRGDIGTNCQKMTNKTLSHSESQVFALTPALHKLQLGEETQSDEPNLESLQSEPRELPQRSQEANMTESRKAEDEMQKSAWDQPSLPEGNKNKTNLDDLVKGENRSSVKHRLAAMSKASRKFPAKDVSPRRHVATIFPQSGSRSGFDHLSLGTVECNPLFPEPTPKSAESIGESRLSENGKHVKKSENLLPITVLPNREPSTHVSNQKSNSISQRHQNEFKNVSESPSKHENSKDVTAAQNLVRESGAPSPITFTSLREAEFSDNQRRLSPPFPLEPAQKSRVSSPLASFLQQQRSASSLEWEPEPHLYRSKSLKSINVHGDLLRKSHPPKVRERHFSESTSIDNALSRLTLGNEFSVNNGYSRRFRSFSELPSCDGNESWAYRSGTKTGPRSAISIYRPIDYGIFGKEQQLAFLENVKRSLTQGRLWKPSFLKNPGFLKDDLRNPPNPSESLSSNSPSSQVPEDGLSPSEPLNIYEDDPVDSDCDTDTTTDDEYYLDENDKESEL

Target ORF information:

RefSeq Version	NM_001144765.2
Organism	Homo sapiens(human)
Definition	Homo sapiens exophilin 5 (EXPH5), transcript variant 3, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

NM_001144765.2

ORF Insert Sequence:

ATGAGGGAGG AGAGTGGCAT GCCTCCACCG TGGGATGCTT CACTGCTGGA GAATGAGTTT 
TTCCAAGTTT TAGATGACTT GGATAGCAAA TTGGCTCAGG AACAGTCTGC AAGCTCAGTG 
AATACCAGAA CACCCCTCAA CTATGGATCA AGAACACAGT TCGGTCACTT TTATTCCAGT 
GGTAACAGAC ATGGTAATAT CACAGAAAGG CACAAAAAAC ACTATAATGA AACTTCCAAT 
ATGTCTATCT ATGACATCCT AAGACCAGGA ACTCCTAGGG AAGGTTTTAA AACCTTTTCT 
CCTAGGACAA GCACAATTTA TGATATGTAT AGGACAAGGG AGCCCAGAGT CTTTAAAGAA 
GATTATGTGC AAAAGAATAC TTTTGGCAGT ACTTCGCTGT GTTTTGACAG CAGGCAACGG 
TCGGCCTTAC CAGCCACAGG GCATTTCACA GCAAGAAGCT TACATTTTCC AGCCACAACT 
CAGAGCAAGA GTGGGTTTAT ACCACCAAGG CACCAGCAGA GTCCAAAGAG AACTCCTTTA 
TCATCCATCA TATGGAACAG ATCAGATTCC TCTAGAGACA GGGAGAACCA GGAAGAGTTC 
CTGAGGGCAC CATCACCAAT GGAAATTGAT CCCGCTGACA AGTATGTGTA TCCCAGGGGT 
TTTCAGGAGA ATAAGAGATA TGAATCGTAC CATTCACAGA ATGTTTACCA ACGTGTTAGT 
TTAAATGCTC CCATGGAGAA TGCAATGAGT CCCGACACTT TTGAGAACTC AGAGAACATG 
CCATTCTACC ATCAAAGCAA CACATTTACC AGATCTTTCT TCAGCAATAC CTTTGGACGA 
AGCGGAGAAC AGAGGAGATT TGGACAAGGT CCTTTTTGGG GCCAAGAGAA AGGACATTCT 
TTCTGGTCTG ACTTTCATCG AAGCAGGAAA TCATTCAGTT CTTCTGACAG AGACTTTGAA 
ATGATTTCCA TGGAAGCAAA TAGTGTATCA GCCATTCATG GCCATAATGT TTCTTCTGAA 
CACTGGGAAT CATTTTCTTC TGGTTATGGA ACAGATGTTT CCAGAGGCCA AGAAGAGCCA 
CATCCTTGGC AGTTTGATTT TCAGAGATCC ACACTGGATA GCATGGTGGT ATCACATGGT 
AATGAGACCC AGTTGACTCC TCATTTTGGC ACACCAAATG TTTGCTCCAT GACTGGTTCA 
AGCTATCACG TCAAATCTAG TGAGTTGGTA AGTCAACAGG ACAGTTCTCC TGTAGAAGTA 
CATATAAACA AAGAAGCTTC CTCATTTGGA ATTGCTCAGA CTCTAGCATC CTCATTCAAA 
ACTTCCTTTT CCCAGATTTC TGATGACAGA AGGAATCCTC AGAGTCCCAA CTTGCAGAAT 
CCCACAGTCA CTTTGCAGAA AATTTTTCCA AATAAGCCTG CCTCTCATCC AATGAGAAGC 
CATACAGAAG TCACTGTGAC CAGCAGCAAT TCAGTTGACT CTCTGCCTCT TGCCAAAAGC 
CAGCCCAATA TCTTGGTCAC AGAAGTAAAT AATGAGAAAG ACTTAAATGA ATCTATTTCA 
GAAGAAGACA AACAGCTAAG CAAGATGGAC CAGACAAACA AGGCAGGTGA AATACCCCAA 
CCTGTTTCAC AGACAGGGAT CTCAAACTCT TTACCTGATT TTCAAAATCC CTTATCCCAG 
GACTCAGCCA AGAGCAACGG GTTTGGTTTT AATGCATCTA CCATAATAAG TTCAAAAAAG 
TCACCCAGAG TCTTTTCCAG GAAAGATACC TCCAAAATGT ATATACCGCA CACAGATAAA 
TCCAATGACA TTAAACAAGA TAAGAGGTTT ACTGAAAACA GAAAACTTGG CTCAACAGCT 
TCCCTTCCTT TCATTCAGGA ACACAGAACA CCACCATCTT TCCCCAGGAC AGACCAAGGT 
TGTCACCAGG AATTAACTGT AAATAATGAA GATATTTCAA GAATTATTAC AAATAACCAC 
TGGAGCTCTG CACTGACTGA TACTCAAAAT GCACAATACT CAAAATGCAA GTTAACTCCT 
GGCCACAAGA CCTCGTGTGA TTCTTTAGAT CTGTCATCAG CTGCACTACC AGATTCCTCA 
CCATCAAAGA ATTCTTCCCT TGATGCTCCT GTGGTTCCAT CTACTACAGT GTTCTCCAGG 
AGAAGTCCTT CAGACAAAGA TCCATCGCTA GGAGAAAGAG AAGAAAAAGA CAATGCTGGG 
AAGAACCAAA AGAATCAGTT TATTGTAAGC CACTCAGAAA ACCAAGAGAG AAATGATAGT 
CCTGTGCCTA CACATGATGA AGTGGTTGAT GTCAAATGCC ATTCACACTC TCCTTTTAGG 
AATGAAAGAG GAAAAGGAAA AATAAGGCAT CATATATCCT GTATTGAAAA GTTAAGCAAA 
ACAGAAAGTA TATCAGTACC CACCAGTGAT CACAGGAGCC TCATTGAAGC AAATCAAAGC 
AATTCCAAAG TTTCTGAACT TGACACAATT TATTGTACCT TGCCAAGAAA ATCAAGCAGT 
TTTCTCATAC ATGGCAGGCA GTCAGGAAGT AAAATAATGG CTGCTTCATT GAGGAATGGG 
CCACCTCCCT TCCAAATCAA AAATAATGTG GAAGATGCAA TGGGGAACTA TATGTTAAAC 
AAATTTAGTC CCAGTTCTCC TGAGTCAGCG AATGAATGTT CCAAAGTCCT TTCAGACTCA 
GCCCTGGAAG CACCTGAAGC CACAGAGAGA ATGACAAATG TAAAAAGCAG TGGATCTACT 
TCCGTTAGAA AAGGACCACT TCCATTCCTC ATCAACAGGG CTATGTCATG TCCCTCAGGG 
GAGCCACATG CCTCAACTGG AAGAGAAGGA AGAAAAAAGC CATTGACCTC AGGCATGGAT 
GCTTCTGAGC TAACACCAAG GGCTTGGGAG AGAATCATTA GCCCTGTGGA AAGTGACTCA 
TCTGTTAGAG ATTGTTCTTT AACCAAAAGA CAACACCAAA AGGAAAACTT CCAAGAATAC 
ACTGAGAAAG AGGGTAAAAT GGCTGCCTCC AGGAGAAGTG TATTTGCTCT TTCAAATGAA 
GACCCTTTAC CTTTTTGCTC AGACTTGTCA GGAAAAGAAC GTGGGAAAAC ATTACATAAA 
GTTAAGACGA CTAGTACGTT TTCTGTTTCT GGTGATGAAG ATAATGTAAA ATGTCTGGAG 
GTGGTCTCAA TATATTACAC TCTACCGAGG AAACCCAGCA AAAAATTCTG TAACCTCCTT 
CAACAGTATA CACAAAATAC TAATTTACTT ATAGAATCAC CTCAAGTGGA GACTGAAACA 
TTTCCTAACG CTTTAGAAAA AGACAAACAG AATTATTCTA CACGAGAGCA GTCAGGAACA 
CCTTCATGTG AAAATCTAAA GATGTCCGTC AACTCTGATC AGACGCTCAC CACTGAAAAT 
ATGACTGCCT TCCGATTATC AAATAGGGGG CCCCTAGCTC CTACATTACA GGAAATGGCT 
TCTGTTGAGG CAGCTGTTTC TCTTCCTGAA GAGGAATCTA AAGCTAGAGA GATTTTTTCA 
GATAATTTAG CTAAAACACC TCTAGGTGAT TCAGAAAACA AGAAGGAAAG AGGCAAAAAG 
TTGCAAAGTG AAACCCTGCA TACTTCATTG ATGCTTCAGA GAAAAAATGT ATCCGAAGAA 
AAATCTGAAA ATTGTCAACA ATCCATTAAT TCAAGTAACA GTGGTCCCTC TAGTCTTCCA 
GCTCTTTCAG AAGTTAATAT TGGAAATTCC CAAACTAGAA GAAGTTCTTG GGAGTGTACA 
GGGAGTGGTA GAGCCATTCC ATTTACTGGA AGTGGCAAGT GTCCCCAGAA AGATCACACA 
TCCACAGCTG TAGGTGATGG CTCCAGTGGA TCACAGCCTA GGGAAGGCAG AGGGGACATT 
GGAACCAACT GCCAAAAAAT GACTAATAAA ACACTTTCTC ACTCAGAGAG TCAAGTCTTT 
GCCCTTACTC CAGCATTGCA TAAACTACAG CTTGGTGAGG AGACTCAGTC AGATGAACCA 
AACTTAGAGA GTCTGCAGTC TGAACCAAGA GAATTACCTC AAAGAAGTCA GGAGGCAAAT 
ATGACAGAGA GCAGGAAGGC TGAAGATGAA ATGCAGAAGT CAGCTTGGGA TCAACCTTCA 
CTTCCTGAAG GAAACAAAAA TAAAACCAAC TTGGATGACC TAGTAAAGGG GGAAAATAGA 
TCTTCAGTTA AACACAGATT GGCAGCCATG TCTAAAGCCA GCAGAAAATT CCCAGCTAAA 
GATGTAAGCC CCAGAAGACA TGTAGCTACT ATCTTCCCCC AAAGTGGAAG CAGATCTGGC 
TTTGACCATT TATCTCTTGG CACAGTGGAG TGCAACCCAC TGTTCCCTGA GCCTACTCCA 
AAATCTGCAG AGTCCATTGG CGAAAGCAGG TTGAGTGAGA ACGGAAAGCA TGTGAAGAAA 
TCCGAGAACC TTCTCCCCAT TACTGTACTA CCCAACAGAG AACCTTCTAC ACACGTCAGC 
AACCAGAAGT CTAACAGCAT TTCACAACGA CATCAGAATG AGTTTAAAAA CGTCTCAGAA 
TCACCATCAA AGCATGAGAA TTCTAAAGAC GTCACAGCAG CTCAGAATTT AGTAAGAGAA 
TCAGGAGCCC CATCACCCAT CACATTCACC AGCCTCAGGG AAGCAGAATT CTCTGACAAT 
CAGAGGAGGC TGAGCCCTCC TTTTCCACTG GAGCCTGCAC AGAAATCTAG AGTAAGCAGT 
CCACTGGCCA GTTTTCTGCA GCAACAAAGG AGTGCTTCAT CTCTGGAGTG GGAACCTGAG 
CCACACCTCT ATCGTTCAAA GAGTTTAAAA AGCATTAATG TTCATGGCGA TCTACTACGA 
AAAAGCCATC CTCCAAAAGT CAGGGAGCGC CATTTTTCTG AAAGCACTTC TATTGACAAT 
GCCCTGAGTC GACTGACCCT TGGGAATGAA TTCTCTGTCA ACAATGGGTA CAGTCGAAGA 
TTCAGATCTT TTTCTGAACT CCCCTCCTGT GATGGAAATG AAAGTTGGGC TTATCGCAGC 
GGGACAAAAA CAGGTCCCAG GTCTGCAATA TCTATATACA GACCTATCGA CTATGGGATC 
TTTGGGAAAG AACAACAGTT AGCTTTCTTA GAAAATGTAA AGAGGTCACT TACACAAGGA 
AGATTATGGA AACCAAGTTT TCTTAAGAAC CCTGGCTTCC TAAAAGATGA TTTGAGGAAC 
CCTCCCAACC CCTCAGAGTC ATTAAGCTCA AATTCTCCCA GTAGTCAGGT GCCAGAAGAT 
GGCTTATCTC CAAGTGAACC GCTTAATATC TATGAGGATG ACCCAGTGGA CTCAGATTGT 
GACACAGACA CAACCACAGA TGATGAATAC TACCTGGATG AAAATGACAA AGAGTCAGAA 
CTGTGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

EXPH5 ( NM_001144765.1 ) cDNA ORF clone, Homo sapiens(human) -> NP_001138237.1 Homo sapiens exophilin 5 (EXPH5), transcript variant 3, mRNA.

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CloneID	OHu45687
Clone ID Related Accession (Same CDS sequence)	NM_001144765.2 , NM_001144765.1 , XM_017017404.1
Accession Version	NM_001144765.1	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5406bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2018-06-23
Organism	Homo sapiens(human)
Product	exophilin-5 isoform 3
Comment	Comment: REVIEWED REFSEQ: This record has been curated by NCBI staff. The reference sequence was derived from AK304212.1, BC117701.1, KF455497.1, AP005718.3, AL050204.1 and AI203086.1. On Aug 21, 2015 this sequence version replaced XM_005271463.3. Transcript Variant: This variant (3) represents use of an alternate promoter and therefore differs in the 5' UTR and 5' coding region, compared to variant 1. These differences cause translation initiation at a downstream start codon and result in an isoform (3) with a shorter N-terminus, compared to isoform 1. Sequence Note: This RefSeq record was created from transcript and genomic sequence data to make the sequence consistent with the reference genome assembly. The genomic coordinates used for the transcript record were based on transcript alignments. ##Evidence-Data-START## Transcript exon combination :: AK304212.1, DC416995.1 [ECO:0000332] RNAseq introns :: single sample supports all introns SAMEA1968832, SAMEA2149398 [ECO:0000348] ##Evidence-Data-END## COMPLETENESS: complete on the 3' end.

ATGAGGGAGG AGAGTGGCAT GCCTCCACCG TGGGATGCTT CACTGCTGGA GAATGAGTTT 
TTCCAAGTTT TAGATGACTT GGATAGCAAA TTGGCTCAGG AACAGTCTGC AAGCTCAGTG 
AATACCAGAA CACCCCTCAA CTATGGATCA AGAACACAGT TCGGTCACTT TTATTCCAGT 
GGTAACAGAC ATGGTAATAT CACAGAAAGG CACAAAAAAC ACTATAATGA AACTTCCAAT 
ATGTCTATCT ATGACATCCT AAGACCAGGA ACTCCTAGGG AAGGTTTTAA AACCTTTTCT 
CCTAGGACAA GCACAATTTA TGATATGTAT AGGACAAGGG AGCCCAGAGT CTTTAAAGAA 
GATTATGTGC AAAAGAATAC TTTTGGCAGT ACTTCGCTGT GTTTTGACAG CAGGCAACGG 
TCGGCCTTAC CAGCCACAGG GCATTTCACA GCAAGAAGCT TACATTTTCC AGCCACAACT 
CAGAGCAAGA GTGGGTTTAT ACCACCAAGG CACCAGCAGA GTCCAAAGAG AACTCCTTTA 
TCATCCATCA TATGGAACAG ATCAGATTCC TCTAGAGACA GGGAGAACCA GGAAGAGTTC 
CTGAGGGCAC CATCACCAAT GGAAATTGAT CCCGCTGACA AGTATGTGTA TCCCAGGGGT 
TTTCAGGAGA ATAAGAGATA TGAATCGTAC CATTCACAGA ATGTTTACCA ACGTGTTAGT 
TTAAATGCTC CCATGGAGAA TGCAATGAGT CCCGACACTT TTGAGAACTC AGAGAACATG 
CCATTCTACC ATCAAAGCAA CACATTTACC AGATCTTTCT TCAGCAATAC CTTTGGACGA 
AGCGGAGAAC AGAGGAGATT TGGACAAGGT CCTTTTTGGG GCCAAGAGAA AGGACATTCT 
TTCTGGTCTG ACTTTCATCG AAGCAGGAAA TCATTCAGTT CTTCTGACAG AGACTTTGAA 
ATGATTTCCA TGGAAGCAAA TAGTGTATCA GCCATTCATG GCCATAATGT TTCTTCTGAA 
CACTGGGAAT CATTTTCTTC TGGTTATGGA ACAGATGTTT CCAGAGGCCA AGAAGAGCCA 
CATCCTTGGC AGTTTGATTT TCAGAGATCC ACACTGGATA GCATGGTGGT ATCACATGGT 
AATGAGACCC AGTTGACTCC TCATTTTGGC ACACCAAATG TTTGCTCCAT GACTGGTTCA 
AGCTATCACG TCAAATCTAG TGAGTTGGTA AGTCAACAGG ACAGTTCTCC TGTAGAAGTA 
CATATAAACA AAGAAGCTTC CTCATTTGGA ATTGCTCAGA CTCTAGCATC CTCATTCAAA 
ACTTCCTTTT CCCAGATTTC TGATGACAGA AGGAATCCTC AGAGTCCCAA CTTGCAGAAT 
CCCACAGTCA CTTTGCAGAA AATTTTTCCA AATAAGCCTG CCTCTCATCC AATGAGAAGC 
CATACAGAAG TCACTGTGAC CAGCAGCAAT TCAGTTGACT CTCTGCCTCT TGCCAAAAGC 
CAGCCCAATA TCTTGGTCAC AGAAGTAAAT AATGAGAAAG ACTTAAATGA ATCTATTTCA 
GAAGAAGACA AACAGCTAAG CAAGATGGAC CAGACAAACA AGGCAGGTGA AATACCCCAA 
CCTGTTTCAC AGACAGGGAT CTCAAACTCT TTACCTGATT TTCAAAATCC CTTATCCCAG 
GACTCAGCCA AGAGCAACGG GTTTGGTTTT AATGCATCTA CCATAATAAG TTCAAAAAAG 
TCACCCAGAG TCTTTTCCAG GAAAGATACC TCCAAAATGT ATATACCGCA CACAGATAAA 
TCCAATGACA TTAAACAAGA TAAGAGGTTT ACTGAAAACA GAAAACTTGG CTCAACAGCT 
TCCCTTCCTT TCATTCAGGA ACACAGAACA CCACCATCTT TCCCCAGGAC AGACCAAGGT 
TGTCACCAGG AATTAACTGT AAATAATGAA GATATTTCAA GAATTATTAC AAATAACCAC 
TGGAGCTCTG CACTGACTGA TACTCAAAAT GCACAATACT CAAAATGCAA GTTAACTCCT 
GGCCACAAGA CCTCGTGTGA TTCTTTAGAT CTGTCATCAG CTGCACTACC AGATTCCTCA 
CCATCAAAGA ATTCTTCCCT TGATGCTCCT GTGGTTCCAT CTACTACAGT GTTCTCCAGG 
AGAAGTCCTT CAGACAAAGA TCCATCGCTA GGAGAAAGAG AAGAAAAAGA CAATGCTGGG 
AAGAACCAAA AGAATCAGTT TATTGTAAGC CACTCAGAAA ACCAAGAGAG AAATGATAGT 
CCTGTGCCTA CACATGATGA AGTGGTTGAT GTCAAATGCC ATTCACACTC TCCTTTTAGG 
AATGAAAGAG GAAAAGGAAA AATAAGGCAT CATATATCCT GTATTGAAAA GTTAAGCAAA 
ACAGAAAGTA TATCAGTACC CACCAGTGAT CACAGGAGCC TCATTGAAGC AAATCAAAGC 
AATTCCAAAG TTTCTGAACT TGACACAATT TATTGTACCT TGCCAAGAAA ATCAAGCAGT 
TTTCTCATAC ATGGCAGGCA GTCAGGAAGT AAAATAATGG CTGCTTCATT GAGGAATGGG 
CCACCTCCCT TCCAAATCAA AAATAATGTG GAAGATGCAA TGGGGAACTA TATGTTAAAC 
AAATTTAGTC CCAGTTCTCC TGAGTCAGCG AATGAATGTT CCAAAGTCCT TTCAGACTCA 
GCCCTGGAAG CACCTGAAGC CACAGAGAGA ATGACAAATG TAAAAAGCAG TGGATCTACT 
TCCGTTAGAA AAGGACCACT TCCATTCCTC ATCAACAGGG CTATGTCATG TCCCTCAGGG 
GAGCCACATG CCTCAACTGG AAGAGAAGGA AGAAAAAAGC CATTGACCTC AGGCATGGAT 
GCTTCTGAGC TAACACCAAG GGCTTGGGAG AGAATCATTA GCCCTGTGGA AAGTGACTCA 
TCTGTTAGAG ATTGTTCTTT AACCAAAAGA CAACACCAAA AGGAAAACTT CCAAGAATAC 
ACTGAGAAAG AGGGTAAAAT GGCTGCCTCC AGGAGAAGTG TATTTGCTCT TTCAAATGAA 
GACCCTTTAC CTTTTTGCTC AGACTTGTCA GGAAAAGAAC GTGGGAAAAC ATTACATAAA 
GTTAAGACGA CTAGTACGTT TTCTGTTTCT GGTGATGAAG ATAATGTAAA ATGTCTGGAG 
GTGGTCTCAA TATATTACAC TCTACCGAGG AAACCCAGCA AAAAATTCTG TAACCTCCTT 
CAACAGTATA CACAAAATAC TAATTTACTT ATAGAATCAC CTCAAGTGGA GACTGAAACA 
TTTCCTAACG CTTTAGAAAA AGACAAACAG AATTATTCTA CACGAGAGCA GTCAGGAACA 
CCTTCATGTG AAAATCTAAA GATGTCCGTC AACTCTGATC AGACGCTCAC CACTGAAAAT 
ATGACTGCCT TCCGATTATC AAATAGGGGG CCCCTAGCTC CTACATTACA GGAAATGGCT 
TCTGTTGAGG CAGCTGTTTC TCTTCCTGAA GAGGAATCTA AAGCTAGAGA GATTTTTTCA 
GATAATTTAG CTAAAACACC TCTAGGTGAT TCAGAAAACA AGAAGGAAAG AGGCAAAAAG 
TTGCAAAGTG AAACCCTGCA TACTTCATTG ATGCTTCAGA GAAAAAATGT ATCCGAAGAA 
AAATCTGAAA ATTGTCAACA ATCCATTAAT TCAAGTAACA GTGGTCCCTC TAGTCTTCCA 
GCTCTTTCAG AAGTTAATAT TGGAAATTCC CAAACTAGAA GAAGTTCTTG GGAGTGTACA 
GGGAGTGGTA GAGCCATTCC ATTTACTGGA AGTGGCAAGT GTCCCCAGAA AGATCACACA 
TCCACAGCTG TAGGTGATGG CTCCAGTGGA TCACAGCCTA GGGAAGGCAG AGGGGACATT 
GGAACCAACT GCCAAAAAAT GACTAATAAA ACACTTTCTC ACTCAGAGAG TCAAGTCTTT 
GCCCTTACTC CAGCATTGCA TAAACTACAG CTTGGTGAGG AGACTCAGTC AGATGAACCA 
AACTTAGAGA GTCTGCAGTC TGAACCAAGA GAATTACCTC AAAGAAGTCA GGAGGCAAAT 
ATGACAGAGA GCAGGAAGGC TGAAGATGAA ATGCAGAAGT CAGCTTGGGA TCAACCTTCA 
CTTCCTGAAG GAAACAAAAA TAAAACCAAC TTGGATGACC TAGTAAAGGG GGAAAATAGA 
TCTTCAGTTA AACACAGATT GGCAGCCATG TCTAAAGCCA GCAGAAAATT CCCAGCTAAA 
GATGTAAGCC CCAGAAGACA TGTAGCTACT ATCTTCCCCC AAAGTGGAAG CAGATCTGGC 
TTTGACCATT TATCTCTTGG CACAGTGGAG TGCAACCCAC TGTTCCCTGA GCCTACTCCA 
AAATCTGCAG AGTCCATTGG CGAAAGCAGG TTGAGTGAGA ACGGAAAGCA TGTGAAGAAA 
TCCGAGAACC TTCTCCCCAT TACTGTACTA CCCAACAGAG AACCTTCTAC ACACGTCAGC 
AACCAGAAGT CTAACAGCAT TTCACAACGA CATCAGAATG AGTTTAAAAA CGTCTCAGAA 
TCACCATCAA AGCATGAGAA TTCTAAAGAC GTCACAGCAG CTCAGAATTT AGTAAGAGAA 
TCAGGAGCCC CATCACCCAT CACATTCACC AGCCTCAGGG AAGCAGAATT CTCTGACAAT 
CAGAGGAGGC TGAGCCCTCC TTTTCCACTG GAGCCTGCAC AGAAATCTAG AGTAAGCAGT 
CCACTGGCCA GTTTTCTGCA GCAACAAAGG AGTGCTTCAT CTCTGGAGTG GGAACCTGAG 
CCACACCTCT ATCGTTCAAA GAGTTTAAAA AGCATTAATG TTCATGGCGA TCTACTACGA 
AAAAGCCATC CTCCAAAAGT CAGGGAGCGC CATTTTTCTG AAAGCACTTC TATTGACAAT 
GCCCTGAGTC GACTGACCCT TGGGAATGAA TTCTCTGTCA ACAATGGGTA CAGTCGAAGA 
TTCAGATCTT TTTCTGAACT CCCCTCCTGT GATGGAAATG AAAGTTGGGC TTATCGCAGC 
GGGACAAAAA CAGGTCCCAG GTCTGCAATA TCTATATACA GACCTATCGA CTATGGGATC 
TTTGGGAAAG AACAACAGTT AGCTTTCTTA GAAAATGTAA AGAGGTCACT TACACAAGGA 
AGATTATGGA AACCAAGTTT TCTTAAGAAC CCTGGCTTCC TAAAAGATGA TTTGAGGAAC 
CCTCCCAACC CCTCAGAGTC ATTAAGCTCA AATTCTCCCA GTAGTCAGGT GCCAGAAGAT 
GGCTTATCTC CAAGTGAACC GCTTAATATC TATGAGGATG ACCCAGTGGA CTCAGATTGT 
GACACAGACA CAACCACAGA TGATGAATAC TACCTGGATG AAAATGACAA AGAGTCAGAA 
CTGTGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	NP_001138237.1
CDS	318..5723
Translation	MREESGMPPPWDASLLENEFFQVLDDLDSKLAQEQSASSVNTRTPLNYGSRTQFGHFYSSGNRHGNITERHKKHYNETSNMSIYDILRPGTPREGFKTFSPRTSTIYDMYRTREPRVFKEDYVQKNTFGSTSLCFDSRQRSALPATGHFTARSLHFPATTQSKSGFIPPRHQQSPKRTPLSSIIWNRSDSSRDRENQEEFLRAPSPMEIDPADKYVYPRGFQENKRYESYHSQNVYQRVSLNAPMENAMSPDTFENSENMPFYHQSNTFTRSFFSNTFGRSGEQRRFGQGPFWGQEKGHSFWSDFHRSRKSFSSSDRDFEMISMEANSVSAIHGHNVSSEHWESFSSGYGTDVSRGQEEPHPWQFDFQRSTLDSMVVSHGNETQLTPHFGTPNVCSMTGSSYHVKSSELVSQQDSSPVEVHINKEASSFGIAQTLASSFKTSFSQISDDRRNPQSPNLQNPTVTLQKIFPNKPASHPMRSHTEVTVTSSNSVDSLPLAKSQPNILVTEVNNEKDLNESISEEDKQLSKMDQTNKAGEIPQPVSQTGISNSLPDFQNPLSQDSAKSNGFGFNASTIISSKKSPRVFSRKDTSKMYIPHTDKSNDIKQDKRFTENRKLGSTASLPFIQEHRTPPSFPRTDQGCHQELTVNNEDISRIITNNHWSSALTDTQNAQYSKCKLTPGHKTSCDSLDLSSAALPDSSPSKNSSLDAPVVPSTTVFSRRSPSDKDPSLGEREEKDNAGKNQKNQFIVSHSENQERNDSPVPTHDEVVDVKCHSHSPFRNERGKGKIRHHISCIEKLSKTESISVPTSDHRSLIEANQSNSKVSELDTIYCTLPRKSSSFLIHGRQSGSKIMAASLRNGPPPFQIKNNVEDAMGNYMLNKFSPSSPESANECSKVLSDSALEAPEATERMTNVKSSGSTSVRKGPLPFLINRAMSCPSGEPHASTGREGRKKPLTSGMDASELTPRAWERIISPVESDSSVRDCSLTKRQHQKENFQEYTEKEGKMAASRRSVFALSNEDPLPFCSDLSGKERGKTLHKVKTTSTFSVSGDEDNVKCLEVVSIYYTLPRKPSKKFCNLLQQYTQNTNLLIESPQVETETFPNALEKDKQNYSTREQSGTPSCENLKMSVNSDQTLTTENMTAFRLSNRGPLAPTLQEMASVEAAVSLPEEESKAREIFSDNLAKTPLGDSENKKERGKKLQSETLHTSLMLQRKNVSEEKSENCQQSINSSNSGPSSLPALSEVNIGNSQTRRSSWECTGSGRAIPFTGSGKCPQKDHTSTAVGDGSSGSQPREGRGDIGTNCQKMTNKTLSHSESQVFALTPALHKLQLGEETQSDEPNLESLQSEPRELPQRSQEANMTESRKAEDEMQKSAWDQPSLPEGNKNKTNLDDLVKGENRSSVKHRLAAMSKASRKFPAKDVSPRRHVATIFPQSGSRSGFDHLSLGTVECNPLFPEPTPKSAESIGESRLSENGKHVKKSENLLPITVLPNREPSTHVSNQKSNSISQRHQNEFKNVSESPSKHENSKDVTAAQNLVRESGAPSPITFTSLREAEFSDNQRRLSPPFPLEPAQKSRVSSPLASFLQQQRSASSLEWEPEPHLYRSKSLKSINVHGDLLRKSHPPKVRERHFSESTSIDNALSRLTLGNEFSVNNGYSRRFRSFSELPSCDGNESWAYRSGTKTGPRSAISIYRPIDYGIFGKEQQLAFLENVKRSLTQGRLWKPSFLKNPGFLKDDLRNPPNPSESLSSNSPSSQVPEDGLSPSEPLNIYEDDPVDSDCDTDTTTDDEYYLDENDKESEL

Target ORF information:

RefSeq Version	NM_001144765.1
Organism	Homo sapiens(human)
Definition	Homo sapiens exophilin 5 (EXPH5), transcript variant 3, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

NM_001144765.1

ORF Insert Sequence:

ATGAGGGAGG AGAGTGGCAT GCCTCCACCG TGGGATGCTT CACTGCTGGA GAATGAGTTT 
TTCCAAGTTT TAGATGACTT GGATAGCAAA TTGGCTCAGG AACAGTCTGC AAGCTCAGTG 
AATACCAGAA CACCCCTCAA CTATGGATCA AGAACACAGT TCGGTCACTT TTATTCCAGT 
GGTAACAGAC ATGGTAATAT CACAGAAAGG CACAAAAAAC ACTATAATGA AACTTCCAAT 
ATGTCTATCT ATGACATCCT AAGACCAGGA ACTCCTAGGG AAGGTTTTAA AACCTTTTCT 
CCTAGGACAA GCACAATTTA TGATATGTAT AGGACAAGGG AGCCCAGAGT CTTTAAAGAA 
GATTATGTGC AAAAGAATAC TTTTGGCAGT ACTTCGCTGT GTTTTGACAG CAGGCAACGG 
TCGGCCTTAC CAGCCACAGG GCATTTCACA GCAAGAAGCT TACATTTTCC AGCCACAACT 
CAGAGCAAGA GTGGGTTTAT ACCACCAAGG CACCAGCAGA GTCCAAAGAG AACTCCTTTA 
TCATCCATCA TATGGAACAG ATCAGATTCC TCTAGAGACA GGGAGAACCA GGAAGAGTTC 
CTGAGGGCAC CATCACCAAT GGAAATTGAT CCCGCTGACA AGTATGTGTA TCCCAGGGGT 
TTTCAGGAGA ATAAGAGATA TGAATCGTAC CATTCACAGA ATGTTTACCA ACGTGTTAGT 
TTAAATGCTC CCATGGAGAA TGCAATGAGT CCCGACACTT TTGAGAACTC AGAGAACATG 
CCATTCTACC ATCAAAGCAA CACATTTACC AGATCTTTCT TCAGCAATAC CTTTGGACGA 
AGCGGAGAAC AGAGGAGATT TGGACAAGGT CCTTTTTGGG GCCAAGAGAA AGGACATTCT 
TTCTGGTCTG ACTTTCATCG AAGCAGGAAA TCATTCAGTT CTTCTGACAG AGACTTTGAA 
ATGATTTCCA TGGAAGCAAA TAGTGTATCA GCCATTCATG GCCATAATGT TTCTTCTGAA 
CACTGGGAAT CATTTTCTTC TGGTTATGGA ACAGATGTTT CCAGAGGCCA AGAAGAGCCA 
CATCCTTGGC AGTTTGATTT TCAGAGATCC ACACTGGATA GCATGGTGGT ATCACATGGT 
AATGAGACCC AGTTGACTCC TCATTTTGGC ACACCAAATG TTTGCTCCAT GACTGGTTCA 
AGCTATCACG TCAAATCTAG TGAGTTGGTA AGTCAACAGG ACAGTTCTCC TGTAGAAGTA 
CATATAAACA AAGAAGCTTC CTCATTTGGA ATTGCTCAGA CTCTAGCATC CTCATTCAAA 
ACTTCCTTTT CCCAGATTTC TGATGACAGA AGGAATCCTC AGAGTCCCAA CTTGCAGAAT 
CCCACAGTCA CTTTGCAGAA AATTTTTCCA AATAAGCCTG CCTCTCATCC AATGAGAAGC 
CATACAGAAG TCACTGTGAC CAGCAGCAAT TCAGTTGACT CTCTGCCTCT TGCCAAAAGC 
CAGCCCAATA TCTTGGTCAC AGAAGTAAAT AATGAGAAAG ACTTAAATGA ATCTATTTCA 
GAAGAAGACA AACAGCTAAG CAAGATGGAC CAGACAAACA AGGCAGGTGA AATACCCCAA 
CCTGTTTCAC AGACAGGGAT CTCAAACTCT TTACCTGATT TTCAAAATCC CTTATCCCAG 
GACTCAGCCA AGAGCAACGG GTTTGGTTTT AATGCATCTA CCATAATAAG TTCAAAAAAG 
TCACCCAGAG TCTTTTCCAG GAAAGATACC TCCAAAATGT ATATACCGCA CACAGATAAA 
TCCAATGACA TTAAACAAGA TAAGAGGTTT ACTGAAAACA GAAAACTTGG CTCAACAGCT 
TCCCTTCCTT TCATTCAGGA ACACAGAACA CCACCATCTT TCCCCAGGAC AGACCAAGGT 
TGTCACCAGG AATTAACTGT AAATAATGAA GATATTTCAA GAATTATTAC AAATAACCAC 
TGGAGCTCTG CACTGACTGA TACTCAAAAT GCACAATACT CAAAATGCAA GTTAACTCCT 
GGCCACAAGA CCTCGTGTGA TTCTTTAGAT CTGTCATCAG CTGCACTACC AGATTCCTCA 
CCATCAAAGA ATTCTTCCCT TGATGCTCCT GTGGTTCCAT CTACTACAGT GTTCTCCAGG 
AGAAGTCCTT CAGACAAAGA TCCATCGCTA GGAGAAAGAG AAGAAAAAGA CAATGCTGGG 
AAGAACCAAA AGAATCAGTT TATTGTAAGC CACTCAGAAA ACCAAGAGAG AAATGATAGT 
CCTGTGCCTA CACATGATGA AGTGGTTGAT GTCAAATGCC ATTCACACTC TCCTTTTAGG 
AATGAAAGAG GAAAAGGAAA AATAAGGCAT CATATATCCT GTATTGAAAA GTTAAGCAAA 
ACAGAAAGTA TATCAGTACC CACCAGTGAT CACAGGAGCC TCATTGAAGC AAATCAAAGC 
AATTCCAAAG TTTCTGAACT TGACACAATT TATTGTACCT TGCCAAGAAA ATCAAGCAGT 
TTTCTCATAC ATGGCAGGCA GTCAGGAAGT AAAATAATGG CTGCTTCATT GAGGAATGGG 
CCACCTCCCT TCCAAATCAA AAATAATGTG GAAGATGCAA TGGGGAACTA TATGTTAAAC 
AAATTTAGTC CCAGTTCTCC TGAGTCAGCG AATGAATGTT CCAAAGTCCT TTCAGACTCA 
GCCCTGGAAG CACCTGAAGC CACAGAGAGA ATGACAAATG TAAAAAGCAG TGGATCTACT 
TCCGTTAGAA AAGGACCACT TCCATTCCTC ATCAACAGGG CTATGTCATG TCCCTCAGGG 
GAGCCACATG CCTCAACTGG AAGAGAAGGA AGAAAAAAGC CATTGACCTC AGGCATGGAT 
GCTTCTGAGC TAACACCAAG GGCTTGGGAG AGAATCATTA GCCCTGTGGA AAGTGACTCA 
TCTGTTAGAG ATTGTTCTTT AACCAAAAGA CAACACCAAA AGGAAAACTT CCAAGAATAC 
ACTGAGAAAG AGGGTAAAAT GGCTGCCTCC AGGAGAAGTG TATTTGCTCT TTCAAATGAA 
GACCCTTTAC CTTTTTGCTC AGACTTGTCA GGAAAAGAAC GTGGGAAAAC ATTACATAAA 
GTTAAGACGA CTAGTACGTT TTCTGTTTCT GGTGATGAAG ATAATGTAAA ATGTCTGGAG 
GTGGTCTCAA TATATTACAC TCTACCGAGG AAACCCAGCA AAAAATTCTG TAACCTCCTT 
CAACAGTATA CACAAAATAC TAATTTACTT ATAGAATCAC CTCAAGTGGA GACTGAAACA 
TTTCCTAACG CTTTAGAAAA AGACAAACAG AATTATTCTA CACGAGAGCA GTCAGGAACA 
CCTTCATGTG AAAATCTAAA GATGTCCGTC AACTCTGATC AGACGCTCAC CACTGAAAAT 
ATGACTGCCT TCCGATTATC AAATAGGGGG CCCCTAGCTC CTACATTACA GGAAATGGCT 
TCTGTTGAGG CAGCTGTTTC TCTTCCTGAA GAGGAATCTA AAGCTAGAGA GATTTTTTCA 
GATAATTTAG CTAAAACACC TCTAGGTGAT TCAGAAAACA AGAAGGAAAG AGGCAAAAAG 
TTGCAAAGTG AAACCCTGCA TACTTCATTG ATGCTTCAGA GAAAAAATGT ATCCGAAGAA 
AAATCTGAAA ATTGTCAACA ATCCATTAAT TCAAGTAACA GTGGTCCCTC TAGTCTTCCA 
GCTCTTTCAG AAGTTAATAT TGGAAATTCC CAAACTAGAA GAAGTTCTTG GGAGTGTACA 
GGGAGTGGTA GAGCCATTCC ATTTACTGGA AGTGGCAAGT GTCCCCAGAA AGATCACACA 
TCCACAGCTG TAGGTGATGG CTCCAGTGGA TCACAGCCTA GGGAAGGCAG AGGGGACATT 
GGAACCAACT GCCAAAAAAT GACTAATAAA ACACTTTCTC ACTCAGAGAG TCAAGTCTTT 
GCCCTTACTC CAGCATTGCA TAAACTACAG CTTGGTGAGG AGACTCAGTC AGATGAACCA 
AACTTAGAGA GTCTGCAGTC TGAACCAAGA GAATTACCTC AAAGAAGTCA GGAGGCAAAT 
ATGACAGAGA GCAGGAAGGC TGAAGATGAA ATGCAGAAGT CAGCTTGGGA TCAACCTTCA 
CTTCCTGAAG GAAACAAAAA TAAAACCAAC TTGGATGACC TAGTAAAGGG GGAAAATAGA 
TCTTCAGTTA AACACAGATT GGCAGCCATG TCTAAAGCCA GCAGAAAATT CCCAGCTAAA 
GATGTAAGCC CCAGAAGACA TGTAGCTACT ATCTTCCCCC AAAGTGGAAG CAGATCTGGC 
TTTGACCATT TATCTCTTGG CACAGTGGAG TGCAACCCAC TGTTCCCTGA GCCTACTCCA 
AAATCTGCAG AGTCCATTGG CGAAAGCAGG TTGAGTGAGA ACGGAAAGCA TGTGAAGAAA 
TCCGAGAACC TTCTCCCCAT TACTGTACTA CCCAACAGAG AACCTTCTAC ACACGTCAGC 
AACCAGAAGT CTAACAGCAT TTCACAACGA CATCAGAATG AGTTTAAAAA CGTCTCAGAA 
TCACCATCAA AGCATGAGAA TTCTAAAGAC GTCACAGCAG CTCAGAATTT AGTAAGAGAA 
TCAGGAGCCC CATCACCCAT CACATTCACC AGCCTCAGGG AAGCAGAATT CTCTGACAAT 
CAGAGGAGGC TGAGCCCTCC TTTTCCACTG GAGCCTGCAC AGAAATCTAG AGTAAGCAGT 
CCACTGGCCA GTTTTCTGCA GCAACAAAGG AGTGCTTCAT CTCTGGAGTG GGAACCTGAG 
CCACACCTCT ATCGTTCAAA GAGTTTAAAA AGCATTAATG TTCATGGCGA TCTACTACGA 
AAAAGCCATC CTCCAAAAGT CAGGGAGCGC CATTTTTCTG AAAGCACTTC TATTGACAAT 
GCCCTGAGTC GACTGACCCT TGGGAATGAA TTCTCTGTCA ACAATGGGTA CAGTCGAAGA 
TTCAGATCTT TTTCTGAACT CCCCTCCTGT GATGGAAATG AAAGTTGGGC TTATCGCAGC 
GGGACAAAAA CAGGTCCCAG GTCTGCAATA TCTATATACA GACCTATCGA CTATGGGATC 
TTTGGGAAAG AACAACAGTT AGCTTTCTTA GAAAATGTAA AGAGGTCACT TACACAAGGA 
AGATTATGGA AACCAAGTTT TCTTAAGAAC CCTGGCTTCC TAAAAGATGA TTTGAGGAAC 
CCTCCCAACC CCTCAGAGTC ATTAAGCTCA AATTCTCCCA GTAGTCAGGT GCCAGAAGAT 
GGCTTATCTC CAAGTGAACC GCTTAATATC TATGAGGATG ACCCAGTGGA CTCAGATTGT 
GACACAGACA CAACCACAGA TGATGAATAC TACCTGGATG AAAATGACAA AGAGTCAGAA 
CTGTGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

EXPH5 ( NM_001144763.2 ) cDNA ORF clone, Homo sapiens(human) -> NP_001138235.1 Homo sapiens exophilin 5 (EXPH5), transcript variant 4, mRNA.

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CloneID	OHu65416
Clone ID Related Accession (Same CDS sequence)	XM_017017399.1 , XM_011542696.2 , XM_011542700.2 , XM_017017397.1 , NM_001144763.2 , XM_017017400.1 , NM_001144763.1 , XM_011542698.2
Accession Version	NM_001144763.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5742bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-08-20
Organism	Homo sapiens(human)
Product	exophilin-5 isoform 4
Comment	Comment: REVIEWED REFSEQ: This record has been curated by NCBI staff. The reference sequence was derived from AP002453.4, CR627226.1, BC117701.1, KF455497.1, AP005718.3 and AL050204.1. On May 31, 2019 this sequence version replaced NM_001144763.1. Transcript Variant: This variant (4) represents use of an alternate promoter and therefore differs in the 5' UTR and 5' coding region, compared to variant 1. These differences cause translation initiation at a downstream start codon and result in an isoform (4) with a shorter N-terminus, compared to isoform 1. Sequence Note: This RefSeq record was created from transcript and genomic sequence data to make the sequence consistent with the reference genome assembly. The genomic coordinates used for the transcript record were based on transcript alignments. Publication Note: This RefSeq record includes a subset of the publications that are available for this gene. Please see the Gene record to access additional publications. ##Evidence-Data-START## Transcript exon combination :: CR627226.1, SRR6380202.159657.1 [ECO:0000332] RNAseq introns :: mixed/partial sample support SAMEA1965299, SAMEA1968540 [ECO:0000350] ##Evidence-Data-END## COMPLETENESS: complete on the 3' end.

ATGTTAAAAC AACCACTTAC ATACAGGCTA AGTAAGGAGA TGGCAAAAAA TGATCCGATA 
GAATTACCTA CATCAAGATC TAAAAATGTA ACTAATCAAA AAAAGCCGAC ACCTTTTTCT 
TCCCGGATGA GCTTCAGATC GTCATTTGCT TCCCTGTTCT CATTCAGGAA ATCTGGAAAG 
GAGACTTCAA AGCTTCCATC ACTGGGACAG AAAGGATGTG ATGGCCATGC AGGACCTCCT 
ATGCCTGTGA GGGGAGCTGC TGTGCAGGCA AAAATATACA ATTCACCTCT GGAAAATCAT 
CTAGTTGACA GTACATTTGT CCCAAAGCCA GCAGTCATGA GGGAGGAGAG TGGCATGCCT 
CCACCGTGGG ATGCTTCACT GCTGGAGAAT GAGTTTTTCC AAGTTTTAGA TGACTTGGAT 
AGCAAATTGG CTCAGGAACA GTCTGCAAGC TCAGTGAATA CCAGAACACC CCTCAACTAT 
GGATCAAGAA CACAGTTCGG TCACTTTTAT TCCAGTGGTA ACAGACATGG TAATATCACA 
GAAAGGCACA AAAAACACTA TAATGAAACT TCCAATATGT CTATCTATGA CATCCTAAGA 
CCAGGAACTC CTAGGGAAGG TTTTAAAACC TTTTCTCCTA GGACAAGCAC AATTTATGAT 
ATGTATAGGA CAAGGGAGCC CAGAGTCTTT AAAGAAGATT ATGTGCAAAA GAATACTTTT 
GGCAGTACTT CGCTGTGTTT TGACAGCAGG CAACGGTCGG CCTTACCAGC CACAGGGCAT 
TTCACAGCAA GAAGCTTACA TTTTCCAGCC ACAACTCAGA GCAAGAGTGG GTTTATACCA 
CCAAGGCACC AGCAGAGTCC AAAGAGAACT CCTTTATCAT CCATCATATG GAACAGATCA 
GATTCCTCTA GAGACAGGGA GAACCAGGAA GAGTTCCTGA GGGCACCATC ACCAATGGAA 
ATTGATCCCG CTGACAAGTA TGTGTATCCC AGGGGTTTTC AGGAGAATAA GAGATATGAA 
TCGTACCATT CACAGAATGT TTACCAACGT GTTAGTTTAA ATGCTCCCAT GGAGAATGCA 
ATGAGTCCCG ACACTTTTGA GAACTCAGAG AACATGCCAT TCTACCATCA AAGCAACACA 
TTTACCAGAT CTTTCTTCAG CAATACCTTT GGACGAAGCG GAGAACAGAG GAGATTTGGA 
CAAGGTCCTT TTTGGGGCCA AGAGAAAGGA CATTCTTTCT GGTCTGACTT TCATCGAAGC 
AGGAAATCAT TCAGTTCTTC TGACAGAGAC TTTGAAATGA TTTCCATGGA AGCAAATAGT 
GTATCAGCCA TTCATGGCCA TAATGTTTCT TCTGAACACT GGGAATCATT TTCTTCTGGT 
TATGGAACAG ATGTTTCCAG AGGCCAAGAA GAGCCACATC CTTGGCAGTT TGATTTTCAG 
AGATCCACAC TGGATAGCAT GGTGGTATCA CATGGTAATG AGACCCAGTT GACTCCTCAT 
TTTGGCACAC CAAATGTTTG CTCCATGACT GGTTCAAGCT ATCACGTCAA ATCTAGTGAG 
TTGGTAAGTC AACAGGACAG TTCTCCTGTA GAAGTACATA TAAACAAAGA AGCTTCCTCA 
TTTGGAATTG CTCAGACTCT AGCATCCTCA TTCAAAACTT CCTTTTCCCA GATTTCTGAT 
GACAGAAGGA ATCCTCAGAG TCCCAACTTG CAGAATCCCA CAGTCACTTT GCAGAAAATT 
TTTCCAAATA AGCCTGCCTC TCATCCAATG AGAAGCCATA CAGAAGTCAC TGTGACCAGC 
AGCAATTCAG TTGACTCTCT GCCTCTTGCC AAAAGCCAGC CCAATATCTT GGTCACAGAA 
GTAAATAATG AGAAAGACTT AAATGAATCT ATTTCAGAAG AAGACAAACA GCTAAGCAAG 
ATGGACCAGA CAAACAAGGC AGGTGAAATA CCCCAACCTG TTTCACAGAC AGGGATCTCA 
AACTCTTTAC CTGATTTTCA AAATCCCTTA TCCCAGGACT CAGCCAAGAG CAACGGGTTT 
GGTTTTAATG CATCTACCAT AATAAGTTCA AAAAAGTCAC CCAGAGTCTT TTCCAGGAAA 
GATACCTCCA AAATGTATAT ACCGCACACA GATAAATCCA ATGACATTAA ACAAGATAAG 
AGGTTTACTG AAAACAGAAA ACTTGGCTCA ACAGCTTCCC TTCCTTTCAT TCAGGAACAC 
AGAACACCAC CATCTTTCCC CAGGACAGAC CAAGGTTGTC ACCAGGAATT AACTGTAAAT 
AATGAAGATA TTTCAAGAAT TATTACAAAT AACCACTGGA GCTCTGCACT GACTGATACT 
CAAAATGCAC AATACTCAAA ATGCAAGTTA ACTCCTGGCC ACAAGACCTC GTGTGATTCT 
TTAGATCTGT CATCAGCTGC ACTACCAGAT TCCTCACCAT CAAAGAATTC TTCCCTTGAT 
GCTCCTGTGG TTCCATCTAC TACAGTGTTC TCCAGGAGAA GTCCTTCAGA CAAAGATCCA 
TCGCTAGGAG AAAGAGAAGA AAAAGACAAT GCTGGGAAGA ACCAAAAGAA TCAGTTTATT 
GTAAGCCACT CAGAAAACCA AGAGAGAAAT GATAGTCCTG TGCCTACACA TGATGAAGTG 
GTTGATGTCA AATGCCATTC ACACTCTCCT TTTAGGAATG AAAGAGGAAA AGGAAAAATA 
AGGCATCATA TATCCTGTAT TGAAAAGTTA AGCAAAACAG AAAGTATATC AGTACCCACC 
AGTGATCACA GGAGCCTCAT TGAAGCAAAT CAAAGCAATT CCAAAGTTTC TGAACTTGAC 
ACAATTTATT GTACCTTGCC AAGAAAATCA AGCAGTTTTC TCATACATGG CAGGCAGTCA 
GGAAGTAAAA TAATGGCTGC TTCATTGAGG AATGGGCCAC CTCCCTTCCA AATCAAAAAT 
AATGTGGAAG ATGCAATGGG GAACTATATG TTAAACAAAT TTAGTCCCAG TTCTCCTGAG 
TCAGCGAATG AATGTTCCAA AGTCCTTTCA GACTCAGCCC TGGAAGCACC TGAAGCCACA 
GAGAGAATGA CAAATGTAAA AAGCAGTGGA TCTACTTCCG TTAGAAAAGG ACCACTTCCA 
TTCCTCATCA ACAGGGCTAT GTCATGTCCC TCAGGGGAGC CACATGCCTC AACTGGAAGA 
GAAGGAAGAA AAAAGCCATT GACCTCAGGC ATGGATGCTT CTGAGCTAAC ACCAAGGGCT 
TGGGAGAGAA TCATTAGCCC TGTGGAAAGT GACTCATCTG TTAGAGATTG TTCTTTAACC 
AAAAGACAAC ACCAAAAGGA AAACTTCCAA GAATACACTG AGAAAGAGGG TAAAATGGCT 
GCCTCCAGGA GAAGTGTATT TGCTCTTTCA AATGAAGACC CTTTACCTTT TTGCTCAGAC 
TTGTCAGGAA AAGAACGTGG GAAAACATTA CATAAAGTTA AGACGACTAG TACGTTTTCT 
GTTTCTGGTG ATGAAGATAA TGTAAAATGT CTGGAGGTGG TCTCAATATA TTACACTCTA 
CCGAGGAAAC CCAGCAAAAA ATTCTGTAAC CTCCTTCAAC AGTATACACA AAATACTAAT 
TTACTTATAG AATCACCTCA AGTGGAGACT GAAACATTTC CTAACGCTTT AGAAAAAGAC 
AAACAGAATT ATTCTACACG AGAGCAGTCA GGAACACCTT CATGTGAAAA TCTAAAGATG 
TCCGTCAACT CTGATCAGAC GCTCACCACT GAAAATATGA CTGCCTTCCG ATTATCAAAT 
AGGGGGCCCC TAGCTCCTAC ATTACAGGAA ATGGCTTCTG TTGAGGCAGC TGTTTCTCTT 
CCTGAAGAGG AATCTAAAGC TAGAGAGATT TTTTCAGATA ATTTAGCTAA AACACCTCTA 
GGTGATTCAG AAAACAAGAA GGAAAGAGGC AAAAAGTTGC AAAGTGAAAC CCTGCATACT 
TCATTGATGC TTCAGAGAAA AAATGTATCC GAAGAAAAAT CTGAAAATTG TCAACAATCC 
ATTAATTCAA GTAACAGTGG TCCCTCTAGT CTTCCAGCTC TTTCAGAAGT TAATATTGGA 
AATTCCCAAA CTAGAAGAAG TTCTTGGGAG TGTACAGGGA GTGGTAGAGC CATTCCATTT 
ACTGGAAGTG GCAAGTGTCC CCAGAAAGAT CACACATCCA CAGCTGTAGG TGATGGCTCC 
AGTGGATCAC AGCCTAGGGA AGGCAGAGGG GACATTGGAA CCAACTGCCA AAAAATGACT 
AATAAAACAC TTTCTCACTC AGAGAGTCAA GTCTTTGCCC TTACTCCAGC ATTGCATAAA 
CTACAGCTTG GTGAGGAGAC TCAGTCAGAT GAACCAAACT TAGAGAGTCT GCAGTCTGAA 
CCAAGAGAAT TACCTCAAAG AAGTCAGGAG GCAAATATGA CAGAGAGCAG GAAGGCTGAA 
GATGAAATGC AGAAGTCAGC TTGGGATCAA CCTTCACTTC CTGAAGGAAA CAAAAATAAA 
ACCAACTTGG ATGACCTAGT AAAGGGGGAA AATAGATCTT CAGTTAAACA CAGATTGGCA 
GCCATGTCTA AAGCCAGCAG AAAATTCCCA GCTAAAGATG TAAGCCCCAG AAGACATGTA 
GCTACTATCT TCCCCCAAAG TGGAAGCAGA TCTGGCTTTG ACCATTTATC TCTTGGCACA 
GTGGAGTGCA ACCCACTGTT CCCTGAGCCT ACTCCAAAAT CTGCAGAGTC CATTGGCGAA 
AGCAGGTTGA GTGAGAACGG AAAGCATGTG AAGAAATCCG AGAACCTTCT CCCCATTACT 
GTACTACCCA ACAGAGAACC TTCTACACAC GTCAGCAACC AGAAGTCTAA CAGCATTTCA 
CAACGACATC AGAATGAGTT TAAAAACGTC TCAGAATCAC CATCAAAGCA TGAGAATTCT 
AAAGACGTCA CAGCAGCTCA GAATTTAGTA AGAGAATCAG GAGCCCCATC ACCCATCACA 
TTCACCAGCC TCAGGGAAGC AGAATTCTCT GACAATCAGA GGAGGCTGAG CCCTCCTTTT 
CCACTGGAGC CTGCACAGAA ATCTAGAGTA AGCAGTCCAC TGGCCAGTTT TCTGCAGCAA 
CAAAGGAGTG CTTCATCTCT GGAGTGGGAA CCTGAGCCAC ACCTCTATCG TTCAAAGAGT 
TTAAAAAGCA TTAATGTTCA TGGCGATCTA CTACGAAAAA GCCATCCTCC AAAAGTCAGG 
GAGCGCCATT TTTCTGAAAG CACTTCTATT GACAATGCCC TGAGTCGACT GACCCTTGGG 
AATGAATTCT CTGTCAACAA TGGGTACAGT CGAAGATTCA GATCTTTTTC TGAACTCCCC 
TCCTGTGATG GAAATGAAAG TTGGGCTTAT CGCAGCGGGA CAAAAACAGG TCCCAGGTCT 
GCAATATCTA TATACAGACC TATCGACTAT GGGATCTTTG GGAAAGAACA ACAGTTAGCT 
TTCTTAGAAA ATGTAAAGAG GTCACTTACA CAAGGAAGAT TATGGAAACC AAGTTTTCTT 
AAGAACCCTG GCTTCCTAAA AGATGATTTG AGGAACCCTC CCAACCCCTC AGAGTCATTA 
AGCTCAAATT CTCCCAGTAG TCAGGTGCCA GAAGATGGCT TATCTCCAAG TGAACCGCTT 
AATATCTATG AGGATGACCC AGTGGACTCA GATTGTGACA CAGACACAAC CACAGATGAT 
GAATACTACC TGGATGAAAA TGACAAAGAG TCAGAACTGT GA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	NP_001138235.1
CDS	320..6061
Translation	MLKQPLTYRLSKEMAKNDPIELPTSRSKNVTNQKKPTPFSSRMSFRSSFASLFSFRKSGKETSKLPSLGQKGCDGHAGPPMPVRGAAVQAKIYNSPLENHLVDSTFVPKPAVMREESGMPPPWDASLLENEFFQVLDDLDSKLAQEQSASSVNTRTPLNYGSRTQFGHFYSSGNRHGNITERHKKHYNETSNMSIYDILRPGTPREGFKTFSPRTSTIYDMYRTREPRVFKEDYVQKNTFGSTSLCFDSRQRSALPATGHFTARSLHFPATTQSKSGFIPPRHQQSPKRTPLSSIIWNRSDSSRDRENQEEFLRAPSPMEIDPADKYVYPRGFQENKRYESYHSQNVYQRVSLNAPMENAMSPDTFENSENMPFYHQSNTFTRSFFSNTFGRSGEQRRFGQGPFWGQEKGHSFWSDFHRSRKSFSSSDRDFEMISMEANSVSAIHGHNVSSEHWESFSSGYGTDVSRGQEEPHPWQFDFQRSTLDSMVVSHGNETQLTPHFGTPNVCSMTGSSYHVKSSELVSQQDSSPVEVHINKEASSFGIAQTLASSFKTSFSQISDDRRNPQSPNLQNPTVTLQKIFPNKPASHPMRSHTEVTVTSSNSVDSLPLAKSQPNILVTEVNNEKDLNESISEEDKQLSKMDQTNKAGEIPQPVSQTGISNSLPDFQNPLSQDSAKSNGFGFNASTIISSKKSPRVFSRKDTSKMYIPHTDKSNDIKQDKRFTENRKLGSTASLPFIQEHRTPPSFPRTDQGCHQELTVNNEDISRIITNNHWSSALTDTQNAQYSKCKLTPGHKTSCDSLDLSSAALPDSSPSKNSSLDAPVVPSTTVFSRRSPSDKDPSLGEREEKDNAGKNQKNQFIVSHSENQERNDSPVPTHDEVVDVKCHSHSPFRNERGKGKIRHHISCIEKLSKTESISVPTSDHRSLIEANQSNSKVSELDTIYCTLPRKSSSFLIHGRQSGSKIMAASLRNGPPPFQIKNNVEDAMGNYMLNKFSPSSPESANECSKVLSDSALEAPEATERMTNVKSSGSTSVRKGPLPFLINRAMSCPSGEPHASTGREGRKKPLTSGMDASELTPRAWERIISPVESDSSVRDCSLTKRQHQKENFQEYTEKEGKMAASRRSVFALSNEDPLPFCSDLSGKERGKTLHKVKTTSTFSVSGDEDNVKCLEVVSIYYTLPRKPSKKFCNLLQQYTQNTNLLIESPQVETETFPNALEKDKQNYSTREQSGTPSCENLKMSVNSDQTLTTENMTAFRLSNRGPLAPTLQEMASVEAAVSLPEEESKAREIFSDNLAKTPLGDSENKKERGKKLQSETLHTSLMLQRKNVSEEKSENCQQSINSSNSGPSSLPALSEVNIGNSQTRRSSWECTGSGRAIPFTGSGKCPQKDHTSTAVGDGSSGSQPREGRGDIGTNCQKMTNKTLSHSESQVFALTPALHKLQLGEETQSDEPNLESLQSEPRELPQRSQEANMTESRKAEDEMQKSAWDQPSLPEGNKNKTNLDDLVKGENRSSVKHRLAAMSKASRKFPAKDVSPRRHVATIFPQSGSRSGFDHLSLGTVECNPLFPEPTPKSAESIGESRLSENGKHVKKSENLLPITVLPNREPSTHVSNQKSNSISQRHQNEFKNVSESPSKHENSKDVTAAQNLVRESGAPSPITFTSLREAEFSDNQRRLSPPFPLEPAQKSRVSSPLASFLQQQRSASSLEWEPEPHLYRSKSLKSINVHGDLLRKSHPPKVRERHFSESTSIDNALSRLTLGNEFSVNNGYSRRFRSFSELPSCDGNESWAYRSGTKTGPRSAISIYRPIDYGIFGKEQQLAFLENVKRSLTQGRLWKPSFLKNPGFLKDDLRNPPNPSESLSSNSPSSQVPEDGLSPSEPLNIYEDDPVDSDCDTDTTTDDEYYLDENDKESEL

Target ORF information:

RefSeq Version	NM_001144763.2
Organism	Homo sapiens(human)
Definition	Homo sapiens exophilin 5 (EXPH5), transcript variant 4, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

NM_001144763.2

ORF Insert Sequence:

ATGTTAAAAC AACCACTTAC ATACAGGCTA AGTAAGGAGA TGGCAAAAAA TGATCCGATA 
GAATTACCTA CATCAAGATC TAAAAATGTA ACTAATCAAA AAAAGCCGAC ACCTTTTTCT 
TCCCGGATGA GCTTCAGATC GTCATTTGCT TCCCTGTTCT CATTCAGGAA ATCTGGAAAG 
GAGACTTCAA AGCTTCCATC ACTGGGACAG AAAGGATGTG ATGGCCATGC AGGACCTCCT 
ATGCCTGTGA GGGGAGCTGC TGTGCAGGCA AAAATATACA ATTCACCTCT GGAAAATCAT 
CTAGTTGACA GTACATTTGT CCCAAAGCCA GCAGTCATGA GGGAGGAGAG TGGCATGCCT 
CCACCGTGGG ATGCTTCACT GCTGGAGAAT GAGTTTTTCC AAGTTTTAGA TGACTTGGAT 
AGCAAATTGG CTCAGGAACA GTCTGCAAGC TCAGTGAATA CCAGAACACC CCTCAACTAT 
GGATCAAGAA CACAGTTCGG TCACTTTTAT TCCAGTGGTA ACAGACATGG TAATATCACA 
GAAAGGCACA AAAAACACTA TAATGAAACT TCCAATATGT CTATCTATGA CATCCTAAGA 
CCAGGAACTC CTAGGGAAGG TTTTAAAACC TTTTCTCCTA GGACAAGCAC AATTTATGAT 
ATGTATAGGA CAAGGGAGCC CAGAGTCTTT AAAGAAGATT ATGTGCAAAA GAATACTTTT 
GGCAGTACTT CGCTGTGTTT TGACAGCAGG CAACGGTCGG CCTTACCAGC CACAGGGCAT 
TTCACAGCAA GAAGCTTACA TTTTCCAGCC ACAACTCAGA GCAAGAGTGG GTTTATACCA 
CCAAGGCACC AGCAGAGTCC AAAGAGAACT CCTTTATCAT CCATCATATG GAACAGATCA 
GATTCCTCTA GAGACAGGGA GAACCAGGAA GAGTTCCTGA GGGCACCATC ACCAATGGAA 
ATTGATCCCG CTGACAAGTA TGTGTATCCC AGGGGTTTTC AGGAGAATAA GAGATATGAA 
TCGTACCATT CACAGAATGT TTACCAACGT GTTAGTTTAA ATGCTCCCAT GGAGAATGCA 
ATGAGTCCCG ACACTTTTGA GAACTCAGAG AACATGCCAT TCTACCATCA AAGCAACACA 
TTTACCAGAT CTTTCTTCAG CAATACCTTT GGACGAAGCG GAGAACAGAG GAGATTTGGA 
CAAGGTCCTT TTTGGGGCCA AGAGAAAGGA CATTCTTTCT GGTCTGACTT TCATCGAAGC 
AGGAAATCAT TCAGTTCTTC TGACAGAGAC TTTGAAATGA TTTCCATGGA AGCAAATAGT 
GTATCAGCCA TTCATGGCCA TAATGTTTCT TCTGAACACT GGGAATCATT TTCTTCTGGT 
TATGGAACAG ATGTTTCCAG AGGCCAAGAA GAGCCACATC CTTGGCAGTT TGATTTTCAG 
AGATCCACAC TGGATAGCAT GGTGGTATCA CATGGTAATG AGACCCAGTT GACTCCTCAT 
TTTGGCACAC CAAATGTTTG CTCCATGACT GGTTCAAGCT ATCACGTCAA ATCTAGTGAG 
TTGGTAAGTC AACAGGACAG TTCTCCTGTA GAAGTACATA TAAACAAAGA AGCTTCCTCA 
TTTGGAATTG CTCAGACTCT AGCATCCTCA TTCAAAACTT CCTTTTCCCA GATTTCTGAT 
GACAGAAGGA ATCCTCAGAG TCCCAACTTG CAGAATCCCA CAGTCACTTT GCAGAAAATT 
TTTCCAAATA AGCCTGCCTC TCATCCAATG AGAAGCCATA CAGAAGTCAC TGTGACCAGC 
AGCAATTCAG TTGACTCTCT GCCTCTTGCC AAAAGCCAGC CCAATATCTT GGTCACAGAA 
GTAAATAATG AGAAAGACTT AAATGAATCT ATTTCAGAAG AAGACAAACA GCTAAGCAAG 
ATGGACCAGA CAAACAAGGC AGGTGAAATA CCCCAACCTG TTTCACAGAC AGGGATCTCA 
AACTCTTTAC CTGATTTTCA AAATCCCTTA TCCCAGGACT CAGCCAAGAG CAACGGGTTT 
GGTTTTAATG CATCTACCAT AATAAGTTCA AAAAAGTCAC CCAGAGTCTT TTCCAGGAAA 
GATACCTCCA AAATGTATAT ACCGCACACA GATAAATCCA ATGACATTAA ACAAGATAAG 
AGGTTTACTG AAAACAGAAA ACTTGGCTCA ACAGCTTCCC TTCCTTTCAT TCAGGAACAC 
AGAACACCAC CATCTTTCCC CAGGACAGAC CAAGGTTGTC ACCAGGAATT AACTGTAAAT 
AATGAAGATA TTTCAAGAAT TATTACAAAT AACCACTGGA GCTCTGCACT GACTGATACT 
CAAAATGCAC AATACTCAAA ATGCAAGTTA ACTCCTGGCC ACAAGACCTC GTGTGATTCT 
TTAGATCTGT CATCAGCTGC ACTACCAGAT TCCTCACCAT CAAAGAATTC TTCCCTTGAT 
GCTCCTGTGG TTCCATCTAC TACAGTGTTC TCCAGGAGAA GTCCTTCAGA CAAAGATCCA 
TCGCTAGGAG AAAGAGAAGA AAAAGACAAT GCTGGGAAGA ACCAAAAGAA TCAGTTTATT 
GTAAGCCACT CAGAAAACCA AGAGAGAAAT GATAGTCCTG TGCCTACACA TGATGAAGTG 
GTTGATGTCA AATGCCATTC ACACTCTCCT TTTAGGAATG AAAGAGGAAA AGGAAAAATA 
AGGCATCATA TATCCTGTAT TGAAAAGTTA AGCAAAACAG AAAGTATATC AGTACCCACC 
AGTGATCACA GGAGCCTCAT TGAAGCAAAT CAAAGCAATT CCAAAGTTTC TGAACTTGAC 
ACAATTTATT GTACCTTGCC AAGAAAATCA AGCAGTTTTC TCATACATGG CAGGCAGTCA 
GGAAGTAAAA TAATGGCTGC TTCATTGAGG AATGGGCCAC CTCCCTTCCA AATCAAAAAT 
AATGTGGAAG ATGCAATGGG GAACTATATG TTAAACAAAT TTAGTCCCAG TTCTCCTGAG 
TCAGCGAATG AATGTTCCAA AGTCCTTTCA GACTCAGCCC TGGAAGCACC TGAAGCCACA 
GAGAGAATGA CAAATGTAAA AAGCAGTGGA TCTACTTCCG TTAGAAAAGG ACCACTTCCA 
TTCCTCATCA ACAGGGCTAT GTCATGTCCC TCAGGGGAGC CACATGCCTC AACTGGAAGA 
GAAGGAAGAA AAAAGCCATT GACCTCAGGC ATGGATGCTT CTGAGCTAAC ACCAAGGGCT 
TGGGAGAGAA TCATTAGCCC TGTGGAAAGT GACTCATCTG TTAGAGATTG TTCTTTAACC 
AAAAGACAAC ACCAAAAGGA AAACTTCCAA GAATACACTG AGAAAGAGGG TAAAATGGCT 
GCCTCCAGGA GAAGTGTATT TGCTCTTTCA AATGAAGACC CTTTACCTTT TTGCTCAGAC 
TTGTCAGGAA AAGAACGTGG GAAAACATTA CATAAAGTTA AGACGACTAG TACGTTTTCT 
GTTTCTGGTG ATGAAGATAA TGTAAAATGT CTGGAGGTGG TCTCAATATA TTACACTCTA 
CCGAGGAAAC CCAGCAAAAA ATTCTGTAAC CTCCTTCAAC AGTATACACA AAATACTAAT 
TTACTTATAG AATCACCTCA AGTGGAGACT GAAACATTTC CTAACGCTTT AGAAAAAGAC 
AAACAGAATT ATTCTACACG AGAGCAGTCA GGAACACCTT CATGTGAAAA TCTAAAGATG 
TCCGTCAACT CTGATCAGAC GCTCACCACT GAAAATATGA CTGCCTTCCG ATTATCAAAT 
AGGGGGCCCC TAGCTCCTAC ATTACAGGAA ATGGCTTCTG TTGAGGCAGC TGTTTCTCTT 
CCTGAAGAGG AATCTAAAGC TAGAGAGATT TTTTCAGATA ATTTAGCTAA AACACCTCTA 
GGTGATTCAG AAAACAAGAA GGAAAGAGGC AAAAAGTTGC AAAGTGAAAC CCTGCATACT 
TCATTGATGC TTCAGAGAAA AAATGTATCC GAAGAAAAAT CTGAAAATTG TCAACAATCC 
ATTAATTCAA GTAACAGTGG TCCCTCTAGT CTTCCAGCTC TTTCAGAAGT TAATATTGGA 
AATTCCCAAA CTAGAAGAAG TTCTTGGGAG TGTACAGGGA GTGGTAGAGC CATTCCATTT 
ACTGGAAGTG GCAAGTGTCC CCAGAAAGAT CACACATCCA CAGCTGTAGG TGATGGCTCC 
AGTGGATCAC AGCCTAGGGA AGGCAGAGGG GACATTGGAA CCAACTGCCA AAAAATGACT 
AATAAAACAC TTTCTCACTC AGAGAGTCAA GTCTTTGCCC TTACTCCAGC ATTGCATAAA 
CTACAGCTTG GTGAGGAGAC TCAGTCAGAT GAACCAAACT TAGAGAGTCT GCAGTCTGAA 
CCAAGAGAAT TACCTCAAAG AAGTCAGGAG GCAAATATGA CAGAGAGCAG GAAGGCTGAA 
GATGAAATGC AGAAGTCAGC TTGGGATCAA CCTTCACTTC CTGAAGGAAA CAAAAATAAA 
ACCAACTTGG ATGACCTAGT AAAGGGGGAA AATAGATCTT CAGTTAAACA CAGATTGGCA 
GCCATGTCTA AAGCCAGCAG AAAATTCCCA GCTAAAGATG TAAGCCCCAG AAGACATGTA 
GCTACTATCT TCCCCCAAAG TGGAAGCAGA TCTGGCTTTG ACCATTTATC TCTTGGCACA 
GTGGAGTGCA ACCCACTGTT CCCTGAGCCT ACTCCAAAAT CTGCAGAGTC CATTGGCGAA 
AGCAGGTTGA GTGAGAACGG AAAGCATGTG AAGAAATCCG AGAACCTTCT CCCCATTACT 
GTACTACCCA ACAGAGAACC TTCTACACAC GTCAGCAACC AGAAGTCTAA CAGCATTTCA 
CAACGACATC AGAATGAGTT TAAAAACGTC TCAGAATCAC CATCAAAGCA TGAGAATTCT 
AAAGACGTCA CAGCAGCTCA GAATTTAGTA AGAGAATCAG GAGCCCCATC ACCCATCACA 
TTCACCAGCC TCAGGGAAGC AGAATTCTCT GACAATCAGA GGAGGCTGAG CCCTCCTTTT 
CCACTGGAGC CTGCACAGAA ATCTAGAGTA AGCAGTCCAC TGGCCAGTTT TCTGCAGCAA 
CAAAGGAGTG CTTCATCTCT GGAGTGGGAA CCTGAGCCAC ACCTCTATCG TTCAAAGAGT 
TTAAAAAGCA TTAATGTTCA TGGCGATCTA CTACGAAAAA GCCATCCTCC AAAAGTCAGG 
GAGCGCCATT TTTCTGAAAG CACTTCTATT GACAATGCCC TGAGTCGACT GACCCTTGGG 
AATGAATTCT CTGTCAACAA TGGGTACAGT CGAAGATTCA GATCTTTTTC TGAACTCCCC 
TCCTGTGATG GAAATGAAAG TTGGGCTTAT CGCAGCGGGA CAAAAACAGG TCCCAGGTCT 
GCAATATCTA TATACAGACC TATCGACTAT GGGATCTTTG GGAAAGAACA ACAGTTAGCT 
TTCTTAGAAA ATGTAAAGAG GTCACTTACA CAAGGAAGAT TATGGAAACC AAGTTTTCTT 
AAGAACCCTG GCTTCCTAAA AGATGATTTG AGGAACCCTC CCAACCCCTC AGAGTCATTA 
AGCTCAAATT CTCCCAGTAG TCAGGTGCCA GAAGATGGCT TATCTCCAAG TGAACCGCTT 
AATATCTATG AGGATGACCC AGTGGACTCA GATTGTGACA CAGACACAAC CACAGATGAT 
GAATACTACC TGGATGAAAA TGACAAAGAG TCAGAACTGT GA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

EXPH5 ( NM_001144763.1 ) cDNA ORF clone, Homo sapiens(human) -> NP_001138235.1 Homo sapiens exophilin 5 (EXPH5), transcript variant 4, mRNA.

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CloneID	OHu65416
Clone ID Related Accession (Same CDS sequence)	XM_017017399.1 , XM_011542696.2 , XM_011542700.2 , XM_017017397.1 , NM_001144763.2 , XM_017017400.1 , NM_001144763.1 , XM_011542698.2
Accession Version	NM_001144763.1	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5742bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2018-06-23
Organism	Homo sapiens(human)
Product	exophilin-5 isoform 4
Comment	Comment: REVIEWED REFSEQ: This record has been curated by NCBI staff. The reference sequence was derived from CR627226.1, AP002453.4, BC117701.1, KF455497.1, AP005718.3, AL050204.1 and AI203086.1. On Aug 21, 2015 this sequence version replaced XM_011542697.1. Transcript Variant: This variant (4) represents use of an alternate promoter and therefore differs in the 5' UTR and 5' coding region, compared to variant 1. These differences cause translation initiation at a downstream start codon and result in an isoform (4) with a shorter N-terminus, compared to isoform 1. Sequence Note: This RefSeq record was created from transcript and genomic sequence data to make the sequence consistent with the reference genome assembly. The genomic coordinates used for the transcript record were based on transcript alignments. ##Evidence-Data-START## Transcript exon combination :: CR627226.1 [ECO:0000332] RNAseq introns :: mixed/partial sample support SAMEA1965299, SAMEA1968540 [ECO:0000350] ##Evidence-Data-END## COMPLETENESS: complete on the 3' end.

ATGTTAAAAC AACCACTTAC ATACAGGCTA AGTAAGGAGA TGGCAAAAAA TGATCCGATA 
GAATTACCTA CATCAAGATC TAAAAATGTA ACTAATCAAA AAAAGCCGAC ACCTTTTTCT 
TCCCGGATGA GCTTCAGATC GTCATTTGCT TCCCTGTTCT CATTCAGGAA ATCTGGAAAG 
GAGACTTCAA AGCTTCCATC ACTGGGACAG AAAGGATGTG ATGGCCATGC AGGACCTCCT 
ATGCCTGTGA GGGGAGCTGC TGTGCAGGCA AAAATATACA ATTCACCTCT GGAAAATCAT 
CTAGTTGACA GTACATTTGT CCCAAAGCCA GCAGTCATGA GGGAGGAGAG TGGCATGCCT 
CCACCGTGGG ATGCTTCACT GCTGGAGAAT GAGTTTTTCC AAGTTTTAGA TGACTTGGAT 
AGCAAATTGG CTCAGGAACA GTCTGCAAGC TCAGTGAATA CCAGAACACC CCTCAACTAT 
GGATCAAGAA CACAGTTCGG TCACTTTTAT TCCAGTGGTA ACAGACATGG TAATATCACA 
GAAAGGCACA AAAAACACTA TAATGAAACT TCCAATATGT CTATCTATGA CATCCTAAGA 
CCAGGAACTC CTAGGGAAGG TTTTAAAACC TTTTCTCCTA GGACAAGCAC AATTTATGAT 
ATGTATAGGA CAAGGGAGCC CAGAGTCTTT AAAGAAGATT ATGTGCAAAA GAATACTTTT 
GGCAGTACTT CGCTGTGTTT TGACAGCAGG CAACGGTCGG CCTTACCAGC CACAGGGCAT 
TTCACAGCAA GAAGCTTACA TTTTCCAGCC ACAACTCAGA GCAAGAGTGG GTTTATACCA 
CCAAGGCACC AGCAGAGTCC AAAGAGAACT CCTTTATCAT CCATCATATG GAACAGATCA 
GATTCCTCTA GAGACAGGGA GAACCAGGAA GAGTTCCTGA GGGCACCATC ACCAATGGAA 
ATTGATCCCG CTGACAAGTA TGTGTATCCC AGGGGTTTTC AGGAGAATAA GAGATATGAA 
TCGTACCATT CACAGAATGT TTACCAACGT GTTAGTTTAA ATGCTCCCAT GGAGAATGCA 
ATGAGTCCCG ACACTTTTGA GAACTCAGAG AACATGCCAT TCTACCATCA AAGCAACACA 
TTTACCAGAT CTTTCTTCAG CAATACCTTT GGACGAAGCG GAGAACAGAG GAGATTTGGA 
CAAGGTCCTT TTTGGGGCCA AGAGAAAGGA CATTCTTTCT GGTCTGACTT TCATCGAAGC 
AGGAAATCAT TCAGTTCTTC TGACAGAGAC TTTGAAATGA TTTCCATGGA AGCAAATAGT 
GTATCAGCCA TTCATGGCCA TAATGTTTCT TCTGAACACT GGGAATCATT TTCTTCTGGT 
TATGGAACAG ATGTTTCCAG AGGCCAAGAA GAGCCACATC CTTGGCAGTT TGATTTTCAG 
AGATCCACAC TGGATAGCAT GGTGGTATCA CATGGTAATG AGACCCAGTT GACTCCTCAT 
TTTGGCACAC CAAATGTTTG CTCCATGACT GGTTCAAGCT ATCACGTCAA ATCTAGTGAG 
TTGGTAAGTC AACAGGACAG TTCTCCTGTA GAAGTACATA TAAACAAAGA AGCTTCCTCA 
TTTGGAATTG CTCAGACTCT AGCATCCTCA TTCAAAACTT CCTTTTCCCA GATTTCTGAT 
GACAGAAGGA ATCCTCAGAG TCCCAACTTG CAGAATCCCA CAGTCACTTT GCAGAAAATT 
TTTCCAAATA AGCCTGCCTC TCATCCAATG AGAAGCCATA CAGAAGTCAC TGTGACCAGC 
AGCAATTCAG TTGACTCTCT GCCTCTTGCC AAAAGCCAGC CCAATATCTT GGTCACAGAA 
GTAAATAATG AGAAAGACTT AAATGAATCT ATTTCAGAAG AAGACAAACA GCTAAGCAAG 
ATGGACCAGA CAAACAAGGC AGGTGAAATA CCCCAACCTG TTTCACAGAC AGGGATCTCA 
AACTCTTTAC CTGATTTTCA AAATCCCTTA TCCCAGGACT CAGCCAAGAG CAACGGGTTT 
GGTTTTAATG CATCTACCAT AATAAGTTCA AAAAAGTCAC CCAGAGTCTT TTCCAGGAAA 
GATACCTCCA AAATGTATAT ACCGCACACA GATAAATCCA ATGACATTAA ACAAGATAAG 
AGGTTTACTG AAAACAGAAA ACTTGGCTCA ACAGCTTCCC TTCCTTTCAT TCAGGAACAC 
AGAACACCAC CATCTTTCCC CAGGACAGAC CAAGGTTGTC ACCAGGAATT AACTGTAAAT 
AATGAAGATA TTTCAAGAAT TATTACAAAT AACCACTGGA GCTCTGCACT GACTGATACT 
CAAAATGCAC AATACTCAAA ATGCAAGTTA ACTCCTGGCC ACAAGACCTC GTGTGATTCT 
TTAGATCTGT CATCAGCTGC ACTACCAGAT TCCTCACCAT CAAAGAATTC TTCCCTTGAT 
GCTCCTGTGG TTCCATCTAC TACAGTGTTC TCCAGGAGAA GTCCTTCAGA CAAAGATCCA 
TCGCTAGGAG AAAGAGAAGA AAAAGACAAT GCTGGGAAGA ACCAAAAGAA TCAGTTTATT 
GTAAGCCACT CAGAAAACCA AGAGAGAAAT GATAGTCCTG TGCCTACACA TGATGAAGTG 
GTTGATGTCA AATGCCATTC ACACTCTCCT TTTAGGAATG AAAGAGGAAA AGGAAAAATA 
AGGCATCATA TATCCTGTAT TGAAAAGTTA AGCAAAACAG AAAGTATATC AGTACCCACC 
AGTGATCACA GGAGCCTCAT TGAAGCAAAT CAAAGCAATT CCAAAGTTTC TGAACTTGAC 
ACAATTTATT GTACCTTGCC AAGAAAATCA AGCAGTTTTC TCATACATGG CAGGCAGTCA 
GGAAGTAAAA TAATGGCTGC TTCATTGAGG AATGGGCCAC CTCCCTTCCA AATCAAAAAT 
AATGTGGAAG ATGCAATGGG GAACTATATG TTAAACAAAT TTAGTCCCAG TTCTCCTGAG 
TCAGCGAATG AATGTTCCAA AGTCCTTTCA GACTCAGCCC TGGAAGCACC TGAAGCCACA 
GAGAGAATGA CAAATGTAAA AAGCAGTGGA TCTACTTCCG TTAGAAAAGG ACCACTTCCA 
TTCCTCATCA ACAGGGCTAT GTCATGTCCC TCAGGGGAGC CACATGCCTC AACTGGAAGA 
GAAGGAAGAA AAAAGCCATT GACCTCAGGC ATGGATGCTT CTGAGCTAAC ACCAAGGGCT 
TGGGAGAGAA TCATTAGCCC TGTGGAAAGT GACTCATCTG TTAGAGATTG TTCTTTAACC 
AAAAGACAAC ACCAAAAGGA AAACTTCCAA GAATACACTG AGAAAGAGGG TAAAATGGCT 
GCCTCCAGGA GAAGTGTATT TGCTCTTTCA AATGAAGACC CTTTACCTTT TTGCTCAGAC 
TTGTCAGGAA AAGAACGTGG GAAAACATTA CATAAAGTTA AGACGACTAG TACGTTTTCT 
GTTTCTGGTG ATGAAGATAA TGTAAAATGT CTGGAGGTGG TCTCAATATA TTACACTCTA 
CCGAGGAAAC CCAGCAAAAA ATTCTGTAAC CTCCTTCAAC AGTATACACA AAATACTAAT 
TTACTTATAG AATCACCTCA AGTGGAGACT GAAACATTTC CTAACGCTTT AGAAAAAGAC 
AAACAGAATT ATTCTACACG AGAGCAGTCA GGAACACCTT CATGTGAAAA TCTAAAGATG 
TCCGTCAACT CTGATCAGAC GCTCACCACT GAAAATATGA CTGCCTTCCG ATTATCAAAT 
AGGGGGCCCC TAGCTCCTAC ATTACAGGAA ATGGCTTCTG TTGAGGCAGC TGTTTCTCTT 
CCTGAAGAGG AATCTAAAGC TAGAGAGATT TTTTCAGATA ATTTAGCTAA AACACCTCTA 
GGTGATTCAG AAAACAAGAA GGAAAGAGGC AAAAAGTTGC AAAGTGAAAC CCTGCATACT 
TCATTGATGC TTCAGAGAAA AAATGTATCC GAAGAAAAAT CTGAAAATTG TCAACAATCC 
ATTAATTCAA GTAACAGTGG TCCCTCTAGT CTTCCAGCTC TTTCAGAAGT TAATATTGGA 
AATTCCCAAA CTAGAAGAAG TTCTTGGGAG TGTACAGGGA GTGGTAGAGC CATTCCATTT 
ACTGGAAGTG GCAAGTGTCC CCAGAAAGAT CACACATCCA CAGCTGTAGG TGATGGCTCC 
AGTGGATCAC AGCCTAGGGA AGGCAGAGGG GACATTGGAA CCAACTGCCA AAAAATGACT 
AATAAAACAC TTTCTCACTC AGAGAGTCAA GTCTTTGCCC TTACTCCAGC ATTGCATAAA 
CTACAGCTTG GTGAGGAGAC TCAGTCAGAT GAACCAAACT TAGAGAGTCT GCAGTCTGAA 
CCAAGAGAAT TACCTCAAAG AAGTCAGGAG GCAAATATGA CAGAGAGCAG GAAGGCTGAA 
GATGAAATGC AGAAGTCAGC TTGGGATCAA CCTTCACTTC CTGAAGGAAA CAAAAATAAA 
ACCAACTTGG ATGACCTAGT AAAGGGGGAA AATAGATCTT CAGTTAAACA CAGATTGGCA 
GCCATGTCTA AAGCCAGCAG AAAATTCCCA GCTAAAGATG TAAGCCCCAG AAGACATGTA 
GCTACTATCT TCCCCCAAAG TGGAAGCAGA TCTGGCTTTG ACCATTTATC TCTTGGCACA 
GTGGAGTGCA ACCCACTGTT CCCTGAGCCT ACTCCAAAAT CTGCAGAGTC CATTGGCGAA 
AGCAGGTTGA GTGAGAACGG AAAGCATGTG AAGAAATCCG AGAACCTTCT CCCCATTACT 
GTACTACCCA ACAGAGAACC TTCTACACAC GTCAGCAACC AGAAGTCTAA CAGCATTTCA 
CAACGACATC AGAATGAGTT TAAAAACGTC TCAGAATCAC CATCAAAGCA TGAGAATTCT 
AAAGACGTCA CAGCAGCTCA GAATTTAGTA AGAGAATCAG GAGCCCCATC ACCCATCACA 
TTCACCAGCC TCAGGGAAGC AGAATTCTCT GACAATCAGA GGAGGCTGAG CCCTCCTTTT 
CCACTGGAGC CTGCACAGAA ATCTAGAGTA AGCAGTCCAC TGGCCAGTTT TCTGCAGCAA 
CAAAGGAGTG CTTCATCTCT GGAGTGGGAA CCTGAGCCAC ACCTCTATCG TTCAAAGAGT 
TTAAAAAGCA TTAATGTTCA TGGCGATCTA CTACGAAAAA GCCATCCTCC AAAAGTCAGG 
GAGCGCCATT TTTCTGAAAG CACTTCTATT GACAATGCCC TGAGTCGACT GACCCTTGGG 
AATGAATTCT CTGTCAACAA TGGGTACAGT CGAAGATTCA GATCTTTTTC TGAACTCCCC 
TCCTGTGATG GAAATGAAAG TTGGGCTTAT CGCAGCGGGA CAAAAACAGG TCCCAGGTCT 
GCAATATCTA TATACAGACC TATCGACTAT GGGATCTTTG GGAAAGAACA ACAGTTAGCT 
TTCTTAGAAA ATGTAAAGAG GTCACTTACA CAAGGAAGAT TATGGAAACC AAGTTTTCTT 
AAGAACCCTG GCTTCCTAAA AGATGATTTG AGGAACCCTC CCAACCCCTC AGAGTCATTA 
AGCTCAAATT CTCCCAGTAG TCAGGTGCCA GAAGATGGCT TATCTCCAAG TGAACCGCTT 
AATATCTATG AGGATGACCC AGTGGACTCA GATTGTGACA CAGACACAAC CACAGATGAT 
GAATACTACC TGGATGAAAA TGACAAAGAG TCAGAACTGT GA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	NP_001138235.1
CDS	296..6037
Translation	MLKQPLTYRLSKEMAKNDPIELPTSRSKNVTNQKKPTPFSSRMSFRSSFASLFSFRKSGKETSKLPSLGQKGCDGHAGPPMPVRGAAVQAKIYNSPLENHLVDSTFVPKPAVMREESGMPPPWDASLLENEFFQVLDDLDSKLAQEQSASSVNTRTPLNYGSRTQFGHFYSSGNRHGNITERHKKHYNETSNMSIYDILRPGTPREGFKTFSPRTSTIYDMYRTREPRVFKEDYVQKNTFGSTSLCFDSRQRSALPATGHFTARSLHFPATTQSKSGFIPPRHQQSPKRTPLSSIIWNRSDSSRDRENQEEFLRAPSPMEIDPADKYVYPRGFQENKRYESYHSQNVYQRVSLNAPMENAMSPDTFENSENMPFYHQSNTFTRSFFSNTFGRSGEQRRFGQGPFWGQEKGHSFWSDFHRSRKSFSSSDRDFEMISMEANSVSAIHGHNVSSEHWESFSSGYGTDVSRGQEEPHPWQFDFQRSTLDSMVVSHGNETQLTPHFGTPNVCSMTGSSYHVKSSELVSQQDSSPVEVHINKEASSFGIAQTLASSFKTSFSQISDDRRNPQSPNLQNPTVTLQKIFPNKPASHPMRSHTEVTVTSSNSVDSLPLAKSQPNILVTEVNNEKDLNESISEEDKQLSKMDQTNKAGEIPQPVSQTGISNSLPDFQNPLSQDSAKSNGFGFNASTIISSKKSPRVFSRKDTSKMYIPHTDKSNDIKQDKRFTENRKLGSTASLPFIQEHRTPPSFPRTDQGCHQELTVNNEDISRIITNNHWSSALTDTQNAQYSKCKLTPGHKTSCDSLDLSSAALPDSSPSKNSSLDAPVVPSTTVFSRRSPSDKDPSLGEREEKDNAGKNQKNQFIVSHSENQERNDSPVPTHDEVVDVKCHSHSPFRNERGKGKIRHHISCIEKLSKTESISVPTSDHRSLIEANQSNSKVSELDTIYCTLPRKSSSFLIHGRQSGSKIMAASLRNGPPPFQIKNNVEDAMGNYMLNKFSPSSPESANECSKVLSDSALEAPEATERMTNVKSSGSTSVRKGPLPFLINRAMSCPSGEPHASTGREGRKKPLTSGMDASELTPRAWERIISPVESDSSVRDCSLTKRQHQKENFQEYTEKEGKMAASRRSVFALSNEDPLPFCSDLSGKERGKTLHKVKTTSTFSVSGDEDNVKCLEVVSIYYTLPRKPSKKFCNLLQQYTQNTNLLIESPQVETETFPNALEKDKQNYSTREQSGTPSCENLKMSVNSDQTLTTENMTAFRLSNRGPLAPTLQEMASVEAAVSLPEEESKAREIFSDNLAKTPLGDSENKKERGKKLQSETLHTSLMLQRKNVSEEKSENCQQSINSSNSGPSSLPALSEVNIGNSQTRRSSWECTGSGRAIPFTGSGKCPQKDHTSTAVGDGSSGSQPREGRGDIGTNCQKMTNKTLSHSESQVFALTPALHKLQLGEETQSDEPNLESLQSEPRELPQRSQEANMTESRKAEDEMQKSAWDQPSLPEGNKNKTNLDDLVKGENRSSVKHRLAAMSKASRKFPAKDVSPRRHVATIFPQSGSRSGFDHLSLGTVECNPLFPEPTPKSAESIGESRLSENGKHVKKSENLLPITVLPNREPSTHVSNQKSNSISQRHQNEFKNVSESPSKHENSKDVTAAQNLVRESGAPSPITFTSLREAEFSDNQRRLSPPFPLEPAQKSRVSSPLASFLQQQRSASSLEWEPEPHLYRSKSLKSINVHGDLLRKSHPPKVRERHFSESTSIDNALSRLTLGNEFSVNNGYSRRFRSFSELPSCDGNESWAYRSGTKTGPRSAISIYRPIDYGIFGKEQQLAFLENVKRSLTQGRLWKPSFLKNPGFLKDDLRNPPNPSESLSSNSPSSQVPEDGLSPSEPLNIYEDDPVDSDCDTDTTTDDEYYLDENDKESEL

Target ORF information:

RefSeq Version	NM_001144763.1
Organism	Homo sapiens(human)
Definition	Homo sapiens exophilin 5 (EXPH5), transcript variant 4, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

NM_001144763.1

ORF Insert Sequence:

ATGTTAAAAC AACCACTTAC ATACAGGCTA AGTAAGGAGA TGGCAAAAAA TGATCCGATA 
GAATTACCTA CATCAAGATC TAAAAATGTA ACTAATCAAA AAAAGCCGAC ACCTTTTTCT 
TCCCGGATGA GCTTCAGATC GTCATTTGCT TCCCTGTTCT CATTCAGGAA ATCTGGAAAG 
GAGACTTCAA AGCTTCCATC ACTGGGACAG AAAGGATGTG ATGGCCATGC AGGACCTCCT 
ATGCCTGTGA GGGGAGCTGC TGTGCAGGCA AAAATATACA ATTCACCTCT GGAAAATCAT 
CTAGTTGACA GTACATTTGT CCCAAAGCCA GCAGTCATGA GGGAGGAGAG TGGCATGCCT 
CCACCGTGGG ATGCTTCACT GCTGGAGAAT GAGTTTTTCC AAGTTTTAGA TGACTTGGAT 
AGCAAATTGG CTCAGGAACA GTCTGCAAGC TCAGTGAATA CCAGAACACC CCTCAACTAT 
GGATCAAGAA CACAGTTCGG TCACTTTTAT TCCAGTGGTA ACAGACATGG TAATATCACA 
GAAAGGCACA AAAAACACTA TAATGAAACT TCCAATATGT CTATCTATGA CATCCTAAGA 
CCAGGAACTC CTAGGGAAGG TTTTAAAACC TTTTCTCCTA GGACAAGCAC AATTTATGAT 
ATGTATAGGA CAAGGGAGCC CAGAGTCTTT AAAGAAGATT ATGTGCAAAA GAATACTTTT 
GGCAGTACTT CGCTGTGTTT TGACAGCAGG CAACGGTCGG CCTTACCAGC CACAGGGCAT 
TTCACAGCAA GAAGCTTACA TTTTCCAGCC ACAACTCAGA GCAAGAGTGG GTTTATACCA 
CCAAGGCACC AGCAGAGTCC AAAGAGAACT CCTTTATCAT CCATCATATG GAACAGATCA 
GATTCCTCTA GAGACAGGGA GAACCAGGAA GAGTTCCTGA GGGCACCATC ACCAATGGAA 
ATTGATCCCG CTGACAAGTA TGTGTATCCC AGGGGTTTTC AGGAGAATAA GAGATATGAA 
TCGTACCATT CACAGAATGT TTACCAACGT GTTAGTTTAA ATGCTCCCAT GGAGAATGCA 
ATGAGTCCCG ACACTTTTGA GAACTCAGAG AACATGCCAT TCTACCATCA AAGCAACACA 
TTTACCAGAT CTTTCTTCAG CAATACCTTT GGACGAAGCG GAGAACAGAG GAGATTTGGA 
CAAGGTCCTT TTTGGGGCCA AGAGAAAGGA CATTCTTTCT GGTCTGACTT TCATCGAAGC 
AGGAAATCAT TCAGTTCTTC TGACAGAGAC TTTGAAATGA TTTCCATGGA AGCAAATAGT 
GTATCAGCCA TTCATGGCCA TAATGTTTCT TCTGAACACT GGGAATCATT TTCTTCTGGT 
TATGGAACAG ATGTTTCCAG AGGCCAAGAA GAGCCACATC CTTGGCAGTT TGATTTTCAG 
AGATCCACAC TGGATAGCAT GGTGGTATCA CATGGTAATG AGACCCAGTT GACTCCTCAT 
TTTGGCACAC CAAATGTTTG CTCCATGACT GGTTCAAGCT ATCACGTCAA ATCTAGTGAG 
TTGGTAAGTC AACAGGACAG TTCTCCTGTA GAAGTACATA TAAACAAAGA AGCTTCCTCA 
TTTGGAATTG CTCAGACTCT AGCATCCTCA TTCAAAACTT CCTTTTCCCA GATTTCTGAT 
GACAGAAGGA ATCCTCAGAG TCCCAACTTG CAGAATCCCA CAGTCACTTT GCAGAAAATT 
TTTCCAAATA AGCCTGCCTC TCATCCAATG AGAAGCCATA CAGAAGTCAC TGTGACCAGC 
AGCAATTCAG TTGACTCTCT GCCTCTTGCC AAAAGCCAGC CCAATATCTT GGTCACAGAA 
GTAAATAATG AGAAAGACTT AAATGAATCT ATTTCAGAAG AAGACAAACA GCTAAGCAAG 
ATGGACCAGA CAAACAAGGC AGGTGAAATA CCCCAACCTG TTTCACAGAC AGGGATCTCA 
AACTCTTTAC CTGATTTTCA AAATCCCTTA TCCCAGGACT CAGCCAAGAG CAACGGGTTT 
GGTTTTAATG CATCTACCAT AATAAGTTCA AAAAAGTCAC CCAGAGTCTT TTCCAGGAAA 
GATACCTCCA AAATGTATAT ACCGCACACA GATAAATCCA ATGACATTAA ACAAGATAAG 
AGGTTTACTG AAAACAGAAA ACTTGGCTCA ACAGCTTCCC TTCCTTTCAT TCAGGAACAC 
AGAACACCAC CATCTTTCCC CAGGACAGAC CAAGGTTGTC ACCAGGAATT AACTGTAAAT 
AATGAAGATA TTTCAAGAAT TATTACAAAT AACCACTGGA GCTCTGCACT GACTGATACT 
CAAAATGCAC AATACTCAAA ATGCAAGTTA ACTCCTGGCC ACAAGACCTC GTGTGATTCT 
TTAGATCTGT CATCAGCTGC ACTACCAGAT TCCTCACCAT CAAAGAATTC TTCCCTTGAT 
GCTCCTGTGG TTCCATCTAC TACAGTGTTC TCCAGGAGAA GTCCTTCAGA CAAAGATCCA 
TCGCTAGGAG AAAGAGAAGA AAAAGACAAT GCTGGGAAGA ACCAAAAGAA TCAGTTTATT 
GTAAGCCACT CAGAAAACCA AGAGAGAAAT GATAGTCCTG TGCCTACACA TGATGAAGTG 
GTTGATGTCA AATGCCATTC ACACTCTCCT TTTAGGAATG AAAGAGGAAA AGGAAAAATA 
AGGCATCATA TATCCTGTAT TGAAAAGTTA AGCAAAACAG AAAGTATATC AGTACCCACC 
AGTGATCACA GGAGCCTCAT TGAAGCAAAT CAAAGCAATT CCAAAGTTTC TGAACTTGAC 
ACAATTTATT GTACCTTGCC AAGAAAATCA AGCAGTTTTC TCATACATGG CAGGCAGTCA 
GGAAGTAAAA TAATGGCTGC TTCATTGAGG AATGGGCCAC CTCCCTTCCA AATCAAAAAT 
AATGTGGAAG ATGCAATGGG GAACTATATG TTAAACAAAT TTAGTCCCAG TTCTCCTGAG 
TCAGCGAATG AATGTTCCAA AGTCCTTTCA GACTCAGCCC TGGAAGCACC TGAAGCCACA 
GAGAGAATGA CAAATGTAAA AAGCAGTGGA TCTACTTCCG TTAGAAAAGG ACCACTTCCA 
TTCCTCATCA ACAGGGCTAT GTCATGTCCC TCAGGGGAGC CACATGCCTC AACTGGAAGA 
GAAGGAAGAA AAAAGCCATT GACCTCAGGC ATGGATGCTT CTGAGCTAAC ACCAAGGGCT 
TGGGAGAGAA TCATTAGCCC TGTGGAAAGT GACTCATCTG TTAGAGATTG TTCTTTAACC 
AAAAGACAAC ACCAAAAGGA AAACTTCCAA GAATACACTG AGAAAGAGGG TAAAATGGCT 
GCCTCCAGGA GAAGTGTATT TGCTCTTTCA AATGAAGACC CTTTACCTTT TTGCTCAGAC 
TTGTCAGGAA AAGAACGTGG GAAAACATTA CATAAAGTTA AGACGACTAG TACGTTTTCT 
GTTTCTGGTG ATGAAGATAA TGTAAAATGT CTGGAGGTGG TCTCAATATA TTACACTCTA 
CCGAGGAAAC CCAGCAAAAA ATTCTGTAAC CTCCTTCAAC AGTATACACA AAATACTAAT 
TTACTTATAG AATCACCTCA AGTGGAGACT GAAACATTTC CTAACGCTTT AGAAAAAGAC 
AAACAGAATT ATTCTACACG AGAGCAGTCA GGAACACCTT CATGTGAAAA TCTAAAGATG 
TCCGTCAACT CTGATCAGAC GCTCACCACT GAAAATATGA CTGCCTTCCG ATTATCAAAT 
AGGGGGCCCC TAGCTCCTAC ATTACAGGAA ATGGCTTCTG TTGAGGCAGC TGTTTCTCTT 
CCTGAAGAGG AATCTAAAGC TAGAGAGATT TTTTCAGATA ATTTAGCTAA AACACCTCTA 
GGTGATTCAG AAAACAAGAA GGAAAGAGGC AAAAAGTTGC AAAGTGAAAC CCTGCATACT 
TCATTGATGC TTCAGAGAAA AAATGTATCC GAAGAAAAAT CTGAAAATTG TCAACAATCC 
ATTAATTCAA GTAACAGTGG TCCCTCTAGT CTTCCAGCTC TTTCAGAAGT TAATATTGGA 
AATTCCCAAA CTAGAAGAAG TTCTTGGGAG TGTACAGGGA GTGGTAGAGC CATTCCATTT 
ACTGGAAGTG GCAAGTGTCC CCAGAAAGAT CACACATCCA CAGCTGTAGG TGATGGCTCC 
AGTGGATCAC AGCCTAGGGA AGGCAGAGGG GACATTGGAA CCAACTGCCA AAAAATGACT 
AATAAAACAC TTTCTCACTC AGAGAGTCAA GTCTTTGCCC TTACTCCAGC ATTGCATAAA 
CTACAGCTTG GTGAGGAGAC TCAGTCAGAT GAACCAAACT TAGAGAGTCT GCAGTCTGAA 
CCAAGAGAAT TACCTCAAAG AAGTCAGGAG GCAAATATGA CAGAGAGCAG GAAGGCTGAA 
GATGAAATGC AGAAGTCAGC TTGGGATCAA CCTTCACTTC CTGAAGGAAA CAAAAATAAA 
ACCAACTTGG ATGACCTAGT AAAGGGGGAA AATAGATCTT CAGTTAAACA CAGATTGGCA 
GCCATGTCTA AAGCCAGCAG AAAATTCCCA GCTAAAGATG TAAGCCCCAG AAGACATGTA 
GCTACTATCT TCCCCCAAAG TGGAAGCAGA TCTGGCTTTG ACCATTTATC TCTTGGCACA 
GTGGAGTGCA ACCCACTGTT CCCTGAGCCT ACTCCAAAAT CTGCAGAGTC CATTGGCGAA 
AGCAGGTTGA GTGAGAACGG AAAGCATGTG AAGAAATCCG AGAACCTTCT CCCCATTACT 
GTACTACCCA ACAGAGAACC TTCTACACAC GTCAGCAACC AGAAGTCTAA CAGCATTTCA 
CAACGACATC AGAATGAGTT TAAAAACGTC TCAGAATCAC CATCAAAGCA TGAGAATTCT 
AAAGACGTCA CAGCAGCTCA GAATTTAGTA AGAGAATCAG GAGCCCCATC ACCCATCACA 
TTCACCAGCC TCAGGGAAGC AGAATTCTCT GACAATCAGA GGAGGCTGAG CCCTCCTTTT 
CCACTGGAGC CTGCACAGAA ATCTAGAGTA AGCAGTCCAC TGGCCAGTTT TCTGCAGCAA 
CAAAGGAGTG CTTCATCTCT GGAGTGGGAA CCTGAGCCAC ACCTCTATCG TTCAAAGAGT 
TTAAAAAGCA TTAATGTTCA TGGCGATCTA CTACGAAAAA GCCATCCTCC AAAAGTCAGG 
GAGCGCCATT TTTCTGAAAG CACTTCTATT GACAATGCCC TGAGTCGACT GACCCTTGGG 
AATGAATTCT CTGTCAACAA TGGGTACAGT CGAAGATTCA GATCTTTTTC TGAACTCCCC 
TCCTGTGATG GAAATGAAAG TTGGGCTTAT CGCAGCGGGA CAAAAACAGG TCCCAGGTCT 
GCAATATCTA TATACAGACC TATCGACTAT GGGATCTTTG GGAAAGAACA ACAGTTAGCT 
TTCTTAGAAA ATGTAAAGAG GTCACTTACA CAAGGAAGAT TATGGAAACC AAGTTTTCTT 
AAGAACCCTG GCTTCCTAAA AGATGATTTG AGGAACCCTC CCAACCCCTC AGAGTCATTA 
AGCTCAAATT CTCCCAGTAG TCAGGTGCCA GAAGATGGCT TATCTCCAAG TGAACCGCTT 
AATATCTATG AGGATGACCC AGTGGACTCA GATTGTGACA CAGACACAAC CACAGATGAT 
GAATACTACC TGGATGAAAA TGACAAAGAG TCAGAACTGT GA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

EXPH5 ( XM_017017402.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016872891.1 Homo sapiens exophilin 5 (EXPH5), transcript variant X9, mRNA.

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CloneID	OHu45686
Clone ID Related Accession (Same CDS sequence)	NM_001144764.2 , XM_017017402.1 , NM_001144764.1
Accession Version	XM_017017402.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5502bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	exophilin-5 isoform X3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000011.10) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCCTGTGA GGGGAGCTGC TGTGCAGGCA AAAATATACA ATTCACCTCT GGAAAATCAT 
CTAGTTGACA GTACATTTGT CCCAAAGCCA GCAGTCATGA GGGAGGAGAG TGGCATGCCT 
CCACCGTGGG ATGCTTCACT GCTGGAGAAT GAGTTTTTCC AAGTTTTAGA TGACTTGGAT 
AGCAAATTGG CTCAGGAACA GTCTGCAAGC TCAGTGAATA CCAGAACACC CCTCAACTAT 
GGATCAAGAA CACAGTTCGG TCACTTTTAT TCCAGTGGTA ACAGACATGG TAATATCACA 
GAAAGGCACA AAAAACACTA TAATGAAACT TCCAATATGT CTATCTATGA CATCCTAAGA 
CCAGGAACTC CTAGGGAAGG TTTTAAAACC TTTTCTCCTA GGACAAGCAC AATTTATGAT 
ATGTATAGGA CAAGGGAGCC CAGAGTCTTT AAAGAAGATT ATGTGCAAAA GAATACTTTT 
GGCAGTACTT CGCTGTGTTT TGACAGCAGG CAACGGTCGG CCTTACCAGC CACAGGGCAT 
TTCACAGCAA GAAGCTTACA TTTTCCAGCC ACAACTCAGA GCAAGAGTGG GTTTATACCA 
CCAAGGCACC AGCAGAGTCC AAAGAGAACT CCTTTATCAT CCATCATATG GAACAGATCA 
GATTCCTCTA GAGACAGGGA GAACCAGGAA GAGTTCCTGA GGGCACCATC ACCAATGGAA 
ATTGATCCCG CTGACAAGTA TGTGTATCCC AGGGGTTTTC AGGAGAATAA GAGATATGAA 
TCGTACCATT CACAGAATGT TTACCAACGT GTTAGTTTAA ATGCTCCCAT GGAGAATGCA 
ATGAGTCCCG ACACTTTTGA GAACTCAGAG AACATGCCAT TCTACCATCA AAGCAACACA 
TTTACCAGAT CTTTCTTCAG CAATACCTTT GGACGAAGCG GAGAACAGAG GAGATTTGGA 
CAAGGTCCTT TTTGGGGCCA AGAGAAAGGA CATTCTTTCT GGTCTGACTT TCATCGAAGC 
AGGAAATCAT TCAGTTCTTC TGACAGAGAC TTTGAAATGA TTTCCATGGA AGCAAATAGT 
GTATCAGCCA TTCATGGCCA TAATGTTTCT TCTGAACACT GGGAATCATT TTCTTCTGGT 
TATGGAACAG ATGTTTCCAG AGGCCAAGAA GAGCCACATC CTTGGCAGTT TGATTTTCAG 
AGATCCACAC TGGATAGCAT GGTGGTATCA CATGGTAATG AGACCCAGTT GACTCCTCAT 
TTTGGCACAC CAAATGTTTG CTCCATGACT GGTTCAAGCT ATCACGTCAA ATCTAGTGAG 
TTGGTAAGTC AACAGGACAG TTCTCCTGTA GAAGTACATA TAAACAAAGA AGCTTCCTCA 
TTTGGAATTG CTCAGACTCT AGCATCCTCA TTCAAAACTT CCTTTTCCCA GATTTCTGAT 
GACAGAAGGA ATCCTCAGAG TCCCAACTTG CAGAATCCCA CAGTCACTTT GCAGAAAATT 
TTTCCAAATA AGCCTGCCTC TCATCCAATG AGAAGCCATA CAGAAGTCAC TGTGACCAGC 
AGCAATTCAG TTGACTCTCT GCCTCTTGCC AAAAGCCAGC CCAATATCTT GGTCACAGAA 
GTAAATAATG AGAAAGACTT AAATGAATCT ATTTCAGAAG AAGACAAACA GCTAAGCAAG 
ATGGACCAGA CAAACAAGGC AGGTGAAATA CCCCAACCTG TTTCACAGAC AGGGATCTCA 
AACTCTTTAC CTGATTTTCA AAATCCCTTA TCCCAGGACT CAGCCAAGAG CAACGGGTTT 
GGTTTTAATG CATCTACCAT AATAAGTTCA AAAAAGTCAC CCAGAGTCTT TTCCAGGAAA 
GATACCTCCA AAATGTATAT ACCGCACACA GATAAATCCA ATGACATTAA ACAAGATAAG 
AGGTTTACTG AAAACAGAAA ACTTGGCTCA ACAGCTTCCC TTCCTTTCAT TCAGGAACAC 
AGAACACCAC CATCTTTCCC CAGGACAGAC CAAGGTTGTC ACCAGGAATT AACTGTAAAT 
AATGAAGATA TTTCAAGAAT TATTACAAAT AACCACTGGA GCTCTGCACT GACTGATACT 
CAAAATGCAC AATACTCAAA ATGCAAGTTA ACTCCTGGCC ACAAGACCTC GTGTGATTCT 
TTAGATCTGT CATCAGCTGC ACTACCAGAT TCCTCACCAT CAAAGAATTC TTCCCTTGAT 
GCTCCTGTGG TTCCATCTAC TACAGTGTTC TCCAGGAGAA GTCCTTCAGA CAAAGATCCA 
TCGCTAGGAG AAAGAGAAGA AAAAGACAAT GCTGGGAAGA ACCAAAAGAA TCAGTTTATT 
GTAAGCCACT CAGAAAACCA AGAGAGAAAT GATAGTCCTG TGCCTACACA TGATGAAGTG 
GTTGATGTCA AATGCCATTC ACACTCTCCT TTTAGGAATG AAAGAGGAAA AGGAAAAATA 
AGGCATCATA TATCCTGTAT TGAAAAGTTA AGCAAAACAG AAAGTATATC AGTACCCACC 
AGTGATCACA GGAGCCTCAT TGAAGCAAAT CAAAGCAATT CCAAAGTTTC TGAACTTGAC 
ACAATTTATT GTACCTTGCC AAGAAAATCA AGCAGTTTTC TCATACATGG CAGGCAGTCA 
GGAAGTAAAA TAATGGCTGC TTCATTGAGG AATGGGCCAC CTCCCTTCCA AATCAAAAAT 
AATGTGGAAG ATGCAATGGG GAACTATATG TTAAACAAAT TTAGTCCCAG TTCTCCTGAG 
TCAGCGAATG AATGTTCCAA AGTCCTTTCA GACTCAGCCC TGGAAGCACC TGAAGCCACA 
GAGAGAATGA CAAATGTAAA AAGCAGTGGA TCTACTTCCG TTAGAAAAGG ACCACTTCCA 
TTCCTCATCA ACAGGGCTAT GTCATGTCCC TCAGGGGAGC CACATGCCTC AACTGGAAGA 
GAAGGAAGAA AAAAGCCATT GACCTCAGGC ATGGATGCTT CTGAGCTAAC ACCAAGGGCT 
TGGGAGAGAA TCATTAGCCC TGTGGAAAGT GACTCATCTG TTAGAGATTG TTCTTTAACC 
AAAAGACAAC ACCAAAAGGA AAACTTCCAA GAATACACTG AGAAAGAGGG TAAAATGGCT 
GCCTCCAGGA GAAGTGTATT TGCTCTTTCA AATGAAGACC CTTTACCTTT TTGCTCAGAC 
TTGTCAGGAA AAGAACGTGG GAAAACATTA CATAAAGTTA AGACGACTAG TACGTTTTCT 
GTTTCTGGTG ATGAAGATAA TGTAAAATGT CTGGAGGTGG TCTCAATATA TTACACTCTA 
CCGAGGAAAC CCAGCAAAAA ATTCTGTAAC CTCCTTCAAC AGTATACACA AAATACTAAT 
TTACTTATAG AATCACCTCA AGTGGAGACT GAAACATTTC CTAACGCTTT AGAAAAAGAC 
AAACAGAATT ATTCTACACG AGAGCAGTCA GGAACACCTT CATGTGAAAA TCTAAAGATG 
TCCGTCAACT CTGATCAGAC GCTCACCACT GAAAATATGA CTGCCTTCCG ATTATCAAAT 
AGGGGGCCCC TAGCTCCTAC ATTACAGGAA ATGGCTTCTG TTGAGGCAGC TGTTTCTCTT 
CCTGAAGAGG AATCTAAAGC TAGAGAGATT TTTTCAGATA ATTTAGCTAA AACACCTCTA 
GGTGATTCAG AAAACAAGAA GGAAAGAGGC AAAAAGTTGC AAAGTGAAAC CCTGCATACT 
TCATTGATGC TTCAGAGAAA AAATGTATCC GAAGAAAAAT CTGAAAATTG TCAACAATCC 
ATTAATTCAA GTAACAGTGG TCCCTCTAGT CTTCCAGCTC TTTCAGAAGT TAATATTGGA 
AATTCCCAAA CTAGAAGAAG TTCTTGGGAG TGTACAGGGA GTGGTAGAGC CATTCCATTT 
ACTGGAAGTG GCAAGTGTCC CCAGAAAGAT CACACATCCA CAGCTGTAGG TGATGGCTCC 
AGTGGATCAC AGCCTAGGGA AGGCAGAGGG GACATTGGAA CCAACTGCCA AAAAATGACT 
AATAAAACAC TTTCTCACTC AGAGAGTCAA GTCTTTGCCC TTACTCCAGC ATTGCATAAA 
CTACAGCTTG GTGAGGAGAC TCAGTCAGAT GAACCAAACT TAGAGAGTCT GCAGTCTGAA 
CCAAGAGAAT TACCTCAAAG AAGTCAGGAG GCAAATATGA CAGAGAGCAG GAAGGCTGAA 
GATGAAATGC AGAAGTCAGC TTGGGATCAA CCTTCACTTC CTGAAGGAAA CAAAAATAAA 
ACCAACTTGG ATGACCTAGT AAAGGGGGAA AATAGATCTT CAGTTAAACA CAGATTGGCA 
GCCATGTCTA AAGCCAGCAG AAAATTCCCA GCTAAAGATG TAAGCCCCAG AAGACATGTA 
GCTACTATCT TCCCCCAAAG TGGAAGCAGA TCTGGCTTTG ACCATTTATC TCTTGGCACA 
GTGGAGTGCA ACCCACTGTT CCCTGAGCCT ACTCCAAAAT CTGCAGAGTC CATTGGCGAA 
AGCAGGTTGA GTGAGAACGG AAAGCATGTG AAGAAATCCG AGAACCTTCT CCCCATTACT 
GTACTACCCA ACAGAGAACC TTCTACACAC GTCAGCAACC AGAAGTCTAA CAGCATTTCA 
CAACGACATC AGAATGAGTT TAAAAACGTC TCAGAATCAC CATCAAAGCA TGAGAATTCT 
AAAGACGTCA CAGCAGCTCA GAATTTAGTA AGAGAATCAG GAGCCCCATC ACCCATCACA 
TTCACCAGCC TCAGGGAAGC AGAATTCTCT GACAATCAGA GGAGGCTGAG CCCTCCTTTT 
CCACTGGAGC CTGCACAGAA ATCTAGAGTA AGCAGTCCAC TGGCCAGTTT TCTGCAGCAA 
CAAAGGAGTG CTTCATCTCT GGAGTGGGAA CCTGAGCCAC ACCTCTATCG TTCAAAGAGT 
TTAAAAAGCA TTAATGTTCA TGGCGATCTA CTACGAAAAA GCCATCCTCC AAAAGTCAGG 
GAGCGCCATT TTTCTGAAAG CACTTCTATT GACAATGCCC TGAGTCGACT GACCCTTGGG 
AATGAATTCT CTGTCAACAA TGGGTACAGT CGAAGATTCA GATCTTTTTC TGAACTCCCC 
TCCTGTGATG GAAATGAAAG TTGGGCTTAT CGCAGCGGGA CAAAAACAGG TCCCAGGTCT 
GCAATATCTA TATACAGACC TATCGACTAT GGGATCTTTG GGAAAGAACA ACAGTTAGCT 
TTCTTAGAAA ATGTAAAGAG GTCACTTACA CAAGGAAGAT TATGGAAACC AAGTTTTCTT 
AAGAACCCTG GCTTCCTAAA AGATGATTTG AGGAACCCTC CCAACCCCTC AGAGTCATTA 
AGCTCAAATT CTCCCAGTAG TCAGGTGCCA GAAGATGGCT TATCTCCAAG TGAACCGCTT 
AATATCTATG AGGATGACCC AGTGGACTCA GATTGTGACA CAGACACAAC CACAGATGAT 
GAATACTACC TGGATGAAAA TGACAAAGAG TCAGAACTGT GA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_016872891.1
CDS	1928..7429
Translation	MPVRGAAVQAKIYNSPLENHLVDSTFVPKPAVMREESGMPPPWDASLLENEFFQVLDDLDSKLAQEQSASSVNTRTPLNYGSRTQFGHFYSSGNRHGNITERHKKHYNETSNMSIYDILRPGTPREGFKTFSPRTSTIYDMYRTREPRVFKEDYVQKNTFGSTSLCFDSRQRSALPATGHFTARSLHFPATTQSKSGFIPPRHQQSPKRTPLSSIIWNRSDSSRDRENQEEFLRAPSPMEIDPADKYVYPRGFQENKRYESYHSQNVYQRVSLNAPMENAMSPDTFENSENMPFYHQSNTFTRSFFSNTFGRSGEQRRFGQGPFWGQEKGHSFWSDFHRSRKSFSSSDRDFEMISMEANSVSAIHGHNVSSEHWESFSSGYGTDVSRGQEEPHPWQFDFQRSTLDSMVVSHGNETQLTPHFGTPNVCSMTGSSYHVKSSELVSQQDSSPVEVHINKEASSFGIAQTLASSFKTSFSQISDDRRNPQSPNLQNPTVTLQKIFPNKPASHPMRSHTEVTVTSSNSVDSLPLAKSQPNILVTEVNNEKDLNESISEEDKQLSKMDQTNKAGEIPQPVSQTGISNSLPDFQNPLSQDSAKSNGFGFNASTIISSKKSPRVFSRKDTSKMYIPHTDKSNDIKQDKRFTENRKLGSTASLPFIQEHRTPPSFPRTDQGCHQELTVNNEDISRIITNNHWSSALTDTQNAQYSKCKLTPGHKTSCDSLDLSSAALPDSSPSKNSSLDAPVVPSTTVFSRRSPSDKDPSLGEREEKDNAGKNQKNQFIVSHSENQERNDSPVPTHDEVVDVKCHSHSPFRNERGKGKIRHHISCIEKLSKTESISVPTSDHRSLIEANQSNSKVSELDTIYCTLPRKSSSFLIHGRQSGSKIMAASLRNGPPPFQIKNNVEDAMGNYMLNKFSPSSPESANECSKVLSDSALEAPEATERMTNVKSSGSTSVRKGPLPFLINRAMSCPSGEPHASTGREGRKKPLTSGMDASELTPRAWERIISPVESDSSVRDCSLTKRQHQKENFQEYTEKEGKMAASRRSVFALSNEDPLPFCSDLSGKERGKTLHKVKTTSTFSVSGDEDNVKCLEVVSIYYTLPRKPSKKFCNLLQQYTQNTNLLIESPQVETETFPNALEKDKQNYSTREQSGTPSCENLKMSVNSDQTLTTENMTAFRLSNRGPLAPTLQEMASVEAAVSLPEEESKAREIFSDNLAKTPLGDSENKKERGKKLQSETLHTSLMLQRKNVSEEKSENCQQSINSSNSGPSSLPALSEVNIGNSQTRRSSWECTGSGRAIPFTGSGKCPQKDHTSTAVGDGSSGSQPREGRGDIGTNCQKMTNKTLSHSESQVFALTPALHKLQLGEETQSDEPNLESLQSEPRELPQRSQEANMTESRKAEDEMQKSAWDQPSLPEGNKNKTNLDDLVKGENRSSVKHRLAAMSKASRKFPAKDVSPRRHVATIFPQSGSRSGFDHLSLGTVECNPLFPEPTPKSAESIGESRLSENGKHVKKSENLLPITVLPNREPSTHVSNQKSNSISQRHQNEFKNVSESPSKHENSKDVTAAQNLVRESGAPSPITFTSLREAEFSDNQRRLSPPFPLEPAQKSRVSSPLASFLQQQRSASSLEWEPEPHLYRSKSLKSINVHGDLLRKSHPPKVRERHFSESTSIDNALSRLTLGNEFSVNNGYSRRFRSFSELPSCDGNESWAYRSGTKTGPRSAISIYRPIDYGIFGKEQQLAFLENVKRSLTQGRLWKPSFLKNPGFLKDDLRNPPNPSESLSSNSPSSQVPEDGLSPSEPLNIYEDDPVDSDCDTDTTTDDEYYLDENDKESEL

Target ORF information:

RefSeq Version	XM_017017402.1
Organism	Homo sapiens(human)
Definition	Homo sapiens exophilin 5 (EXPH5), transcript variant X9, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_017017402.1

ORF Insert Sequence:

ATGCCTGTGA GGGGAGCTGC TGTGCAGGCA AAAATATACA ATTCACCTCT GGAAAATCAT 
CTAGTTGACA GTACATTTGT CCCAAAGCCA GCAGTCATGA GGGAGGAGAG TGGCATGCCT 
CCACCGTGGG ATGCTTCACT GCTGGAGAAT GAGTTTTTCC AAGTTTTAGA TGACTTGGAT 
AGCAAATTGG CTCAGGAACA GTCTGCAAGC TCAGTGAATA CCAGAACACC CCTCAACTAT 
GGATCAAGAA CACAGTTCGG TCACTTTTAT TCCAGTGGTA ACAGACATGG TAATATCACA 
GAAAGGCACA AAAAACACTA TAATGAAACT TCCAATATGT CTATCTATGA CATCCTAAGA 
CCAGGAACTC CTAGGGAAGG TTTTAAAACC TTTTCTCCTA GGACAAGCAC AATTTATGAT 
ATGTATAGGA CAAGGGAGCC CAGAGTCTTT AAAGAAGATT ATGTGCAAAA GAATACTTTT 
GGCAGTACTT CGCTGTGTTT TGACAGCAGG CAACGGTCGG CCTTACCAGC CACAGGGCAT 
TTCACAGCAA GAAGCTTACA TTTTCCAGCC ACAACTCAGA GCAAGAGTGG GTTTATACCA 
CCAAGGCACC AGCAGAGTCC AAAGAGAACT CCTTTATCAT CCATCATATG GAACAGATCA 
GATTCCTCTA GAGACAGGGA GAACCAGGAA GAGTTCCTGA GGGCACCATC ACCAATGGAA 
ATTGATCCCG CTGACAAGTA TGTGTATCCC AGGGGTTTTC AGGAGAATAA GAGATATGAA 
TCGTACCATT CACAGAATGT TTACCAACGT GTTAGTTTAA ATGCTCCCAT GGAGAATGCA 
ATGAGTCCCG ACACTTTTGA GAACTCAGAG AACATGCCAT TCTACCATCA AAGCAACACA 
TTTACCAGAT CTTTCTTCAG CAATACCTTT GGACGAAGCG GAGAACAGAG GAGATTTGGA 
CAAGGTCCTT TTTGGGGCCA AGAGAAAGGA CATTCTTTCT GGTCTGACTT TCATCGAAGC 
AGGAAATCAT TCAGTTCTTC TGACAGAGAC TTTGAAATGA TTTCCATGGA AGCAAATAGT 
GTATCAGCCA TTCATGGCCA TAATGTTTCT TCTGAACACT GGGAATCATT TTCTTCTGGT 
TATGGAACAG ATGTTTCCAG AGGCCAAGAA GAGCCACATC CTTGGCAGTT TGATTTTCAG 
AGATCCACAC TGGATAGCAT GGTGGTATCA CATGGTAATG AGACCCAGTT GACTCCTCAT 
TTTGGCACAC CAAATGTTTG CTCCATGACT GGTTCAAGCT ATCACGTCAA ATCTAGTGAG 
TTGGTAAGTC AACAGGACAG TTCTCCTGTA GAAGTACATA TAAACAAAGA AGCTTCCTCA 
TTTGGAATTG CTCAGACTCT AGCATCCTCA TTCAAAACTT CCTTTTCCCA GATTTCTGAT 
GACAGAAGGA ATCCTCAGAG TCCCAACTTG CAGAATCCCA CAGTCACTTT GCAGAAAATT 
TTTCCAAATA AGCCTGCCTC TCATCCAATG AGAAGCCATA CAGAAGTCAC TGTGACCAGC 
AGCAATTCAG TTGACTCTCT GCCTCTTGCC AAAAGCCAGC CCAATATCTT GGTCACAGAA 
GTAAATAATG AGAAAGACTT AAATGAATCT ATTTCAGAAG AAGACAAACA GCTAAGCAAG 
ATGGACCAGA CAAACAAGGC AGGTGAAATA CCCCAACCTG TTTCACAGAC AGGGATCTCA 
AACTCTTTAC CTGATTTTCA AAATCCCTTA TCCCAGGACT CAGCCAAGAG CAACGGGTTT 
GGTTTTAATG CATCTACCAT AATAAGTTCA AAAAAGTCAC CCAGAGTCTT TTCCAGGAAA 
GATACCTCCA AAATGTATAT ACCGCACACA GATAAATCCA ATGACATTAA ACAAGATAAG 
AGGTTTACTG AAAACAGAAA ACTTGGCTCA ACAGCTTCCC TTCCTTTCAT TCAGGAACAC 
AGAACACCAC CATCTTTCCC CAGGACAGAC CAAGGTTGTC ACCAGGAATT AACTGTAAAT 
AATGAAGATA TTTCAAGAAT TATTACAAAT AACCACTGGA GCTCTGCACT GACTGATACT 
CAAAATGCAC AATACTCAAA ATGCAAGTTA ACTCCTGGCC ACAAGACCTC GTGTGATTCT 
TTAGATCTGT CATCAGCTGC ACTACCAGAT TCCTCACCAT CAAAGAATTC TTCCCTTGAT 
GCTCCTGTGG TTCCATCTAC TACAGTGTTC TCCAGGAGAA GTCCTTCAGA CAAAGATCCA 
TCGCTAGGAG AAAGAGAAGA AAAAGACAAT GCTGGGAAGA ACCAAAAGAA TCAGTTTATT 
GTAAGCCACT CAGAAAACCA AGAGAGAAAT GATAGTCCTG TGCCTACACA TGATGAAGTG 
GTTGATGTCA AATGCCATTC ACACTCTCCT TTTAGGAATG AAAGAGGAAA AGGAAAAATA 
AGGCATCATA TATCCTGTAT TGAAAAGTTA AGCAAAACAG AAAGTATATC AGTACCCACC 
AGTGATCACA GGAGCCTCAT TGAAGCAAAT CAAAGCAATT CCAAAGTTTC TGAACTTGAC 
ACAATTTATT GTACCTTGCC AAGAAAATCA AGCAGTTTTC TCATACATGG CAGGCAGTCA 
GGAAGTAAAA TAATGGCTGC TTCATTGAGG AATGGGCCAC CTCCCTTCCA AATCAAAAAT 
AATGTGGAAG ATGCAATGGG GAACTATATG TTAAACAAAT TTAGTCCCAG TTCTCCTGAG 
TCAGCGAATG AATGTTCCAA AGTCCTTTCA GACTCAGCCC TGGAAGCACC TGAAGCCACA 
GAGAGAATGA CAAATGTAAA AAGCAGTGGA TCTACTTCCG TTAGAAAAGG ACCACTTCCA 
TTCCTCATCA ACAGGGCTAT GTCATGTCCC TCAGGGGAGC CACATGCCTC AACTGGAAGA 
GAAGGAAGAA AAAAGCCATT GACCTCAGGC ATGGATGCTT CTGAGCTAAC ACCAAGGGCT 
TGGGAGAGAA TCATTAGCCC TGTGGAAAGT GACTCATCTG TTAGAGATTG TTCTTTAACC 
AAAAGACAAC ACCAAAAGGA AAACTTCCAA GAATACACTG AGAAAGAGGG TAAAATGGCT 
GCCTCCAGGA GAAGTGTATT TGCTCTTTCA AATGAAGACC CTTTACCTTT TTGCTCAGAC 
TTGTCAGGAA AAGAACGTGG GAAAACATTA CATAAAGTTA AGACGACTAG TACGTTTTCT 
GTTTCTGGTG ATGAAGATAA TGTAAAATGT CTGGAGGTGG TCTCAATATA TTACACTCTA 
CCGAGGAAAC CCAGCAAAAA ATTCTGTAAC CTCCTTCAAC AGTATACACA AAATACTAAT 
TTACTTATAG AATCACCTCA AGTGGAGACT GAAACATTTC CTAACGCTTT AGAAAAAGAC 
AAACAGAATT ATTCTACACG AGAGCAGTCA GGAACACCTT CATGTGAAAA TCTAAAGATG 
TCCGTCAACT CTGATCAGAC GCTCACCACT GAAAATATGA CTGCCTTCCG ATTATCAAAT 
AGGGGGCCCC TAGCTCCTAC ATTACAGGAA ATGGCTTCTG TTGAGGCAGC TGTTTCTCTT 
CCTGAAGAGG AATCTAAAGC TAGAGAGATT TTTTCAGATA ATTTAGCTAA AACACCTCTA 
GGTGATTCAG AAAACAAGAA GGAAAGAGGC AAAAAGTTGC AAAGTGAAAC CCTGCATACT 
TCATTGATGC TTCAGAGAAA AAATGTATCC GAAGAAAAAT CTGAAAATTG TCAACAATCC 
ATTAATTCAA GTAACAGTGG TCCCTCTAGT CTTCCAGCTC TTTCAGAAGT TAATATTGGA 
AATTCCCAAA CTAGAAGAAG TTCTTGGGAG TGTACAGGGA GTGGTAGAGC CATTCCATTT 
ACTGGAAGTG GCAAGTGTCC CCAGAAAGAT CACACATCCA CAGCTGTAGG TGATGGCTCC 
AGTGGATCAC AGCCTAGGGA AGGCAGAGGG GACATTGGAA CCAACTGCCA AAAAATGACT 
AATAAAACAC TTTCTCACTC AGAGAGTCAA GTCTTTGCCC TTACTCCAGC ATTGCATAAA 
CTACAGCTTG GTGAGGAGAC TCAGTCAGAT GAACCAAACT TAGAGAGTCT GCAGTCTGAA 
CCAAGAGAAT TACCTCAAAG AAGTCAGGAG GCAAATATGA CAGAGAGCAG GAAGGCTGAA 
GATGAAATGC AGAAGTCAGC TTGGGATCAA CCTTCACTTC CTGAAGGAAA CAAAAATAAA 
ACCAACTTGG ATGACCTAGT AAAGGGGGAA AATAGATCTT CAGTTAAACA CAGATTGGCA 
GCCATGTCTA AAGCCAGCAG AAAATTCCCA GCTAAAGATG TAAGCCCCAG AAGACATGTA 
GCTACTATCT TCCCCCAAAG TGGAAGCAGA TCTGGCTTTG ACCATTTATC TCTTGGCACA 
GTGGAGTGCA ACCCACTGTT CCCTGAGCCT ACTCCAAAAT CTGCAGAGTC CATTGGCGAA 
AGCAGGTTGA GTGAGAACGG AAAGCATGTG AAGAAATCCG AGAACCTTCT CCCCATTACT 
GTACTACCCA ACAGAGAACC TTCTACACAC GTCAGCAACC AGAAGTCTAA CAGCATTTCA 
CAACGACATC AGAATGAGTT TAAAAACGTC TCAGAATCAC CATCAAAGCA TGAGAATTCT 
AAAGACGTCA CAGCAGCTCA GAATTTAGTA AGAGAATCAG GAGCCCCATC ACCCATCACA 
TTCACCAGCC TCAGGGAAGC AGAATTCTCT GACAATCAGA GGAGGCTGAG CCCTCCTTTT 
CCACTGGAGC CTGCACAGAA ATCTAGAGTA AGCAGTCCAC TGGCCAGTTT TCTGCAGCAA 
CAAAGGAGTG CTTCATCTCT GGAGTGGGAA CCTGAGCCAC ACCTCTATCG TTCAAAGAGT 
TTAAAAAGCA TTAATGTTCA TGGCGATCTA CTACGAAAAA GCCATCCTCC AAAAGTCAGG 
GAGCGCCATT TTTCTGAAAG CACTTCTATT GACAATGCCC TGAGTCGACT GACCCTTGGG 
AATGAATTCT CTGTCAACAA TGGGTACAGT CGAAGATTCA GATCTTTTTC TGAACTCCCC 
TCCTGTGATG GAAATGAAAG TTGGGCTTAT CGCAGCGGGA CAAAAACAGG TCCCAGGTCT 
GCAATATCTA TATACAGACC TATCGACTAT GGGATCTTTG GGAAAGAACA ACAGTTAGCT 
TTCTTAGAAA ATGTAAAGAG GTCACTTACA CAAGGAAGAT TATGGAAACC AAGTTTTCTT 
AAGAACCCTG GCTTCCTAAA AGATGATTTG AGGAACCCTC CCAACCCCTC AGAGTCATTA 
AGCTCAAATT CTCCCAGTAG TCAGGTGCCA GAAGATGGCT TATCTCCAAG TGAACCGCTT 
AATATCTATG AGGATGACCC AGTGGACTCA GATTGTGACA CAGACACAAC CACAGATGAT 
GAATACTACC TGGATGAAAA TGACAAAGAG TCAGAACTGT GA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

EXPH5 ( XM_017017404.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016872893.1 Homo sapiens exophilin 5 (EXPH5), transcript variant X11, mRNA.

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CloneID	OHu45687
Clone ID Related Accession (Same CDS sequence)	NM_001144765.2 , NM_001144765.1 , XM_017017404.1
Accession Version	XM_017017404.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5406bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	exophilin-5 isoform X5
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000011.10) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAGGGAGG AGAGTGGCAT GCCTCCACCG TGGGATGCTT CACTGCTGGA GAATGAGTTT 
TTCCAAGTTT TAGATGACTT GGATAGCAAA TTGGCTCAGG AACAGTCTGC AAGCTCAGTG 
AATACCAGAA CACCCCTCAA CTATGGATCA AGAACACAGT TCGGTCACTT TTATTCCAGT 
GGTAACAGAC ATGGTAATAT CACAGAAAGG CACAAAAAAC ACTATAATGA AACTTCCAAT 
ATGTCTATCT ATGACATCCT AAGACCAGGA ACTCCTAGGG AAGGTTTTAA AACCTTTTCT 
CCTAGGACAA GCACAATTTA TGATATGTAT AGGACAAGGG AGCCCAGAGT CTTTAAAGAA 
GATTATGTGC AAAAGAATAC TTTTGGCAGT ACTTCGCTGT GTTTTGACAG CAGGCAACGG 
TCGGCCTTAC CAGCCACAGG GCATTTCACA GCAAGAAGCT TACATTTTCC AGCCACAACT 
CAGAGCAAGA GTGGGTTTAT ACCACCAAGG CACCAGCAGA GTCCAAAGAG AACTCCTTTA 
TCATCCATCA TATGGAACAG ATCAGATTCC TCTAGAGACA GGGAGAACCA GGAAGAGTTC 
CTGAGGGCAC CATCACCAAT GGAAATTGAT CCCGCTGACA AGTATGTGTA TCCCAGGGGT 
TTTCAGGAGA ATAAGAGATA TGAATCGTAC CATTCACAGA ATGTTTACCA ACGTGTTAGT 
TTAAATGCTC CCATGGAGAA TGCAATGAGT CCCGACACTT TTGAGAACTC AGAGAACATG 
CCATTCTACC ATCAAAGCAA CACATTTACC AGATCTTTCT TCAGCAATAC CTTTGGACGA 
AGCGGAGAAC AGAGGAGATT TGGACAAGGT CCTTTTTGGG GCCAAGAGAA AGGACATTCT 
TTCTGGTCTG ACTTTCATCG AAGCAGGAAA TCATTCAGTT CTTCTGACAG AGACTTTGAA 
ATGATTTCCA TGGAAGCAAA TAGTGTATCA GCCATTCATG GCCATAATGT TTCTTCTGAA 
CACTGGGAAT CATTTTCTTC TGGTTATGGA ACAGATGTTT CCAGAGGCCA AGAAGAGCCA 
CATCCTTGGC AGTTTGATTT TCAGAGATCC ACACTGGATA GCATGGTGGT ATCACATGGT 
AATGAGACCC AGTTGACTCC TCATTTTGGC ACACCAAATG TTTGCTCCAT GACTGGTTCA 
AGCTATCACG TCAAATCTAG TGAGTTGGTA AGTCAACAGG ACAGTTCTCC TGTAGAAGTA 
CATATAAACA AAGAAGCTTC CTCATTTGGA ATTGCTCAGA CTCTAGCATC CTCATTCAAA 
ACTTCCTTTT CCCAGATTTC TGATGACAGA AGGAATCCTC AGAGTCCCAA CTTGCAGAAT 
CCCACAGTCA CTTTGCAGAA AATTTTTCCA AATAAGCCTG CCTCTCATCC AATGAGAAGC 
CATACAGAAG TCACTGTGAC CAGCAGCAAT TCAGTTGACT CTCTGCCTCT TGCCAAAAGC 
CAGCCCAATA TCTTGGTCAC AGAAGTAAAT AATGAGAAAG ACTTAAATGA ATCTATTTCA 
GAAGAAGACA AACAGCTAAG CAAGATGGAC CAGACAAACA AGGCAGGTGA AATACCCCAA 
CCTGTTTCAC AGACAGGGAT CTCAAACTCT TTACCTGATT TTCAAAATCC CTTATCCCAG 
GACTCAGCCA AGAGCAACGG GTTTGGTTTT AATGCATCTA CCATAATAAG TTCAAAAAAG 
TCACCCAGAG TCTTTTCCAG GAAAGATACC TCCAAAATGT ATATACCGCA CACAGATAAA 
TCCAATGACA TTAAACAAGA TAAGAGGTTT ACTGAAAACA GAAAACTTGG CTCAACAGCT 
TCCCTTCCTT TCATTCAGGA ACACAGAACA CCACCATCTT TCCCCAGGAC AGACCAAGGT 
TGTCACCAGG AATTAACTGT AAATAATGAA GATATTTCAA GAATTATTAC AAATAACCAC 
TGGAGCTCTG CACTGACTGA TACTCAAAAT GCACAATACT CAAAATGCAA GTTAACTCCT 
GGCCACAAGA CCTCGTGTGA TTCTTTAGAT CTGTCATCAG CTGCACTACC AGATTCCTCA 
CCATCAAAGA ATTCTTCCCT TGATGCTCCT GTGGTTCCAT CTACTACAGT GTTCTCCAGG 
AGAAGTCCTT CAGACAAAGA TCCATCGCTA GGAGAAAGAG AAGAAAAAGA CAATGCTGGG 
AAGAACCAAA AGAATCAGTT TATTGTAAGC CACTCAGAAA ACCAAGAGAG AAATGATAGT 
CCTGTGCCTA CACATGATGA AGTGGTTGAT GTCAAATGCC ATTCACACTC TCCTTTTAGG 
AATGAAAGAG GAAAAGGAAA AATAAGGCAT CATATATCCT GTATTGAAAA GTTAAGCAAA 
ACAGAAAGTA TATCAGTACC CACCAGTGAT CACAGGAGCC TCATTGAAGC AAATCAAAGC 
AATTCCAAAG TTTCTGAACT TGACACAATT TATTGTACCT TGCCAAGAAA ATCAAGCAGT 
TTTCTCATAC ATGGCAGGCA GTCAGGAAGT AAAATAATGG CTGCTTCATT GAGGAATGGG 
CCACCTCCCT TCCAAATCAA AAATAATGTG GAAGATGCAA TGGGGAACTA TATGTTAAAC 
AAATTTAGTC CCAGTTCTCC TGAGTCAGCG AATGAATGTT CCAAAGTCCT TTCAGACTCA 
GCCCTGGAAG CACCTGAAGC CACAGAGAGA ATGACAAATG TAAAAAGCAG TGGATCTACT 
TCCGTTAGAA AAGGACCACT TCCATTCCTC ATCAACAGGG CTATGTCATG TCCCTCAGGG 
GAGCCACATG CCTCAACTGG AAGAGAAGGA AGAAAAAAGC CATTGACCTC AGGCATGGAT 
GCTTCTGAGC TAACACCAAG GGCTTGGGAG AGAATCATTA GCCCTGTGGA AAGTGACTCA 
TCTGTTAGAG ATTGTTCTTT AACCAAAAGA CAACACCAAA AGGAAAACTT CCAAGAATAC 
ACTGAGAAAG AGGGTAAAAT GGCTGCCTCC AGGAGAAGTG TATTTGCTCT TTCAAATGAA 
GACCCTTTAC CTTTTTGCTC AGACTTGTCA GGAAAAGAAC GTGGGAAAAC ATTACATAAA 
GTTAAGACGA CTAGTACGTT TTCTGTTTCT GGTGATGAAG ATAATGTAAA ATGTCTGGAG 
GTGGTCTCAA TATATTACAC TCTACCGAGG AAACCCAGCA AAAAATTCTG TAACCTCCTT 
CAACAGTATA CACAAAATAC TAATTTACTT ATAGAATCAC CTCAAGTGGA GACTGAAACA 
TTTCCTAACG CTTTAGAAAA AGACAAACAG AATTATTCTA CACGAGAGCA GTCAGGAACA 
CCTTCATGTG AAAATCTAAA GATGTCCGTC AACTCTGATC AGACGCTCAC CACTGAAAAT 
ATGACTGCCT TCCGATTATC AAATAGGGGG CCCCTAGCTC CTACATTACA GGAAATGGCT 
TCTGTTGAGG CAGCTGTTTC TCTTCCTGAA GAGGAATCTA AAGCTAGAGA GATTTTTTCA 
GATAATTTAG CTAAAACACC TCTAGGTGAT TCAGAAAACA AGAAGGAAAG AGGCAAAAAG 
TTGCAAAGTG AAACCCTGCA TACTTCATTG ATGCTTCAGA GAAAAAATGT ATCCGAAGAA 
AAATCTGAAA ATTGTCAACA ATCCATTAAT TCAAGTAACA GTGGTCCCTC TAGTCTTCCA 
GCTCTTTCAG AAGTTAATAT TGGAAATTCC CAAACTAGAA GAAGTTCTTG GGAGTGTACA 
GGGAGTGGTA GAGCCATTCC ATTTACTGGA AGTGGCAAGT GTCCCCAGAA AGATCACACA 
TCCACAGCTG TAGGTGATGG CTCCAGTGGA TCACAGCCTA GGGAAGGCAG AGGGGACATT 
GGAACCAACT GCCAAAAAAT GACTAATAAA ACACTTTCTC ACTCAGAGAG TCAAGTCTTT 
GCCCTTACTC CAGCATTGCA TAAACTACAG CTTGGTGAGG AGACTCAGTC AGATGAACCA 
AACTTAGAGA GTCTGCAGTC TGAACCAAGA GAATTACCTC AAAGAAGTCA GGAGGCAAAT 
ATGACAGAGA GCAGGAAGGC TGAAGATGAA ATGCAGAAGT CAGCTTGGGA TCAACCTTCA 
CTTCCTGAAG GAAACAAAAA TAAAACCAAC TTGGATGACC TAGTAAAGGG GGAAAATAGA 
TCTTCAGTTA AACACAGATT GGCAGCCATG TCTAAAGCCA GCAGAAAATT CCCAGCTAAA 
GATGTAAGCC CCAGAAGACA TGTAGCTACT ATCTTCCCCC AAAGTGGAAG CAGATCTGGC 
TTTGACCATT TATCTCTTGG CACAGTGGAG TGCAACCCAC TGTTCCCTGA GCCTACTCCA 
AAATCTGCAG AGTCCATTGG CGAAAGCAGG TTGAGTGAGA ACGGAAAGCA TGTGAAGAAA 
TCCGAGAACC TTCTCCCCAT TACTGTACTA CCCAACAGAG AACCTTCTAC ACACGTCAGC 
AACCAGAAGT CTAACAGCAT TTCACAACGA CATCAGAATG AGTTTAAAAA CGTCTCAGAA 
TCACCATCAA AGCATGAGAA TTCTAAAGAC GTCACAGCAG CTCAGAATTT AGTAAGAGAA 
TCAGGAGCCC CATCACCCAT CACATTCACC AGCCTCAGGG AAGCAGAATT CTCTGACAAT 
CAGAGGAGGC TGAGCCCTCC TTTTCCACTG GAGCCTGCAC AGAAATCTAG AGTAAGCAGT 
CCACTGGCCA GTTTTCTGCA GCAACAAAGG AGTGCTTCAT CTCTGGAGTG GGAACCTGAG 
CCACACCTCT ATCGTTCAAA GAGTTTAAAA AGCATTAATG TTCATGGCGA TCTACTACGA 
AAAAGCCATC CTCCAAAAGT CAGGGAGCGC CATTTTTCTG AAAGCACTTC TATTGACAAT 
GCCCTGAGTC GACTGACCCT TGGGAATGAA TTCTCTGTCA ACAATGGGTA CAGTCGAAGA 
TTCAGATCTT TTTCTGAACT CCCCTCCTGT GATGGAAATG AAAGTTGGGC TTATCGCAGC 
GGGACAAAAA CAGGTCCCAG GTCTGCAATA TCTATATACA GACCTATCGA CTATGGGATC 
TTTGGGAAAG AACAACAGTT AGCTTTCTTA GAAAATGTAA AGAGGTCACT TACACAAGGA 
AGATTATGGA AACCAAGTTT TCTTAAGAAC CCTGGCTTCC TAAAAGATGA TTTGAGGAAC 
CCTCCCAACC CCTCAGAGTC ATTAAGCTCA AATTCTCCCA GTAGTCAGGT GCCAGAAGAT 
GGCTTATCTC CAAGTGAACC GCTTAATATC TATGAGGATG ACCCAGTGGA CTCAGATTGT 
GACACAGACA CAACCACAGA TGATGAATAC TACCTGGATG AAAATGACAA AGAGTCAGAA 
CTGTGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_016872893.1
CDS	1867..7272
Translation	MREESGMPPPWDASLLENEFFQVLDDLDSKLAQEQSASSVNTRTPLNYGSRTQFGHFYSSGNRHGNITERHKKHYNETSNMSIYDILRPGTPREGFKTFSPRTSTIYDMYRTREPRVFKEDYVQKNTFGSTSLCFDSRQRSALPATGHFTARSLHFPATTQSKSGFIPPRHQQSPKRTPLSSIIWNRSDSSRDRENQEEFLRAPSPMEIDPADKYVYPRGFQENKRYESYHSQNVYQRVSLNAPMENAMSPDTFENSENMPFYHQSNTFTRSFFSNTFGRSGEQRRFGQGPFWGQEKGHSFWSDFHRSRKSFSSSDRDFEMISMEANSVSAIHGHNVSSEHWESFSSGYGTDVSRGQEEPHPWQFDFQRSTLDSMVVSHGNETQLTPHFGTPNVCSMTGSSYHVKSSELVSQQDSSPVEVHINKEASSFGIAQTLASSFKTSFSQISDDRRNPQSPNLQNPTVTLQKIFPNKPASHPMRSHTEVTVTSSNSVDSLPLAKSQPNILVTEVNNEKDLNESISEEDKQLSKMDQTNKAGEIPQPVSQTGISNSLPDFQNPLSQDSAKSNGFGFNASTIISSKKSPRVFSRKDTSKMYIPHTDKSNDIKQDKRFTENRKLGSTASLPFIQEHRTPPSFPRTDQGCHQELTVNNEDISRIITNNHWSSALTDTQNAQYSKCKLTPGHKTSCDSLDLSSAALPDSSPSKNSSLDAPVVPSTTVFSRRSPSDKDPSLGEREEKDNAGKNQKNQFIVSHSENQERNDSPVPTHDEVVDVKCHSHSPFRNERGKGKIRHHISCIEKLSKTESISVPTSDHRSLIEANQSNSKVSELDTIYCTLPRKSSSFLIHGRQSGSKIMAASLRNGPPPFQIKNNVEDAMGNYMLNKFSPSSPESANECSKVLSDSALEAPEATERMTNVKSSGSTSVRKGPLPFLINRAMSCPSGEPHASTGREGRKKPLTSGMDASELTPRAWERIISPVESDSSVRDCSLTKRQHQKENFQEYTEKEGKMAASRRSVFALSNEDPLPFCSDLSGKERGKTLHKVKTTSTFSVSGDEDNVKCLEVVSIYYTLPRKPSKKFCNLLQQYTQNTNLLIESPQVETETFPNALEKDKQNYSTREQSGTPSCENLKMSVNSDQTLTTENMTAFRLSNRGPLAPTLQEMASVEAAVSLPEEESKAREIFSDNLAKTPLGDSENKKERGKKLQSETLHTSLMLQRKNVSEEKSENCQQSINSSNSGPSSLPALSEVNIGNSQTRRSSWECTGSGRAIPFTGSGKCPQKDHTSTAVGDGSSGSQPREGRGDIGTNCQKMTNKTLSHSESQVFALTPALHKLQLGEETQSDEPNLESLQSEPRELPQRSQEANMTESRKAEDEMQKSAWDQPSLPEGNKNKTNLDDLVKGENRSSVKHRLAAMSKASRKFPAKDVSPRRHVATIFPQSGSRSGFDHLSLGTVECNPLFPEPTPKSAESIGESRLSENGKHVKKSENLLPITVLPNREPSTHVSNQKSNSISQRHQNEFKNVSESPSKHENSKDVTAAQNLVRESGAPSPITFTSLREAEFSDNQRRLSPPFPLEPAQKSRVSSPLASFLQQQRSASSLEWEPEPHLYRSKSLKSINVHGDLLRKSHPPKVRERHFSESTSIDNALSRLTLGNEFSVNNGYSRRFRSFSELPSCDGNESWAYRSGTKTGPRSAISIYRPIDYGIFGKEQQLAFLENVKRSLTQGRLWKPSFLKNPGFLKDDLRNPPNPSESLSSNSPSSQVPEDGLSPSEPLNIYEDDPVDSDCDTDTTTDDEYYLDENDKESEL

Target ORF information:

RefSeq Version	XM_017017404.1
Organism	Homo sapiens(human)
Definition	Homo sapiens exophilin 5 (EXPH5), transcript variant X11, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_017017404.1

ORF Insert Sequence:

ATGAGGGAGG AGAGTGGCAT GCCTCCACCG TGGGATGCTT CACTGCTGGA GAATGAGTTT 
TTCCAAGTTT TAGATGACTT GGATAGCAAA TTGGCTCAGG AACAGTCTGC AAGCTCAGTG 
AATACCAGAA CACCCCTCAA CTATGGATCA AGAACACAGT TCGGTCACTT TTATTCCAGT 
GGTAACAGAC ATGGTAATAT CACAGAAAGG CACAAAAAAC ACTATAATGA AACTTCCAAT 
ATGTCTATCT ATGACATCCT AAGACCAGGA ACTCCTAGGG AAGGTTTTAA AACCTTTTCT 
CCTAGGACAA GCACAATTTA TGATATGTAT AGGACAAGGG AGCCCAGAGT CTTTAAAGAA 
GATTATGTGC AAAAGAATAC TTTTGGCAGT ACTTCGCTGT GTTTTGACAG CAGGCAACGG 
TCGGCCTTAC CAGCCACAGG GCATTTCACA GCAAGAAGCT TACATTTTCC AGCCACAACT 
CAGAGCAAGA GTGGGTTTAT ACCACCAAGG CACCAGCAGA GTCCAAAGAG AACTCCTTTA 
TCATCCATCA TATGGAACAG ATCAGATTCC TCTAGAGACA GGGAGAACCA GGAAGAGTTC 
CTGAGGGCAC CATCACCAAT GGAAATTGAT CCCGCTGACA AGTATGTGTA TCCCAGGGGT 
TTTCAGGAGA ATAAGAGATA TGAATCGTAC CATTCACAGA ATGTTTACCA ACGTGTTAGT 
TTAAATGCTC CCATGGAGAA TGCAATGAGT CCCGACACTT TTGAGAACTC AGAGAACATG 
CCATTCTACC ATCAAAGCAA CACATTTACC AGATCTTTCT TCAGCAATAC CTTTGGACGA 
AGCGGAGAAC AGAGGAGATT TGGACAAGGT CCTTTTTGGG GCCAAGAGAA AGGACATTCT 
TTCTGGTCTG ACTTTCATCG AAGCAGGAAA TCATTCAGTT CTTCTGACAG AGACTTTGAA 
ATGATTTCCA TGGAAGCAAA TAGTGTATCA GCCATTCATG GCCATAATGT TTCTTCTGAA 
CACTGGGAAT CATTTTCTTC TGGTTATGGA ACAGATGTTT CCAGAGGCCA AGAAGAGCCA 
CATCCTTGGC AGTTTGATTT TCAGAGATCC ACACTGGATA GCATGGTGGT ATCACATGGT 
AATGAGACCC AGTTGACTCC TCATTTTGGC ACACCAAATG TTTGCTCCAT GACTGGTTCA 
AGCTATCACG TCAAATCTAG TGAGTTGGTA AGTCAACAGG ACAGTTCTCC TGTAGAAGTA 
CATATAAACA AAGAAGCTTC CTCATTTGGA ATTGCTCAGA CTCTAGCATC CTCATTCAAA 
ACTTCCTTTT CCCAGATTTC TGATGACAGA AGGAATCCTC AGAGTCCCAA CTTGCAGAAT 
CCCACAGTCA CTTTGCAGAA AATTTTTCCA AATAAGCCTG CCTCTCATCC AATGAGAAGC 
CATACAGAAG TCACTGTGAC CAGCAGCAAT TCAGTTGACT CTCTGCCTCT TGCCAAAAGC 
CAGCCCAATA TCTTGGTCAC AGAAGTAAAT AATGAGAAAG ACTTAAATGA ATCTATTTCA 
GAAGAAGACA AACAGCTAAG CAAGATGGAC CAGACAAACA AGGCAGGTGA AATACCCCAA 
CCTGTTTCAC AGACAGGGAT CTCAAACTCT TTACCTGATT TTCAAAATCC CTTATCCCAG 
GACTCAGCCA AGAGCAACGG GTTTGGTTTT AATGCATCTA CCATAATAAG TTCAAAAAAG 
TCACCCAGAG TCTTTTCCAG GAAAGATACC TCCAAAATGT ATATACCGCA CACAGATAAA 
TCCAATGACA TTAAACAAGA TAAGAGGTTT ACTGAAAACA GAAAACTTGG CTCAACAGCT 
TCCCTTCCTT TCATTCAGGA ACACAGAACA CCACCATCTT TCCCCAGGAC AGACCAAGGT 
TGTCACCAGG AATTAACTGT AAATAATGAA GATATTTCAA GAATTATTAC AAATAACCAC 
TGGAGCTCTG CACTGACTGA TACTCAAAAT GCACAATACT CAAAATGCAA GTTAACTCCT 
GGCCACAAGA CCTCGTGTGA TTCTTTAGAT CTGTCATCAG CTGCACTACC AGATTCCTCA 
CCATCAAAGA ATTCTTCCCT TGATGCTCCT GTGGTTCCAT CTACTACAGT GTTCTCCAGG 
AGAAGTCCTT CAGACAAAGA TCCATCGCTA GGAGAAAGAG AAGAAAAAGA CAATGCTGGG 
AAGAACCAAA AGAATCAGTT TATTGTAAGC CACTCAGAAA ACCAAGAGAG AAATGATAGT 
CCTGTGCCTA CACATGATGA AGTGGTTGAT GTCAAATGCC ATTCACACTC TCCTTTTAGG 
AATGAAAGAG GAAAAGGAAA AATAAGGCAT CATATATCCT GTATTGAAAA GTTAAGCAAA 
ACAGAAAGTA TATCAGTACC CACCAGTGAT CACAGGAGCC TCATTGAAGC AAATCAAAGC 
AATTCCAAAG TTTCTGAACT TGACACAATT TATTGTACCT TGCCAAGAAA ATCAAGCAGT 
TTTCTCATAC ATGGCAGGCA GTCAGGAAGT AAAATAATGG CTGCTTCATT GAGGAATGGG 
CCACCTCCCT TCCAAATCAA AAATAATGTG GAAGATGCAA TGGGGAACTA TATGTTAAAC 
AAATTTAGTC CCAGTTCTCC TGAGTCAGCG AATGAATGTT CCAAAGTCCT TTCAGACTCA 
GCCCTGGAAG CACCTGAAGC CACAGAGAGA ATGACAAATG TAAAAAGCAG TGGATCTACT 
TCCGTTAGAA AAGGACCACT TCCATTCCTC ATCAACAGGG CTATGTCATG TCCCTCAGGG 
GAGCCACATG CCTCAACTGG AAGAGAAGGA AGAAAAAAGC CATTGACCTC AGGCATGGAT 
GCTTCTGAGC TAACACCAAG GGCTTGGGAG AGAATCATTA GCCCTGTGGA AAGTGACTCA 
TCTGTTAGAG ATTGTTCTTT AACCAAAAGA CAACACCAAA AGGAAAACTT CCAAGAATAC 
ACTGAGAAAG AGGGTAAAAT GGCTGCCTCC AGGAGAAGTG TATTTGCTCT TTCAAATGAA 
GACCCTTTAC CTTTTTGCTC AGACTTGTCA GGAAAAGAAC GTGGGAAAAC ATTACATAAA 
GTTAAGACGA CTAGTACGTT TTCTGTTTCT GGTGATGAAG ATAATGTAAA ATGTCTGGAG 
GTGGTCTCAA TATATTACAC TCTACCGAGG AAACCCAGCA AAAAATTCTG TAACCTCCTT 
CAACAGTATA CACAAAATAC TAATTTACTT ATAGAATCAC CTCAAGTGGA GACTGAAACA 
TTTCCTAACG CTTTAGAAAA AGACAAACAG AATTATTCTA CACGAGAGCA GTCAGGAACA 
CCTTCATGTG AAAATCTAAA GATGTCCGTC AACTCTGATC AGACGCTCAC CACTGAAAAT 
ATGACTGCCT TCCGATTATC AAATAGGGGG CCCCTAGCTC CTACATTACA GGAAATGGCT 
TCTGTTGAGG CAGCTGTTTC TCTTCCTGAA GAGGAATCTA AAGCTAGAGA GATTTTTTCA 
GATAATTTAG CTAAAACACC TCTAGGTGAT TCAGAAAACA AGAAGGAAAG AGGCAAAAAG 
TTGCAAAGTG AAACCCTGCA TACTTCATTG ATGCTTCAGA GAAAAAATGT ATCCGAAGAA 
AAATCTGAAA ATTGTCAACA ATCCATTAAT TCAAGTAACA GTGGTCCCTC TAGTCTTCCA 
GCTCTTTCAG AAGTTAATAT TGGAAATTCC CAAACTAGAA GAAGTTCTTG GGAGTGTACA 
GGGAGTGGTA GAGCCATTCC ATTTACTGGA AGTGGCAAGT GTCCCCAGAA AGATCACACA 
TCCACAGCTG TAGGTGATGG CTCCAGTGGA TCACAGCCTA GGGAAGGCAG AGGGGACATT 
GGAACCAACT GCCAAAAAAT GACTAATAAA ACACTTTCTC ACTCAGAGAG TCAAGTCTTT 
GCCCTTACTC CAGCATTGCA TAAACTACAG CTTGGTGAGG AGACTCAGTC AGATGAACCA 
AACTTAGAGA GTCTGCAGTC TGAACCAAGA GAATTACCTC AAAGAAGTCA GGAGGCAAAT 
ATGACAGAGA GCAGGAAGGC TGAAGATGAA ATGCAGAAGT CAGCTTGGGA TCAACCTTCA 
CTTCCTGAAG GAAACAAAAA TAAAACCAAC TTGGATGACC TAGTAAAGGG GGAAAATAGA 
TCTTCAGTTA AACACAGATT GGCAGCCATG TCTAAAGCCA GCAGAAAATT CCCAGCTAAA 
GATGTAAGCC CCAGAAGACA TGTAGCTACT ATCTTCCCCC AAAGTGGAAG CAGATCTGGC 
TTTGACCATT TATCTCTTGG CACAGTGGAG TGCAACCCAC TGTTCCCTGA GCCTACTCCA 
AAATCTGCAG AGTCCATTGG CGAAAGCAGG TTGAGTGAGA ACGGAAAGCA TGTGAAGAAA 
TCCGAGAACC TTCTCCCCAT TACTGTACTA CCCAACAGAG AACCTTCTAC ACACGTCAGC 
AACCAGAAGT CTAACAGCAT TTCACAACGA CATCAGAATG AGTTTAAAAA CGTCTCAGAA 
TCACCATCAA AGCATGAGAA TTCTAAAGAC GTCACAGCAG CTCAGAATTT AGTAAGAGAA 
TCAGGAGCCC CATCACCCAT CACATTCACC AGCCTCAGGG AAGCAGAATT CTCTGACAAT 
CAGAGGAGGC TGAGCCCTCC TTTTCCACTG GAGCCTGCAC AGAAATCTAG AGTAAGCAGT 
CCACTGGCCA GTTTTCTGCA GCAACAAAGG AGTGCTTCAT CTCTGGAGTG GGAACCTGAG 
CCACACCTCT ATCGTTCAAA GAGTTTAAAA AGCATTAATG TTCATGGCGA TCTACTACGA 
AAAAGCCATC CTCCAAAAGT CAGGGAGCGC CATTTTTCTG AAAGCACTTC TATTGACAAT 
GCCCTGAGTC GACTGACCCT TGGGAATGAA TTCTCTGTCA ACAATGGGTA CAGTCGAAGA 
TTCAGATCTT TTTCTGAACT CCCCTCCTGT GATGGAAATG AAAGTTGGGC TTATCGCAGC 
GGGACAAAAA CAGGTCCCAG GTCTGCAATA TCTATATACA GACCTATCGA CTATGGGATC 
TTTGGGAAAG AACAACAGTT AGCTTTCTTA GAAAATGTAA AGAGGTCACT TACACAAGGA 
AGATTATGGA AACCAAGTTT TCTTAAGAAC CCTGGCTTCC TAAAAGATGA TTTGAGGAAC 
CCTCCCAACC CCTCAGAGTC ATTAAGCTCA AATTCTCCCA GTAGTCAGGT GCCAGAAGAT 
GGCTTATCTC CAAGTGAACC GCTTAATATC TATGAGGATG ACCCAGTGGA CTCAGATTGT 
GACACAGACA CAACCACAGA TGATGAATAC TACCTGGATG AAAATGACAA AGAGTCAGAA 
CTGTGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

EXPH5 ( XM_017017399.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016872888.1 Homo sapiens exophilin 5 (EXPH5), transcript variant X3, mRNA.

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CloneID	OHu65416
Clone ID Related Accession (Same CDS sequence)	XM_017017399.1 , XM_011542696.2 , XM_011542700.2 , XM_017017397.1 , NM_001144763.2 , XM_017017400.1 , NM_001144763.1 , XM_011542698.2
Accession Version	XM_017017399.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5742bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	exophilin-5 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000011.10) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGTTAAAAC AACCACTTAC ATACAGGCTA AGTAAGGAGA TGGCAAAAAA TGATCCGATA 
GAATTACCTA CATCAAGATC TAAAAATGTA ACTAATCAAA AAAAGCCGAC ACCTTTTTCT 
TCCCGGATGA GCTTCAGATC GTCATTTGCT TCCCTGTTCT CATTCAGGAA ATCTGGAAAG 
GAGACTTCAA AGCTTCCATC ACTGGGACAG AAAGGATGTG ATGGCCATGC AGGACCTCCT 
ATGCCTGTGA GGGGAGCTGC TGTGCAGGCA AAAATATACA ATTCACCTCT GGAAAATCAT 
CTAGTTGACA GTACATTTGT CCCAAAGCCA GCAGTCATGA GGGAGGAGAG TGGCATGCCT 
CCACCGTGGG ATGCTTCACT GCTGGAGAAT GAGTTTTTCC AAGTTTTAGA TGACTTGGAT 
AGCAAATTGG CTCAGGAACA GTCTGCAAGC TCAGTGAATA CCAGAACACC CCTCAACTAT 
GGATCAAGAA CACAGTTCGG TCACTTTTAT TCCAGTGGTA ACAGACATGG TAATATCACA 
GAAAGGCACA AAAAACACTA TAATGAAACT TCCAATATGT CTATCTATGA CATCCTAAGA 
CCAGGAACTC CTAGGGAAGG TTTTAAAACC TTTTCTCCTA GGACAAGCAC AATTTATGAT 
ATGTATAGGA CAAGGGAGCC CAGAGTCTTT AAAGAAGATT ATGTGCAAAA GAATACTTTT 
GGCAGTACTT CGCTGTGTTT TGACAGCAGG CAACGGTCGG CCTTACCAGC CACAGGGCAT 
TTCACAGCAA GAAGCTTACA TTTTCCAGCC ACAACTCAGA GCAAGAGTGG GTTTATACCA 
CCAAGGCACC AGCAGAGTCC AAAGAGAACT CCTTTATCAT CCATCATATG GAACAGATCA 
GATTCCTCTA GAGACAGGGA GAACCAGGAA GAGTTCCTGA GGGCACCATC ACCAATGGAA 
ATTGATCCCG CTGACAAGTA TGTGTATCCC AGGGGTTTTC AGGAGAATAA GAGATATGAA 
TCGTACCATT CACAGAATGT TTACCAACGT GTTAGTTTAA ATGCTCCCAT GGAGAATGCA 
ATGAGTCCCG ACACTTTTGA GAACTCAGAG AACATGCCAT TCTACCATCA AAGCAACACA 
TTTACCAGAT CTTTCTTCAG CAATACCTTT GGACGAAGCG GAGAACAGAG GAGATTTGGA 
CAAGGTCCTT TTTGGGGCCA AGAGAAAGGA CATTCTTTCT GGTCTGACTT TCATCGAAGC 
AGGAAATCAT TCAGTTCTTC TGACAGAGAC TTTGAAATGA TTTCCATGGA AGCAAATAGT 
GTATCAGCCA TTCATGGCCA TAATGTTTCT TCTGAACACT GGGAATCATT TTCTTCTGGT 
TATGGAACAG ATGTTTCCAG AGGCCAAGAA GAGCCACATC CTTGGCAGTT TGATTTTCAG 
AGATCCACAC TGGATAGCAT GGTGGTATCA CATGGTAATG AGACCCAGTT GACTCCTCAT 
TTTGGCACAC CAAATGTTTG CTCCATGACT GGTTCAAGCT ATCACGTCAA ATCTAGTGAG 
TTGGTAAGTC AACAGGACAG TTCTCCTGTA GAAGTACATA TAAACAAAGA AGCTTCCTCA 
TTTGGAATTG CTCAGACTCT AGCATCCTCA TTCAAAACTT CCTTTTCCCA GATTTCTGAT 
GACAGAAGGA ATCCTCAGAG TCCCAACTTG CAGAATCCCA CAGTCACTTT GCAGAAAATT 
TTTCCAAATA AGCCTGCCTC TCATCCAATG AGAAGCCATA CAGAAGTCAC TGTGACCAGC 
AGCAATTCAG TTGACTCTCT GCCTCTTGCC AAAAGCCAGC CCAATATCTT GGTCACAGAA 
GTAAATAATG AGAAAGACTT AAATGAATCT ATTTCAGAAG AAGACAAACA GCTAAGCAAG 
ATGGACCAGA CAAACAAGGC AGGTGAAATA CCCCAACCTG TTTCACAGAC AGGGATCTCA 
AACTCTTTAC CTGATTTTCA AAATCCCTTA TCCCAGGACT CAGCCAAGAG CAACGGGTTT 
GGTTTTAATG CATCTACCAT AATAAGTTCA AAAAAGTCAC CCAGAGTCTT TTCCAGGAAA 
GATACCTCCA AAATGTATAT ACCGCACACA GATAAATCCA ATGACATTAA ACAAGATAAG 
AGGTTTACTG AAAACAGAAA ACTTGGCTCA ACAGCTTCCC TTCCTTTCAT TCAGGAACAC 
AGAACACCAC CATCTTTCCC CAGGACAGAC CAAGGTTGTC ACCAGGAATT AACTGTAAAT 
AATGAAGATA TTTCAAGAAT TATTACAAAT AACCACTGGA GCTCTGCACT GACTGATACT 
CAAAATGCAC AATACTCAAA ATGCAAGTTA ACTCCTGGCC ACAAGACCTC GTGTGATTCT 
TTAGATCTGT CATCAGCTGC ACTACCAGAT TCCTCACCAT CAAAGAATTC TTCCCTTGAT 
GCTCCTGTGG TTCCATCTAC TACAGTGTTC TCCAGGAGAA GTCCTTCAGA CAAAGATCCA 
TCGCTAGGAG AAAGAGAAGA AAAAGACAAT GCTGGGAAGA ACCAAAAGAA TCAGTTTATT 
GTAAGCCACT CAGAAAACCA AGAGAGAAAT GATAGTCCTG TGCCTACACA TGATGAAGTG 
GTTGATGTCA AATGCCATTC ACACTCTCCT TTTAGGAATG AAAGAGGAAA AGGAAAAATA 
AGGCATCATA TATCCTGTAT TGAAAAGTTA AGCAAAACAG AAAGTATATC AGTACCCACC 
AGTGATCACA GGAGCCTCAT TGAAGCAAAT CAAAGCAATT CCAAAGTTTC TGAACTTGAC 
ACAATTTATT GTACCTTGCC AAGAAAATCA AGCAGTTTTC TCATACATGG CAGGCAGTCA 
GGAAGTAAAA TAATGGCTGC TTCATTGAGG AATGGGCCAC CTCCCTTCCA AATCAAAAAT 
AATGTGGAAG ATGCAATGGG GAACTATATG TTAAACAAAT TTAGTCCCAG TTCTCCTGAG 
TCAGCGAATG AATGTTCCAA AGTCCTTTCA GACTCAGCCC TGGAAGCACC TGAAGCCACA 
GAGAGAATGA CAAATGTAAA AAGCAGTGGA TCTACTTCCG TTAGAAAAGG ACCACTTCCA 
TTCCTCATCA ACAGGGCTAT GTCATGTCCC TCAGGGGAGC CACATGCCTC AACTGGAAGA 
GAAGGAAGAA AAAAGCCATT GACCTCAGGC ATGGATGCTT CTGAGCTAAC ACCAAGGGCT 
TGGGAGAGAA TCATTAGCCC TGTGGAAAGT GACTCATCTG TTAGAGATTG TTCTTTAACC 
AAAAGACAAC ACCAAAAGGA AAACTTCCAA GAATACACTG AGAAAGAGGG TAAAATGGCT 
GCCTCCAGGA GAAGTGTATT TGCTCTTTCA AATGAAGACC CTTTACCTTT TTGCTCAGAC 
TTGTCAGGAA AAGAACGTGG GAAAACATTA CATAAAGTTA AGACGACTAG TACGTTTTCT 
GTTTCTGGTG ATGAAGATAA TGTAAAATGT CTGGAGGTGG TCTCAATATA TTACACTCTA 
CCGAGGAAAC CCAGCAAAAA ATTCTGTAAC CTCCTTCAAC AGTATACACA AAATACTAAT 
TTACTTATAG AATCACCTCA AGTGGAGACT GAAACATTTC CTAACGCTTT AGAAAAAGAC 
AAACAGAATT ATTCTACACG AGAGCAGTCA GGAACACCTT CATGTGAAAA TCTAAAGATG 
TCCGTCAACT CTGATCAGAC GCTCACCACT GAAAATATGA CTGCCTTCCG ATTATCAAAT 
AGGGGGCCCC TAGCTCCTAC ATTACAGGAA ATGGCTTCTG TTGAGGCAGC TGTTTCTCTT 
CCTGAAGAGG AATCTAAAGC TAGAGAGATT TTTTCAGATA ATTTAGCTAA AACACCTCTA 
GGTGATTCAG AAAACAAGAA GGAAAGAGGC AAAAAGTTGC AAAGTGAAAC CCTGCATACT 
TCATTGATGC TTCAGAGAAA AAATGTATCC GAAGAAAAAT CTGAAAATTG TCAACAATCC 
ATTAATTCAA GTAACAGTGG TCCCTCTAGT CTTCCAGCTC TTTCAGAAGT TAATATTGGA 
AATTCCCAAA CTAGAAGAAG TTCTTGGGAG TGTACAGGGA GTGGTAGAGC CATTCCATTT 
ACTGGAAGTG GCAAGTGTCC CCAGAAAGAT CACACATCCA CAGCTGTAGG TGATGGCTCC 
AGTGGATCAC AGCCTAGGGA AGGCAGAGGG GACATTGGAA CCAACTGCCA AAAAATGACT 
AATAAAACAC TTTCTCACTC AGAGAGTCAA GTCTTTGCCC TTACTCCAGC ATTGCATAAA 
CTACAGCTTG GTGAGGAGAC TCAGTCAGAT GAACCAAACT TAGAGAGTCT GCAGTCTGAA 
CCAAGAGAAT TACCTCAAAG AAGTCAGGAG GCAAATATGA CAGAGAGCAG GAAGGCTGAA 
GATGAAATGC AGAAGTCAGC TTGGGATCAA CCTTCACTTC CTGAAGGAAA CAAAAATAAA 
ACCAACTTGG ATGACCTAGT AAAGGGGGAA AATAGATCTT CAGTTAAACA CAGATTGGCA 
GCCATGTCTA AAGCCAGCAG AAAATTCCCA GCTAAAGATG TAAGCCCCAG AAGACATGTA 
GCTACTATCT TCCCCCAAAG TGGAAGCAGA TCTGGCTTTG ACCATTTATC TCTTGGCACA 
GTGGAGTGCA ACCCACTGTT CCCTGAGCCT ACTCCAAAAT CTGCAGAGTC CATTGGCGAA 
AGCAGGTTGA GTGAGAACGG AAAGCATGTG AAGAAATCCG AGAACCTTCT CCCCATTACT 
GTACTACCCA ACAGAGAACC TTCTACACAC GTCAGCAACC AGAAGTCTAA CAGCATTTCA 
CAACGACATC AGAATGAGTT TAAAAACGTC TCAGAATCAC CATCAAAGCA TGAGAATTCT 
AAAGACGTCA CAGCAGCTCA GAATTTAGTA AGAGAATCAG GAGCCCCATC ACCCATCACA 
TTCACCAGCC TCAGGGAAGC AGAATTCTCT GACAATCAGA GGAGGCTGAG CCCTCCTTTT 
CCACTGGAGC CTGCACAGAA ATCTAGAGTA AGCAGTCCAC TGGCCAGTTT TCTGCAGCAA 
CAAAGGAGTG CTTCATCTCT GGAGTGGGAA CCTGAGCCAC ACCTCTATCG TTCAAAGAGT 
TTAAAAAGCA TTAATGTTCA TGGCGATCTA CTACGAAAAA GCCATCCTCC AAAAGTCAGG 
GAGCGCCATT TTTCTGAAAG CACTTCTATT GACAATGCCC TGAGTCGACT GACCCTTGGG 
AATGAATTCT CTGTCAACAA TGGGTACAGT CGAAGATTCA GATCTTTTTC TGAACTCCCC 
TCCTGTGATG GAAATGAAAG TTGGGCTTAT CGCAGCGGGA CAAAAACAGG TCCCAGGTCT 
GCAATATCTA TATACAGACC TATCGACTAT GGGATCTTTG GGAAAGAACA ACAGTTAGCT 
TTCTTAGAAA ATGTAAAGAG GTCACTTACA CAAGGAAGAT TATGGAAACC AAGTTTTCTT 
AAGAACCCTG GCTTCCTAAA AGATGATTTG AGGAACCCTC CCAACCCCTC AGAGTCATTA 
AGCTCAAATT CTCCCAGTAG TCAGGTGCCA GAAGATGGCT TATCTCCAAG TGAACCGCTT 
AATATCTATG AGGATGACCC AGTGGACTCA GATTGTGACA CAGACACAAC CACAGATGAT 
GAATACTACC TGGATGAAAA TGACAAAGAG TCAGAACTGT GA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_016872888.1
CDS	132..5873
Translation	MLKQPLTYRLSKEMAKNDPIELPTSRSKNVTNQKKPTPFSSRMSFRSSFASLFSFRKSGKETSKLPSLGQKGCDGHAGPPMPVRGAAVQAKIYNSPLENHLVDSTFVPKPAVMREESGMPPPWDASLLENEFFQVLDDLDSKLAQEQSASSVNTRTPLNYGSRTQFGHFYSSGNRHGNITERHKKHYNETSNMSIYDILRPGTPREGFKTFSPRTSTIYDMYRTREPRVFKEDYVQKNTFGSTSLCFDSRQRSALPATGHFTARSLHFPATTQSKSGFIPPRHQQSPKRTPLSSIIWNRSDSSRDRENQEEFLRAPSPMEIDPADKYVYPRGFQENKRYESYHSQNVYQRVSLNAPMENAMSPDTFENSENMPFYHQSNTFTRSFFSNTFGRSGEQRRFGQGPFWGQEKGHSFWSDFHRSRKSFSSSDRDFEMISMEANSVSAIHGHNVSSEHWESFSSGYGTDVSRGQEEPHPWQFDFQRSTLDSMVVSHGNETQLTPHFGTPNVCSMTGSSYHVKSSELVSQQDSSPVEVHINKEASSFGIAQTLASSFKTSFSQISDDRRNPQSPNLQNPTVTLQKIFPNKPASHPMRSHTEVTVTSSNSVDSLPLAKSQPNILVTEVNNEKDLNESISEEDKQLSKMDQTNKAGEIPQPVSQTGISNSLPDFQNPLSQDSAKSNGFGFNASTIISSKKSPRVFSRKDTSKMYIPHTDKSNDIKQDKRFTENRKLGSTASLPFIQEHRTPPSFPRTDQGCHQELTVNNEDISRIITNNHWSSALTDTQNAQYSKCKLTPGHKTSCDSLDLSSAALPDSSPSKNSSLDAPVVPSTTVFSRRSPSDKDPSLGEREEKDNAGKNQKNQFIVSHSENQERNDSPVPTHDEVVDVKCHSHSPFRNERGKGKIRHHISCIEKLSKTESISVPTSDHRSLIEANQSNSKVSELDTIYCTLPRKSSSFLIHGRQSGSKIMAASLRNGPPPFQIKNNVEDAMGNYMLNKFSPSSPESANECSKVLSDSALEAPEATERMTNVKSSGSTSVRKGPLPFLINRAMSCPSGEPHASTGREGRKKPLTSGMDASELTPRAWERIISPVESDSSVRDCSLTKRQHQKENFQEYTEKEGKMAASRRSVFALSNEDPLPFCSDLSGKERGKTLHKVKTTSTFSVSGDEDNVKCLEVVSIYYTLPRKPSKKFCNLLQQYTQNTNLLIESPQVETETFPNALEKDKQNYSTREQSGTPSCENLKMSVNSDQTLTTENMTAFRLSNRGPLAPTLQEMASVEAAVSLPEEESKAREIFSDNLAKTPLGDSENKKERGKKLQSETLHTSLMLQRKNVSEEKSENCQQSINSSNSGPSSLPALSEVNIGNSQTRRSSWECTGSGRAIPFTGSGKCPQKDHTSTAVGDGSSGSQPREGRGDIGTNCQKMTNKTLSHSESQVFALTPALHKLQLGEETQSDEPNLESLQSEPRELPQRSQEANMTESRKAEDEMQKSAWDQPSLPEGNKNKTNLDDLVKGENRSSVKHRLAAMSKASRKFPAKDVSPRRHVATIFPQSGSRSGFDHLSLGTVECNPLFPEPTPKSAESIGESRLSENGKHVKKSENLLPITVLPNREPSTHVSNQKSNSISQRHQNEFKNVSESPSKHENSKDVTAAQNLVRESGAPSPITFTSLREAEFSDNQRRLSPPFPLEPAQKSRVSSPLASFLQQQRSASSLEWEPEPHLYRSKSLKSINVHGDLLRKSHPPKVRERHFSESTSIDNALSRLTLGNEFSVNNGYSRRFRSFSELPSCDGNESWAYRSGTKTGPRSAISIYRPIDYGIFGKEQQLAFLENVKRSLTQGRLWKPSFLKNPGFLKDDLRNPPNPSESLSSNSPSSQVPEDGLSPSEPLNIYEDDPVDSDCDTDTTTDDEYYLDENDKESEL

Target ORF information:

RefSeq Version	XM_017017399.1
Organism	Homo sapiens(human)
Definition	Homo sapiens exophilin 5 (EXPH5), transcript variant X3, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_017017399.1

ORF Insert Sequence:

ATGTTAAAAC AACCACTTAC ATACAGGCTA AGTAAGGAGA TGGCAAAAAA TGATCCGATA 
GAATTACCTA CATCAAGATC TAAAAATGTA ACTAATCAAA AAAAGCCGAC ACCTTTTTCT 
TCCCGGATGA GCTTCAGATC GTCATTTGCT TCCCTGTTCT CATTCAGGAA ATCTGGAAAG 
GAGACTTCAA AGCTTCCATC ACTGGGACAG AAAGGATGTG ATGGCCATGC AGGACCTCCT 
ATGCCTGTGA GGGGAGCTGC TGTGCAGGCA AAAATATACA ATTCACCTCT GGAAAATCAT 
CTAGTTGACA GTACATTTGT CCCAAAGCCA GCAGTCATGA GGGAGGAGAG TGGCATGCCT 
CCACCGTGGG ATGCTTCACT GCTGGAGAAT GAGTTTTTCC AAGTTTTAGA TGACTTGGAT 
AGCAAATTGG CTCAGGAACA GTCTGCAAGC TCAGTGAATA CCAGAACACC CCTCAACTAT 
GGATCAAGAA CACAGTTCGG TCACTTTTAT TCCAGTGGTA ACAGACATGG TAATATCACA 
GAAAGGCACA AAAAACACTA TAATGAAACT TCCAATATGT CTATCTATGA CATCCTAAGA 
CCAGGAACTC CTAGGGAAGG TTTTAAAACC TTTTCTCCTA GGACAAGCAC AATTTATGAT 
ATGTATAGGA CAAGGGAGCC CAGAGTCTTT AAAGAAGATT ATGTGCAAAA GAATACTTTT 
GGCAGTACTT CGCTGTGTTT TGACAGCAGG CAACGGTCGG CCTTACCAGC CACAGGGCAT 
TTCACAGCAA GAAGCTTACA TTTTCCAGCC ACAACTCAGA GCAAGAGTGG GTTTATACCA 
CCAAGGCACC AGCAGAGTCC AAAGAGAACT CCTTTATCAT CCATCATATG GAACAGATCA 
GATTCCTCTA GAGACAGGGA GAACCAGGAA GAGTTCCTGA GGGCACCATC ACCAATGGAA 
ATTGATCCCG CTGACAAGTA TGTGTATCCC AGGGGTTTTC AGGAGAATAA GAGATATGAA 
TCGTACCATT CACAGAATGT TTACCAACGT GTTAGTTTAA ATGCTCCCAT GGAGAATGCA 
ATGAGTCCCG ACACTTTTGA GAACTCAGAG AACATGCCAT TCTACCATCA AAGCAACACA 
TTTACCAGAT CTTTCTTCAG CAATACCTTT GGACGAAGCG GAGAACAGAG GAGATTTGGA 
CAAGGTCCTT TTTGGGGCCA AGAGAAAGGA CATTCTTTCT GGTCTGACTT TCATCGAAGC 
AGGAAATCAT TCAGTTCTTC TGACAGAGAC TTTGAAATGA TTTCCATGGA AGCAAATAGT 
GTATCAGCCA TTCATGGCCA TAATGTTTCT TCTGAACACT GGGAATCATT TTCTTCTGGT 
TATGGAACAG ATGTTTCCAG AGGCCAAGAA GAGCCACATC CTTGGCAGTT TGATTTTCAG 
AGATCCACAC TGGATAGCAT GGTGGTATCA CATGGTAATG AGACCCAGTT GACTCCTCAT 
TTTGGCACAC CAAATGTTTG CTCCATGACT GGTTCAAGCT ATCACGTCAA ATCTAGTGAG 
TTGGTAAGTC AACAGGACAG TTCTCCTGTA GAAGTACATA TAAACAAAGA AGCTTCCTCA 
TTTGGAATTG CTCAGACTCT AGCATCCTCA TTCAAAACTT CCTTTTCCCA GATTTCTGAT 
GACAGAAGGA ATCCTCAGAG TCCCAACTTG CAGAATCCCA CAGTCACTTT GCAGAAAATT 
TTTCCAAATA AGCCTGCCTC TCATCCAATG AGAAGCCATA CAGAAGTCAC TGTGACCAGC 
AGCAATTCAG TTGACTCTCT GCCTCTTGCC AAAAGCCAGC CCAATATCTT GGTCACAGAA 
GTAAATAATG AGAAAGACTT AAATGAATCT ATTTCAGAAG AAGACAAACA GCTAAGCAAG 
ATGGACCAGA CAAACAAGGC AGGTGAAATA CCCCAACCTG TTTCACAGAC AGGGATCTCA 
AACTCTTTAC CTGATTTTCA AAATCCCTTA TCCCAGGACT CAGCCAAGAG CAACGGGTTT 
GGTTTTAATG CATCTACCAT AATAAGTTCA AAAAAGTCAC CCAGAGTCTT TTCCAGGAAA 
GATACCTCCA AAATGTATAT ACCGCACACA GATAAATCCA ATGACATTAA ACAAGATAAG 
AGGTTTACTG AAAACAGAAA ACTTGGCTCA ACAGCTTCCC TTCCTTTCAT TCAGGAACAC 
AGAACACCAC CATCTTTCCC CAGGACAGAC CAAGGTTGTC ACCAGGAATT AACTGTAAAT 
AATGAAGATA TTTCAAGAAT TATTACAAAT AACCACTGGA GCTCTGCACT GACTGATACT 
CAAAATGCAC AATACTCAAA ATGCAAGTTA ACTCCTGGCC ACAAGACCTC GTGTGATTCT 
TTAGATCTGT CATCAGCTGC ACTACCAGAT TCCTCACCAT CAAAGAATTC TTCCCTTGAT 
GCTCCTGTGG TTCCATCTAC TACAGTGTTC TCCAGGAGAA GTCCTTCAGA CAAAGATCCA 
TCGCTAGGAG AAAGAGAAGA AAAAGACAAT GCTGGGAAGA ACCAAAAGAA TCAGTTTATT 
GTAAGCCACT CAGAAAACCA AGAGAGAAAT GATAGTCCTG TGCCTACACA TGATGAAGTG 
GTTGATGTCA AATGCCATTC ACACTCTCCT TTTAGGAATG AAAGAGGAAA AGGAAAAATA 
AGGCATCATA TATCCTGTAT TGAAAAGTTA AGCAAAACAG AAAGTATATC AGTACCCACC 
AGTGATCACA GGAGCCTCAT TGAAGCAAAT CAAAGCAATT CCAAAGTTTC TGAACTTGAC 
ACAATTTATT GTACCTTGCC AAGAAAATCA AGCAGTTTTC TCATACATGG CAGGCAGTCA 
GGAAGTAAAA TAATGGCTGC TTCATTGAGG AATGGGCCAC CTCCCTTCCA AATCAAAAAT 
AATGTGGAAG ATGCAATGGG GAACTATATG TTAAACAAAT TTAGTCCCAG TTCTCCTGAG 
TCAGCGAATG AATGTTCCAA AGTCCTTTCA GACTCAGCCC TGGAAGCACC TGAAGCCACA 
GAGAGAATGA CAAATGTAAA AAGCAGTGGA TCTACTTCCG TTAGAAAAGG ACCACTTCCA 
TTCCTCATCA ACAGGGCTAT GTCATGTCCC TCAGGGGAGC CACATGCCTC AACTGGAAGA 
GAAGGAAGAA AAAAGCCATT GACCTCAGGC ATGGATGCTT CTGAGCTAAC ACCAAGGGCT 
TGGGAGAGAA TCATTAGCCC TGTGGAAAGT GACTCATCTG TTAGAGATTG TTCTTTAACC 
AAAAGACAAC ACCAAAAGGA AAACTTCCAA GAATACACTG AGAAAGAGGG TAAAATGGCT 
GCCTCCAGGA GAAGTGTATT TGCTCTTTCA AATGAAGACC CTTTACCTTT TTGCTCAGAC 
TTGTCAGGAA AAGAACGTGG GAAAACATTA CATAAAGTTA AGACGACTAG TACGTTTTCT 
GTTTCTGGTG ATGAAGATAA TGTAAAATGT CTGGAGGTGG TCTCAATATA TTACACTCTA 
CCGAGGAAAC CCAGCAAAAA ATTCTGTAAC CTCCTTCAAC AGTATACACA AAATACTAAT 
TTACTTATAG AATCACCTCA AGTGGAGACT GAAACATTTC CTAACGCTTT AGAAAAAGAC 
AAACAGAATT ATTCTACACG AGAGCAGTCA GGAACACCTT CATGTGAAAA TCTAAAGATG 
TCCGTCAACT CTGATCAGAC GCTCACCACT GAAAATATGA CTGCCTTCCG ATTATCAAAT 
AGGGGGCCCC TAGCTCCTAC ATTACAGGAA ATGGCTTCTG TTGAGGCAGC TGTTTCTCTT 
CCTGAAGAGG AATCTAAAGC TAGAGAGATT TTTTCAGATA ATTTAGCTAA AACACCTCTA 
GGTGATTCAG AAAACAAGAA GGAAAGAGGC AAAAAGTTGC AAAGTGAAAC CCTGCATACT 
TCATTGATGC TTCAGAGAAA AAATGTATCC GAAGAAAAAT CTGAAAATTG TCAACAATCC 
ATTAATTCAA GTAACAGTGG TCCCTCTAGT CTTCCAGCTC TTTCAGAAGT TAATATTGGA 
AATTCCCAAA CTAGAAGAAG TTCTTGGGAG TGTACAGGGA GTGGTAGAGC CATTCCATTT 
ACTGGAAGTG GCAAGTGTCC CCAGAAAGAT CACACATCCA CAGCTGTAGG TGATGGCTCC 
AGTGGATCAC AGCCTAGGGA AGGCAGAGGG GACATTGGAA CCAACTGCCA AAAAATGACT 
AATAAAACAC TTTCTCACTC AGAGAGTCAA GTCTTTGCCC TTACTCCAGC ATTGCATAAA 
CTACAGCTTG GTGAGGAGAC TCAGTCAGAT GAACCAAACT TAGAGAGTCT GCAGTCTGAA 
CCAAGAGAAT TACCTCAAAG AAGTCAGGAG GCAAATATGA CAGAGAGCAG GAAGGCTGAA 
GATGAAATGC AGAAGTCAGC TTGGGATCAA CCTTCACTTC CTGAAGGAAA CAAAAATAAA 
ACCAACTTGG ATGACCTAGT AAAGGGGGAA AATAGATCTT CAGTTAAACA CAGATTGGCA 
GCCATGTCTA AAGCCAGCAG AAAATTCCCA GCTAAAGATG TAAGCCCCAG AAGACATGTA 
GCTACTATCT TCCCCCAAAG TGGAAGCAGA TCTGGCTTTG ACCATTTATC TCTTGGCACA 
GTGGAGTGCA ACCCACTGTT CCCTGAGCCT ACTCCAAAAT CTGCAGAGTC CATTGGCGAA 
AGCAGGTTGA GTGAGAACGG AAAGCATGTG AAGAAATCCG AGAACCTTCT CCCCATTACT 
GTACTACCCA ACAGAGAACC TTCTACACAC GTCAGCAACC AGAAGTCTAA CAGCATTTCA 
CAACGACATC AGAATGAGTT TAAAAACGTC TCAGAATCAC CATCAAAGCA TGAGAATTCT 
AAAGACGTCA CAGCAGCTCA GAATTTAGTA AGAGAATCAG GAGCCCCATC ACCCATCACA 
TTCACCAGCC TCAGGGAAGC AGAATTCTCT GACAATCAGA GGAGGCTGAG CCCTCCTTTT 
CCACTGGAGC CTGCACAGAA ATCTAGAGTA AGCAGTCCAC TGGCCAGTTT TCTGCAGCAA 
CAAAGGAGTG CTTCATCTCT GGAGTGGGAA CCTGAGCCAC ACCTCTATCG TTCAAAGAGT 
TTAAAAAGCA TTAATGTTCA TGGCGATCTA CTACGAAAAA GCCATCCTCC AAAAGTCAGG 
GAGCGCCATT TTTCTGAAAG CACTTCTATT GACAATGCCC TGAGTCGACT GACCCTTGGG 
AATGAATTCT CTGTCAACAA TGGGTACAGT CGAAGATTCA GATCTTTTTC TGAACTCCCC 
TCCTGTGATG GAAATGAAAG TTGGGCTTAT CGCAGCGGGA CAAAAACAGG TCCCAGGTCT 
GCAATATCTA TATACAGACC TATCGACTAT GGGATCTTTG GGAAAGAACA ACAGTTAGCT 
TTCTTAGAAA ATGTAAAGAG GTCACTTACA CAAGGAAGAT TATGGAAACC AAGTTTTCTT 
AAGAACCCTG GCTTCCTAAA AGATGATTTG AGGAACCCTC CCAACCCCTC AGAGTCATTA 
AGCTCAAATT CTCCCAGTAG TCAGGTGCCA GAAGATGGCT TATCTCCAAG TGAACCGCTT 
AATATCTATG AGGATGACCC AGTGGACTCA GATTGTGACA CAGACACAAC CACAGATGAT 
GAATACTACC TGGATGAAAA TGACAAAGAG TCAGAACTGT GA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

EXPH5 ( XM_011542696.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_011540998.1 Homo sapiens exophilin 5 (EXPH5), transcript variant X4, mRNA.

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CloneID	OHu65416
Clone ID Related Accession (Same CDS sequence)	XM_017017399.1 , XM_011542696.2 , XM_011542700.2 , XM_017017397.1 , NM_001144763.2 , XM_017017400.1 , NM_001144763.1 , XM_011542698.2
Accession Version	XM_011542696.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5742bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	exophilin-5 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000011.10) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Jun 6, 2016 this sequence version replaced XM_011542696.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGTTAAAAC AACCACTTAC ATACAGGCTA AGTAAGGAGA TGGCAAAAAA TGATCCGATA 
GAATTACCTA CATCAAGATC TAAAAATGTA ACTAATCAAA AAAAGCCGAC ACCTTTTTCT 
TCCCGGATGA GCTTCAGATC GTCATTTGCT TCCCTGTTCT CATTCAGGAA ATCTGGAAAG 
GAGACTTCAA AGCTTCCATC ACTGGGACAG AAAGGATGTG ATGGCCATGC AGGACCTCCT 
ATGCCTGTGA GGGGAGCTGC TGTGCAGGCA AAAATATACA ATTCACCTCT GGAAAATCAT 
CTAGTTGACA GTACATTTGT CCCAAAGCCA GCAGTCATGA GGGAGGAGAG TGGCATGCCT 
CCACCGTGGG ATGCTTCACT GCTGGAGAAT GAGTTTTTCC AAGTTTTAGA TGACTTGGAT 
AGCAAATTGG CTCAGGAACA GTCTGCAAGC TCAGTGAATA CCAGAACACC CCTCAACTAT 
GGATCAAGAA CACAGTTCGG TCACTTTTAT TCCAGTGGTA ACAGACATGG TAATATCACA 
GAAAGGCACA AAAAACACTA TAATGAAACT TCCAATATGT CTATCTATGA CATCCTAAGA 
CCAGGAACTC CTAGGGAAGG TTTTAAAACC TTTTCTCCTA GGACAAGCAC AATTTATGAT 
ATGTATAGGA CAAGGGAGCC CAGAGTCTTT AAAGAAGATT ATGTGCAAAA GAATACTTTT 
GGCAGTACTT CGCTGTGTTT TGACAGCAGG CAACGGTCGG CCTTACCAGC CACAGGGCAT 
TTCACAGCAA GAAGCTTACA TTTTCCAGCC ACAACTCAGA GCAAGAGTGG GTTTATACCA 
CCAAGGCACC AGCAGAGTCC AAAGAGAACT CCTTTATCAT CCATCATATG GAACAGATCA 
GATTCCTCTA GAGACAGGGA GAACCAGGAA GAGTTCCTGA GGGCACCATC ACCAATGGAA 
ATTGATCCCG CTGACAAGTA TGTGTATCCC AGGGGTTTTC AGGAGAATAA GAGATATGAA 
TCGTACCATT CACAGAATGT TTACCAACGT GTTAGTTTAA ATGCTCCCAT GGAGAATGCA 
ATGAGTCCCG ACACTTTTGA GAACTCAGAG AACATGCCAT TCTACCATCA AAGCAACACA 
TTTACCAGAT CTTTCTTCAG CAATACCTTT GGACGAAGCG GAGAACAGAG GAGATTTGGA 
CAAGGTCCTT TTTGGGGCCA AGAGAAAGGA CATTCTTTCT GGTCTGACTT TCATCGAAGC 
AGGAAATCAT TCAGTTCTTC TGACAGAGAC TTTGAAATGA TTTCCATGGA AGCAAATAGT 
GTATCAGCCA TTCATGGCCA TAATGTTTCT TCTGAACACT GGGAATCATT TTCTTCTGGT 
TATGGAACAG ATGTTTCCAG AGGCCAAGAA GAGCCACATC CTTGGCAGTT TGATTTTCAG 
AGATCCACAC TGGATAGCAT GGTGGTATCA CATGGTAATG AGACCCAGTT GACTCCTCAT 
TTTGGCACAC CAAATGTTTG CTCCATGACT GGTTCAAGCT ATCACGTCAA ATCTAGTGAG 
TTGGTAAGTC AACAGGACAG TTCTCCTGTA GAAGTACATA TAAACAAAGA AGCTTCCTCA 
TTTGGAATTG CTCAGACTCT AGCATCCTCA TTCAAAACTT CCTTTTCCCA GATTTCTGAT 
GACAGAAGGA ATCCTCAGAG TCCCAACTTG CAGAATCCCA CAGTCACTTT GCAGAAAATT 
TTTCCAAATA AGCCTGCCTC TCATCCAATG AGAAGCCATA CAGAAGTCAC TGTGACCAGC 
AGCAATTCAG TTGACTCTCT GCCTCTTGCC AAAAGCCAGC CCAATATCTT GGTCACAGAA 
GTAAATAATG AGAAAGACTT AAATGAATCT ATTTCAGAAG AAGACAAACA GCTAAGCAAG 
ATGGACCAGA CAAACAAGGC AGGTGAAATA CCCCAACCTG TTTCACAGAC AGGGATCTCA 
AACTCTTTAC CTGATTTTCA AAATCCCTTA TCCCAGGACT CAGCCAAGAG CAACGGGTTT 
GGTTTTAATG CATCTACCAT AATAAGTTCA AAAAAGTCAC CCAGAGTCTT TTCCAGGAAA 
GATACCTCCA AAATGTATAT ACCGCACACA GATAAATCCA ATGACATTAA ACAAGATAAG 
AGGTTTACTG AAAACAGAAA ACTTGGCTCA ACAGCTTCCC TTCCTTTCAT TCAGGAACAC 
AGAACACCAC CATCTTTCCC CAGGACAGAC CAAGGTTGTC ACCAGGAATT AACTGTAAAT 
AATGAAGATA TTTCAAGAAT TATTACAAAT AACCACTGGA GCTCTGCACT GACTGATACT 
CAAAATGCAC AATACTCAAA ATGCAAGTTA ACTCCTGGCC ACAAGACCTC GTGTGATTCT 
TTAGATCTGT CATCAGCTGC ACTACCAGAT TCCTCACCAT CAAAGAATTC TTCCCTTGAT 
GCTCCTGTGG TTCCATCTAC TACAGTGTTC TCCAGGAGAA GTCCTTCAGA CAAAGATCCA 
TCGCTAGGAG AAAGAGAAGA AAAAGACAAT GCTGGGAAGA ACCAAAAGAA TCAGTTTATT 
GTAAGCCACT CAGAAAACCA AGAGAGAAAT GATAGTCCTG TGCCTACACA TGATGAAGTG 
GTTGATGTCA AATGCCATTC ACACTCTCCT TTTAGGAATG AAAGAGGAAA AGGAAAAATA 
AGGCATCATA TATCCTGTAT TGAAAAGTTA AGCAAAACAG AAAGTATATC AGTACCCACC 
AGTGATCACA GGAGCCTCAT TGAAGCAAAT CAAAGCAATT CCAAAGTTTC TGAACTTGAC 
ACAATTTATT GTACCTTGCC AAGAAAATCA AGCAGTTTTC TCATACATGG CAGGCAGTCA 
GGAAGTAAAA TAATGGCTGC TTCATTGAGG AATGGGCCAC CTCCCTTCCA AATCAAAAAT 
AATGTGGAAG ATGCAATGGG GAACTATATG TTAAACAAAT TTAGTCCCAG TTCTCCTGAG 
TCAGCGAATG AATGTTCCAA AGTCCTTTCA GACTCAGCCC TGGAAGCACC TGAAGCCACA 
GAGAGAATGA CAAATGTAAA AAGCAGTGGA TCTACTTCCG TTAGAAAAGG ACCACTTCCA 
TTCCTCATCA ACAGGGCTAT GTCATGTCCC TCAGGGGAGC CACATGCCTC AACTGGAAGA 
GAAGGAAGAA AAAAGCCATT GACCTCAGGC ATGGATGCTT CTGAGCTAAC ACCAAGGGCT 
TGGGAGAGAA TCATTAGCCC TGTGGAAAGT GACTCATCTG TTAGAGATTG TTCTTTAACC 
AAAAGACAAC ACCAAAAGGA AAACTTCCAA GAATACACTG AGAAAGAGGG TAAAATGGCT 
GCCTCCAGGA GAAGTGTATT TGCTCTTTCA AATGAAGACC CTTTACCTTT TTGCTCAGAC 
TTGTCAGGAA AAGAACGTGG GAAAACATTA CATAAAGTTA AGACGACTAG TACGTTTTCT 
GTTTCTGGTG ATGAAGATAA TGTAAAATGT CTGGAGGTGG TCTCAATATA TTACACTCTA 
CCGAGGAAAC CCAGCAAAAA ATTCTGTAAC CTCCTTCAAC AGTATACACA AAATACTAAT 
TTACTTATAG AATCACCTCA AGTGGAGACT GAAACATTTC CTAACGCTTT AGAAAAAGAC 
AAACAGAATT ATTCTACACG AGAGCAGTCA GGAACACCTT CATGTGAAAA TCTAAAGATG 
TCCGTCAACT CTGATCAGAC GCTCACCACT GAAAATATGA CTGCCTTCCG ATTATCAAAT 
AGGGGGCCCC TAGCTCCTAC ATTACAGGAA ATGGCTTCTG TTGAGGCAGC TGTTTCTCTT 
CCTGAAGAGG AATCTAAAGC TAGAGAGATT TTTTCAGATA ATTTAGCTAA AACACCTCTA 
GGTGATTCAG AAAACAAGAA GGAAAGAGGC AAAAAGTTGC AAAGTGAAAC CCTGCATACT 
TCATTGATGC TTCAGAGAAA AAATGTATCC GAAGAAAAAT CTGAAAATTG TCAACAATCC 
ATTAATTCAA GTAACAGTGG TCCCTCTAGT CTTCCAGCTC TTTCAGAAGT TAATATTGGA 
AATTCCCAAA CTAGAAGAAG TTCTTGGGAG TGTACAGGGA GTGGTAGAGC CATTCCATTT 
ACTGGAAGTG GCAAGTGTCC CCAGAAAGAT CACACATCCA CAGCTGTAGG TGATGGCTCC 
AGTGGATCAC AGCCTAGGGA AGGCAGAGGG GACATTGGAA CCAACTGCCA AAAAATGACT 
AATAAAACAC TTTCTCACTC AGAGAGTCAA GTCTTTGCCC TTACTCCAGC ATTGCATAAA 
CTACAGCTTG GTGAGGAGAC TCAGTCAGAT GAACCAAACT TAGAGAGTCT GCAGTCTGAA 
CCAAGAGAAT TACCTCAAAG AAGTCAGGAG GCAAATATGA CAGAGAGCAG GAAGGCTGAA 
GATGAAATGC AGAAGTCAGC TTGGGATCAA CCTTCACTTC CTGAAGGAAA CAAAAATAAA 
ACCAACTTGG ATGACCTAGT AAAGGGGGAA AATAGATCTT CAGTTAAACA CAGATTGGCA 
GCCATGTCTA AAGCCAGCAG AAAATTCCCA GCTAAAGATG TAAGCCCCAG AAGACATGTA 
GCTACTATCT TCCCCCAAAG TGGAAGCAGA TCTGGCTTTG ACCATTTATC TCTTGGCACA 
GTGGAGTGCA ACCCACTGTT CCCTGAGCCT ACTCCAAAAT CTGCAGAGTC CATTGGCGAA 
AGCAGGTTGA GTGAGAACGG AAAGCATGTG AAGAAATCCG AGAACCTTCT CCCCATTACT 
GTACTACCCA ACAGAGAACC TTCTACACAC GTCAGCAACC AGAAGTCTAA CAGCATTTCA 
CAACGACATC AGAATGAGTT TAAAAACGTC TCAGAATCAC CATCAAAGCA TGAGAATTCT 
AAAGACGTCA CAGCAGCTCA GAATTTAGTA AGAGAATCAG GAGCCCCATC ACCCATCACA 
TTCACCAGCC TCAGGGAAGC AGAATTCTCT GACAATCAGA GGAGGCTGAG CCCTCCTTTT 
CCACTGGAGC CTGCACAGAA ATCTAGAGTA AGCAGTCCAC TGGCCAGTTT TCTGCAGCAA 
CAAAGGAGTG CTTCATCTCT GGAGTGGGAA CCTGAGCCAC ACCTCTATCG TTCAAAGAGT 
TTAAAAAGCA TTAATGTTCA TGGCGATCTA CTACGAAAAA GCCATCCTCC AAAAGTCAGG 
GAGCGCCATT TTTCTGAAAG CACTTCTATT GACAATGCCC TGAGTCGACT GACCCTTGGG 
AATGAATTCT CTGTCAACAA TGGGTACAGT CGAAGATTCA GATCTTTTTC TGAACTCCCC 
TCCTGTGATG GAAATGAAAG TTGGGCTTAT CGCAGCGGGA CAAAAACAGG TCCCAGGTCT 
GCAATATCTA TATACAGACC TATCGACTAT GGGATCTTTG GGAAAGAACA ACAGTTAGCT 
TTCTTAGAAA ATGTAAAGAG GTCACTTACA CAAGGAAGAT TATGGAAACC AAGTTTTCTT 
AAGAACCCTG GCTTCCTAAA AGATGATTTG AGGAACCCTC CCAACCCCTC AGAGTCATTA 
AGCTCAAATT CTCCCAGTAG TCAGGTGCCA GAAGATGGCT TATCTCCAAG TGAACCGCTT 
AATATCTATG AGGATGACCC AGTGGACTCA GATTGTGACA CAGACACAAC CACAGATGAT 
GAATACTACC TGGATGAAAA TGACAAAGAG TCAGAACTGT GA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_011540998.1
CDS	234..5975
Translation	MLKQPLTYRLSKEMAKNDPIELPTSRSKNVTNQKKPTPFSSRMSFRSSFASLFSFRKSGKETSKLPSLGQKGCDGHAGPPMPVRGAAVQAKIYNSPLENHLVDSTFVPKPAVMREESGMPPPWDASLLENEFFQVLDDLDSKLAQEQSASSVNTRTPLNYGSRTQFGHFYSSGNRHGNITERHKKHYNETSNMSIYDILRPGTPREGFKTFSPRTSTIYDMYRTREPRVFKEDYVQKNTFGSTSLCFDSRQRSALPATGHFTARSLHFPATTQSKSGFIPPRHQQSPKRTPLSSIIWNRSDSSRDRENQEEFLRAPSPMEIDPADKYVYPRGFQENKRYESYHSQNVYQRVSLNAPMENAMSPDTFENSENMPFYHQSNTFTRSFFSNTFGRSGEQRRFGQGPFWGQEKGHSFWSDFHRSRKSFSSSDRDFEMISMEANSVSAIHGHNVSSEHWESFSSGYGTDVSRGQEEPHPWQFDFQRSTLDSMVVSHGNETQLTPHFGTPNVCSMTGSSYHVKSSELVSQQDSSPVEVHINKEASSFGIAQTLASSFKTSFSQISDDRRNPQSPNLQNPTVTLQKIFPNKPASHPMRSHTEVTVTSSNSVDSLPLAKSQPNILVTEVNNEKDLNESISEEDKQLSKMDQTNKAGEIPQPVSQTGISNSLPDFQNPLSQDSAKSNGFGFNASTIISSKKSPRVFSRKDTSKMYIPHTDKSNDIKQDKRFTENRKLGSTASLPFIQEHRTPPSFPRTDQGCHQELTVNNEDISRIITNNHWSSALTDTQNAQYSKCKLTPGHKTSCDSLDLSSAALPDSSPSKNSSLDAPVVPSTTVFSRRSPSDKDPSLGEREEKDNAGKNQKNQFIVSHSENQERNDSPVPTHDEVVDVKCHSHSPFRNERGKGKIRHHISCIEKLSKTESISVPTSDHRSLIEANQSNSKVSELDTIYCTLPRKSSSFLIHGRQSGSKIMAASLRNGPPPFQIKNNVEDAMGNYMLNKFSPSSPESANECSKVLSDSALEAPEATERMTNVKSSGSTSVRKGPLPFLINRAMSCPSGEPHASTGREGRKKPLTSGMDASELTPRAWERIISPVESDSSVRDCSLTKRQHQKENFQEYTEKEGKMAASRRSVFALSNEDPLPFCSDLSGKERGKTLHKVKTTSTFSVSGDEDNVKCLEVVSIYYTLPRKPSKKFCNLLQQYTQNTNLLIESPQVETETFPNALEKDKQNYSTREQSGTPSCENLKMSVNSDQTLTTENMTAFRLSNRGPLAPTLQEMASVEAAVSLPEEESKAREIFSDNLAKTPLGDSENKKERGKKLQSETLHTSLMLQRKNVSEEKSENCQQSINSSNSGPSSLPALSEVNIGNSQTRRSSWECTGSGRAIPFTGSGKCPQKDHTSTAVGDGSSGSQPREGRGDIGTNCQKMTNKTLSHSESQVFALTPALHKLQLGEETQSDEPNLESLQSEPRELPQRSQEANMTESRKAEDEMQKSAWDQPSLPEGNKNKTNLDDLVKGENRSSVKHRLAAMSKASRKFPAKDVSPRRHVATIFPQSGSRSGFDHLSLGTVECNPLFPEPTPKSAESIGESRLSENGKHVKKSENLLPITVLPNREPSTHVSNQKSNSISQRHQNEFKNVSESPSKHENSKDVTAAQNLVRESGAPSPITFTSLREAEFSDNQRRLSPPFPLEPAQKSRVSSPLASFLQQQRSASSLEWEPEPHLYRSKSLKSINVHGDLLRKSHPPKVRERHFSESTSIDNALSRLTLGNEFSVNNGYSRRFRSFSELPSCDGNESWAYRSGTKTGPRSAISIYRPIDYGIFGKEQQLAFLENVKRSLTQGRLWKPSFLKNPGFLKDDLRNPPNPSESLSSNSPSSQVPEDGLSPSEPLNIYEDDPVDSDCDTDTTTDDEYYLDENDKESEL

Target ORF information:

RefSeq Version	XM_011542696.2
Organism	Homo sapiens(human)
Definition	Homo sapiens exophilin 5 (EXPH5), transcript variant X4, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_011542696.2

ORF Insert Sequence:

ATGTTAAAAC AACCACTTAC ATACAGGCTA AGTAAGGAGA TGGCAAAAAA TGATCCGATA 
GAATTACCTA CATCAAGATC TAAAAATGTA ACTAATCAAA AAAAGCCGAC ACCTTTTTCT 
TCCCGGATGA GCTTCAGATC GTCATTTGCT TCCCTGTTCT CATTCAGGAA ATCTGGAAAG 
GAGACTTCAA AGCTTCCATC ACTGGGACAG AAAGGATGTG ATGGCCATGC AGGACCTCCT 
ATGCCTGTGA GGGGAGCTGC TGTGCAGGCA AAAATATACA ATTCACCTCT GGAAAATCAT 
CTAGTTGACA GTACATTTGT CCCAAAGCCA GCAGTCATGA GGGAGGAGAG TGGCATGCCT 
CCACCGTGGG ATGCTTCACT GCTGGAGAAT GAGTTTTTCC AAGTTTTAGA TGACTTGGAT 
AGCAAATTGG CTCAGGAACA GTCTGCAAGC TCAGTGAATA CCAGAACACC CCTCAACTAT 
GGATCAAGAA CACAGTTCGG TCACTTTTAT TCCAGTGGTA ACAGACATGG TAATATCACA 
GAAAGGCACA AAAAACACTA TAATGAAACT TCCAATATGT CTATCTATGA CATCCTAAGA 
CCAGGAACTC CTAGGGAAGG TTTTAAAACC TTTTCTCCTA GGACAAGCAC AATTTATGAT 
ATGTATAGGA CAAGGGAGCC CAGAGTCTTT AAAGAAGATT ATGTGCAAAA GAATACTTTT 
GGCAGTACTT CGCTGTGTTT TGACAGCAGG CAACGGTCGG CCTTACCAGC CACAGGGCAT 
TTCACAGCAA GAAGCTTACA TTTTCCAGCC ACAACTCAGA GCAAGAGTGG GTTTATACCA 
CCAAGGCACC AGCAGAGTCC AAAGAGAACT CCTTTATCAT CCATCATATG GAACAGATCA 
GATTCCTCTA GAGACAGGGA GAACCAGGAA GAGTTCCTGA GGGCACCATC ACCAATGGAA 
ATTGATCCCG CTGACAAGTA TGTGTATCCC AGGGGTTTTC AGGAGAATAA GAGATATGAA 
TCGTACCATT CACAGAATGT TTACCAACGT GTTAGTTTAA ATGCTCCCAT GGAGAATGCA 
ATGAGTCCCG ACACTTTTGA GAACTCAGAG AACATGCCAT TCTACCATCA AAGCAACACA 
TTTACCAGAT CTTTCTTCAG CAATACCTTT GGACGAAGCG GAGAACAGAG GAGATTTGGA 
CAAGGTCCTT TTTGGGGCCA AGAGAAAGGA CATTCTTTCT GGTCTGACTT TCATCGAAGC 
AGGAAATCAT TCAGTTCTTC TGACAGAGAC TTTGAAATGA TTTCCATGGA AGCAAATAGT 
GTATCAGCCA TTCATGGCCA TAATGTTTCT TCTGAACACT GGGAATCATT TTCTTCTGGT 
TATGGAACAG ATGTTTCCAG AGGCCAAGAA GAGCCACATC CTTGGCAGTT TGATTTTCAG 
AGATCCACAC TGGATAGCAT GGTGGTATCA CATGGTAATG AGACCCAGTT GACTCCTCAT 
TTTGGCACAC CAAATGTTTG CTCCATGACT GGTTCAAGCT ATCACGTCAA ATCTAGTGAG 
TTGGTAAGTC AACAGGACAG TTCTCCTGTA GAAGTACATA TAAACAAAGA AGCTTCCTCA 
TTTGGAATTG CTCAGACTCT AGCATCCTCA TTCAAAACTT CCTTTTCCCA GATTTCTGAT 
GACAGAAGGA ATCCTCAGAG TCCCAACTTG CAGAATCCCA CAGTCACTTT GCAGAAAATT 
TTTCCAAATA AGCCTGCCTC TCATCCAATG AGAAGCCATA CAGAAGTCAC TGTGACCAGC 
AGCAATTCAG TTGACTCTCT GCCTCTTGCC AAAAGCCAGC CCAATATCTT GGTCACAGAA 
GTAAATAATG AGAAAGACTT AAATGAATCT ATTTCAGAAG AAGACAAACA GCTAAGCAAG 
ATGGACCAGA CAAACAAGGC AGGTGAAATA CCCCAACCTG TTTCACAGAC AGGGATCTCA 
AACTCTTTAC CTGATTTTCA AAATCCCTTA TCCCAGGACT CAGCCAAGAG CAACGGGTTT 
GGTTTTAATG CATCTACCAT AATAAGTTCA AAAAAGTCAC CCAGAGTCTT TTCCAGGAAA 
GATACCTCCA AAATGTATAT ACCGCACACA GATAAATCCA ATGACATTAA ACAAGATAAG 
AGGTTTACTG AAAACAGAAA ACTTGGCTCA ACAGCTTCCC TTCCTTTCAT TCAGGAACAC 
AGAACACCAC CATCTTTCCC CAGGACAGAC CAAGGTTGTC ACCAGGAATT AACTGTAAAT 
AATGAAGATA TTTCAAGAAT TATTACAAAT AACCACTGGA GCTCTGCACT GACTGATACT 
CAAAATGCAC AATACTCAAA ATGCAAGTTA ACTCCTGGCC ACAAGACCTC GTGTGATTCT 
TTAGATCTGT CATCAGCTGC ACTACCAGAT TCCTCACCAT CAAAGAATTC TTCCCTTGAT 
GCTCCTGTGG TTCCATCTAC TACAGTGTTC TCCAGGAGAA GTCCTTCAGA CAAAGATCCA 
TCGCTAGGAG AAAGAGAAGA AAAAGACAAT GCTGGGAAGA ACCAAAAGAA TCAGTTTATT 
GTAAGCCACT CAGAAAACCA AGAGAGAAAT GATAGTCCTG TGCCTACACA TGATGAAGTG 
GTTGATGTCA AATGCCATTC ACACTCTCCT TTTAGGAATG AAAGAGGAAA AGGAAAAATA 
AGGCATCATA TATCCTGTAT TGAAAAGTTA AGCAAAACAG AAAGTATATC AGTACCCACC 
AGTGATCACA GGAGCCTCAT TGAAGCAAAT CAAAGCAATT CCAAAGTTTC TGAACTTGAC 
ACAATTTATT GTACCTTGCC AAGAAAATCA AGCAGTTTTC TCATACATGG CAGGCAGTCA 
GGAAGTAAAA TAATGGCTGC TTCATTGAGG AATGGGCCAC CTCCCTTCCA AATCAAAAAT 
AATGTGGAAG ATGCAATGGG GAACTATATG TTAAACAAAT TTAGTCCCAG TTCTCCTGAG 
TCAGCGAATG AATGTTCCAA AGTCCTTTCA GACTCAGCCC TGGAAGCACC TGAAGCCACA 
GAGAGAATGA CAAATGTAAA AAGCAGTGGA TCTACTTCCG TTAGAAAAGG ACCACTTCCA 
TTCCTCATCA ACAGGGCTAT GTCATGTCCC TCAGGGGAGC CACATGCCTC AACTGGAAGA 
GAAGGAAGAA AAAAGCCATT GACCTCAGGC ATGGATGCTT CTGAGCTAAC ACCAAGGGCT 
TGGGAGAGAA TCATTAGCCC TGTGGAAAGT GACTCATCTG TTAGAGATTG TTCTTTAACC 
AAAAGACAAC ACCAAAAGGA AAACTTCCAA GAATACACTG AGAAAGAGGG TAAAATGGCT 
GCCTCCAGGA GAAGTGTATT TGCTCTTTCA AATGAAGACC CTTTACCTTT TTGCTCAGAC 
TTGTCAGGAA AAGAACGTGG GAAAACATTA CATAAAGTTA AGACGACTAG TACGTTTTCT 
GTTTCTGGTG ATGAAGATAA TGTAAAATGT CTGGAGGTGG TCTCAATATA TTACACTCTA 
CCGAGGAAAC CCAGCAAAAA ATTCTGTAAC CTCCTTCAAC AGTATACACA AAATACTAAT 
TTACTTATAG AATCACCTCA AGTGGAGACT GAAACATTTC CTAACGCTTT AGAAAAAGAC 
AAACAGAATT ATTCTACACG AGAGCAGTCA GGAACACCTT CATGTGAAAA TCTAAAGATG 
TCCGTCAACT CTGATCAGAC GCTCACCACT GAAAATATGA CTGCCTTCCG ATTATCAAAT 
AGGGGGCCCC TAGCTCCTAC ATTACAGGAA ATGGCTTCTG TTGAGGCAGC TGTTTCTCTT 
CCTGAAGAGG AATCTAAAGC TAGAGAGATT TTTTCAGATA ATTTAGCTAA AACACCTCTA 
GGTGATTCAG AAAACAAGAA GGAAAGAGGC AAAAAGTTGC AAAGTGAAAC CCTGCATACT 
TCATTGATGC TTCAGAGAAA AAATGTATCC GAAGAAAAAT CTGAAAATTG TCAACAATCC 
ATTAATTCAA GTAACAGTGG TCCCTCTAGT CTTCCAGCTC TTTCAGAAGT TAATATTGGA 
AATTCCCAAA CTAGAAGAAG TTCTTGGGAG TGTACAGGGA GTGGTAGAGC CATTCCATTT 
ACTGGAAGTG GCAAGTGTCC CCAGAAAGAT CACACATCCA CAGCTGTAGG TGATGGCTCC 
AGTGGATCAC AGCCTAGGGA AGGCAGAGGG GACATTGGAA CCAACTGCCA AAAAATGACT 
AATAAAACAC TTTCTCACTC AGAGAGTCAA GTCTTTGCCC TTACTCCAGC ATTGCATAAA 
CTACAGCTTG GTGAGGAGAC TCAGTCAGAT GAACCAAACT TAGAGAGTCT GCAGTCTGAA 
CCAAGAGAAT TACCTCAAAG AAGTCAGGAG GCAAATATGA CAGAGAGCAG GAAGGCTGAA 
GATGAAATGC AGAAGTCAGC TTGGGATCAA CCTTCACTTC CTGAAGGAAA CAAAAATAAA 
ACCAACTTGG ATGACCTAGT AAAGGGGGAA AATAGATCTT CAGTTAAACA CAGATTGGCA 
GCCATGTCTA AAGCCAGCAG AAAATTCCCA GCTAAAGATG TAAGCCCCAG AAGACATGTA 
GCTACTATCT TCCCCCAAAG TGGAAGCAGA TCTGGCTTTG ACCATTTATC TCTTGGCACA 
GTGGAGTGCA ACCCACTGTT CCCTGAGCCT ACTCCAAAAT CTGCAGAGTC CATTGGCGAA 
AGCAGGTTGA GTGAGAACGG AAAGCATGTG AAGAAATCCG AGAACCTTCT CCCCATTACT 
GTACTACCCA ACAGAGAACC TTCTACACAC GTCAGCAACC AGAAGTCTAA CAGCATTTCA 
CAACGACATC AGAATGAGTT TAAAAACGTC TCAGAATCAC CATCAAAGCA TGAGAATTCT 
AAAGACGTCA CAGCAGCTCA GAATTTAGTA AGAGAATCAG GAGCCCCATC ACCCATCACA 
TTCACCAGCC TCAGGGAAGC AGAATTCTCT GACAATCAGA GGAGGCTGAG CCCTCCTTTT 
CCACTGGAGC CTGCACAGAA ATCTAGAGTA AGCAGTCCAC TGGCCAGTTT TCTGCAGCAA 
CAAAGGAGTG CTTCATCTCT GGAGTGGGAA CCTGAGCCAC ACCTCTATCG TTCAAAGAGT 
TTAAAAAGCA TTAATGTTCA TGGCGATCTA CTACGAAAAA GCCATCCTCC AAAAGTCAGG 
GAGCGCCATT TTTCTGAAAG CACTTCTATT GACAATGCCC TGAGTCGACT GACCCTTGGG 
AATGAATTCT CTGTCAACAA TGGGTACAGT CGAAGATTCA GATCTTTTTC TGAACTCCCC 
TCCTGTGATG GAAATGAAAG TTGGGCTTAT CGCAGCGGGA CAAAAACAGG TCCCAGGTCT 
GCAATATCTA TATACAGACC TATCGACTAT GGGATCTTTG GGAAAGAACA ACAGTTAGCT 
TTCTTAGAAA ATGTAAAGAG GTCACTTACA CAAGGAAGAT TATGGAAACC AAGTTTTCTT 
AAGAACCCTG GCTTCCTAAA AGATGATTTG AGGAACCCTC CCAACCCCTC AGAGTCATTA 
AGCTCAAATT CTCCCAGTAG TCAGGTGCCA GAAGATGGCT TATCTCCAAG TGAACCGCTT 
AATATCTATG AGGATGACCC AGTGGACTCA GATTGTGACA CAGACACAAC CACAGATGAT 
GAATACTACC TGGATGAAAA TGACAAAGAG TCAGAACTGT GA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

EXPH5 ( XM_011542700.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_011541002.1 Homo sapiens exophilin 5 (EXPH5), transcript variant X7, mRNA.

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CloneID	OHu65416
Clone ID Related Accession (Same CDS sequence)	XM_017017399.1 , XM_011542696.2 , XM_011542700.2 , XM_017017397.1 , NM_001144763.2 , XM_017017400.1 , NM_001144763.1 , XM_011542698.2
Accession Version	XM_011542700.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5742bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	exophilin-5 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000011.10) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Jun 6, 2016 this sequence version replaced XM_011542700.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGTTAAAAC AACCACTTAC ATACAGGCTA AGTAAGGAGA TGGCAAAAAA TGATCCGATA 
GAATTACCTA CATCAAGATC TAAAAATGTA ACTAATCAAA AAAAGCCGAC ACCTTTTTCT 
TCCCGGATGA GCTTCAGATC GTCATTTGCT TCCCTGTTCT CATTCAGGAA ATCTGGAAAG 
GAGACTTCAA AGCTTCCATC ACTGGGACAG AAAGGATGTG ATGGCCATGC AGGACCTCCT 
ATGCCTGTGA GGGGAGCTGC TGTGCAGGCA AAAATATACA ATTCACCTCT GGAAAATCAT 
CTAGTTGACA GTACATTTGT CCCAAAGCCA GCAGTCATGA GGGAGGAGAG TGGCATGCCT 
CCACCGTGGG ATGCTTCACT GCTGGAGAAT GAGTTTTTCC AAGTTTTAGA TGACTTGGAT 
AGCAAATTGG CTCAGGAACA GTCTGCAAGC TCAGTGAATA CCAGAACACC CCTCAACTAT 
GGATCAAGAA CACAGTTCGG TCACTTTTAT TCCAGTGGTA ACAGACATGG TAATATCACA 
GAAAGGCACA AAAAACACTA TAATGAAACT TCCAATATGT CTATCTATGA CATCCTAAGA 
CCAGGAACTC CTAGGGAAGG TTTTAAAACC TTTTCTCCTA GGACAAGCAC AATTTATGAT 
ATGTATAGGA CAAGGGAGCC CAGAGTCTTT AAAGAAGATT ATGTGCAAAA GAATACTTTT 
GGCAGTACTT CGCTGTGTTT TGACAGCAGG CAACGGTCGG CCTTACCAGC CACAGGGCAT 
TTCACAGCAA GAAGCTTACA TTTTCCAGCC ACAACTCAGA GCAAGAGTGG GTTTATACCA 
CCAAGGCACC AGCAGAGTCC AAAGAGAACT CCTTTATCAT CCATCATATG GAACAGATCA 
GATTCCTCTA GAGACAGGGA GAACCAGGAA GAGTTCCTGA GGGCACCATC ACCAATGGAA 
ATTGATCCCG CTGACAAGTA TGTGTATCCC AGGGGTTTTC AGGAGAATAA GAGATATGAA 
TCGTACCATT CACAGAATGT TTACCAACGT GTTAGTTTAA ATGCTCCCAT GGAGAATGCA 
ATGAGTCCCG ACACTTTTGA GAACTCAGAG AACATGCCAT TCTACCATCA AAGCAACACA 
TTTACCAGAT CTTTCTTCAG CAATACCTTT GGACGAAGCG GAGAACAGAG GAGATTTGGA 
CAAGGTCCTT TTTGGGGCCA AGAGAAAGGA CATTCTTTCT GGTCTGACTT TCATCGAAGC 
AGGAAATCAT TCAGTTCTTC TGACAGAGAC TTTGAAATGA TTTCCATGGA AGCAAATAGT 
GTATCAGCCA TTCATGGCCA TAATGTTTCT TCTGAACACT GGGAATCATT TTCTTCTGGT 
TATGGAACAG ATGTTTCCAG AGGCCAAGAA GAGCCACATC CTTGGCAGTT TGATTTTCAG 
AGATCCACAC TGGATAGCAT GGTGGTATCA CATGGTAATG AGACCCAGTT GACTCCTCAT 
TTTGGCACAC CAAATGTTTG CTCCATGACT GGTTCAAGCT ATCACGTCAA ATCTAGTGAG 
TTGGTAAGTC AACAGGACAG TTCTCCTGTA GAAGTACATA TAAACAAAGA AGCTTCCTCA 
TTTGGAATTG CTCAGACTCT AGCATCCTCA TTCAAAACTT CCTTTTCCCA GATTTCTGAT 
GACAGAAGGA ATCCTCAGAG TCCCAACTTG CAGAATCCCA CAGTCACTTT GCAGAAAATT 
TTTCCAAATA AGCCTGCCTC TCATCCAATG AGAAGCCATA CAGAAGTCAC TGTGACCAGC 
AGCAATTCAG TTGACTCTCT GCCTCTTGCC AAAAGCCAGC CCAATATCTT GGTCACAGAA 
GTAAATAATG AGAAAGACTT AAATGAATCT ATTTCAGAAG AAGACAAACA GCTAAGCAAG 
ATGGACCAGA CAAACAAGGC AGGTGAAATA CCCCAACCTG TTTCACAGAC AGGGATCTCA 
AACTCTTTAC CTGATTTTCA AAATCCCTTA TCCCAGGACT CAGCCAAGAG CAACGGGTTT 
GGTTTTAATG CATCTACCAT AATAAGTTCA AAAAAGTCAC CCAGAGTCTT TTCCAGGAAA 
GATACCTCCA AAATGTATAT ACCGCACACA GATAAATCCA ATGACATTAA ACAAGATAAG 
AGGTTTACTG AAAACAGAAA ACTTGGCTCA ACAGCTTCCC TTCCTTTCAT TCAGGAACAC 
AGAACACCAC CATCTTTCCC CAGGACAGAC CAAGGTTGTC ACCAGGAATT AACTGTAAAT 
AATGAAGATA TTTCAAGAAT TATTACAAAT AACCACTGGA GCTCTGCACT GACTGATACT 
CAAAATGCAC AATACTCAAA ATGCAAGTTA ACTCCTGGCC ACAAGACCTC GTGTGATTCT 
TTAGATCTGT CATCAGCTGC ACTACCAGAT TCCTCACCAT CAAAGAATTC TTCCCTTGAT 
GCTCCTGTGG TTCCATCTAC TACAGTGTTC TCCAGGAGAA GTCCTTCAGA CAAAGATCCA 
TCGCTAGGAG AAAGAGAAGA AAAAGACAAT GCTGGGAAGA ACCAAAAGAA TCAGTTTATT 
GTAAGCCACT CAGAAAACCA AGAGAGAAAT GATAGTCCTG TGCCTACACA TGATGAAGTG 
GTTGATGTCA AATGCCATTC ACACTCTCCT TTTAGGAATG AAAGAGGAAA AGGAAAAATA 
AGGCATCATA TATCCTGTAT TGAAAAGTTA AGCAAAACAG AAAGTATATC AGTACCCACC 
AGTGATCACA GGAGCCTCAT TGAAGCAAAT CAAAGCAATT CCAAAGTTTC TGAACTTGAC 
ACAATTTATT GTACCTTGCC AAGAAAATCA AGCAGTTTTC TCATACATGG CAGGCAGTCA 
GGAAGTAAAA TAATGGCTGC TTCATTGAGG AATGGGCCAC CTCCCTTCCA AATCAAAAAT 
AATGTGGAAG ATGCAATGGG GAACTATATG TTAAACAAAT TTAGTCCCAG TTCTCCTGAG 
TCAGCGAATG AATGTTCCAA AGTCCTTTCA GACTCAGCCC TGGAAGCACC TGAAGCCACA 
GAGAGAATGA CAAATGTAAA AAGCAGTGGA TCTACTTCCG TTAGAAAAGG ACCACTTCCA 
TTCCTCATCA ACAGGGCTAT GTCATGTCCC TCAGGGGAGC CACATGCCTC AACTGGAAGA 
GAAGGAAGAA AAAAGCCATT GACCTCAGGC ATGGATGCTT CTGAGCTAAC ACCAAGGGCT 
TGGGAGAGAA TCATTAGCCC TGTGGAAAGT GACTCATCTG TTAGAGATTG TTCTTTAACC 
AAAAGACAAC ACCAAAAGGA AAACTTCCAA GAATACACTG AGAAAGAGGG TAAAATGGCT 
GCCTCCAGGA GAAGTGTATT TGCTCTTTCA AATGAAGACC CTTTACCTTT TTGCTCAGAC 
TTGTCAGGAA AAGAACGTGG GAAAACATTA CATAAAGTTA AGACGACTAG TACGTTTTCT 
GTTTCTGGTG ATGAAGATAA TGTAAAATGT CTGGAGGTGG TCTCAATATA TTACACTCTA 
CCGAGGAAAC CCAGCAAAAA ATTCTGTAAC CTCCTTCAAC AGTATACACA AAATACTAAT 
TTACTTATAG AATCACCTCA AGTGGAGACT GAAACATTTC CTAACGCTTT AGAAAAAGAC 
AAACAGAATT ATTCTACACG AGAGCAGTCA GGAACACCTT CATGTGAAAA TCTAAAGATG 
TCCGTCAACT CTGATCAGAC GCTCACCACT GAAAATATGA CTGCCTTCCG ATTATCAAAT 
AGGGGGCCCC TAGCTCCTAC ATTACAGGAA ATGGCTTCTG TTGAGGCAGC TGTTTCTCTT 
CCTGAAGAGG AATCTAAAGC TAGAGAGATT TTTTCAGATA ATTTAGCTAA AACACCTCTA 
GGTGATTCAG AAAACAAGAA GGAAAGAGGC AAAAAGTTGC AAAGTGAAAC CCTGCATACT 
TCATTGATGC TTCAGAGAAA AAATGTATCC GAAGAAAAAT CTGAAAATTG TCAACAATCC 
ATTAATTCAA GTAACAGTGG TCCCTCTAGT CTTCCAGCTC TTTCAGAAGT TAATATTGGA 
AATTCCCAAA CTAGAAGAAG TTCTTGGGAG TGTACAGGGA GTGGTAGAGC CATTCCATTT 
ACTGGAAGTG GCAAGTGTCC CCAGAAAGAT CACACATCCA CAGCTGTAGG TGATGGCTCC 
AGTGGATCAC AGCCTAGGGA AGGCAGAGGG GACATTGGAA CCAACTGCCA AAAAATGACT 
AATAAAACAC TTTCTCACTC AGAGAGTCAA GTCTTTGCCC TTACTCCAGC ATTGCATAAA 
CTACAGCTTG GTGAGGAGAC TCAGTCAGAT GAACCAAACT TAGAGAGTCT GCAGTCTGAA 
CCAAGAGAAT TACCTCAAAG AAGTCAGGAG GCAAATATGA CAGAGAGCAG GAAGGCTGAA 
GATGAAATGC AGAAGTCAGC TTGGGATCAA CCTTCACTTC CTGAAGGAAA CAAAAATAAA 
ACCAACTTGG ATGACCTAGT AAAGGGGGAA AATAGATCTT CAGTTAAACA CAGATTGGCA 
GCCATGTCTA AAGCCAGCAG AAAATTCCCA GCTAAAGATG TAAGCCCCAG AAGACATGTA 
GCTACTATCT TCCCCCAAAG TGGAAGCAGA TCTGGCTTTG ACCATTTATC TCTTGGCACA 
GTGGAGTGCA ACCCACTGTT CCCTGAGCCT ACTCCAAAAT CTGCAGAGTC CATTGGCGAA 
AGCAGGTTGA GTGAGAACGG AAAGCATGTG AAGAAATCCG AGAACCTTCT CCCCATTACT 
GTACTACCCA ACAGAGAACC TTCTACACAC GTCAGCAACC AGAAGTCTAA CAGCATTTCA 
CAACGACATC AGAATGAGTT TAAAAACGTC TCAGAATCAC CATCAAAGCA TGAGAATTCT 
AAAGACGTCA CAGCAGCTCA GAATTTAGTA AGAGAATCAG GAGCCCCATC ACCCATCACA 
TTCACCAGCC TCAGGGAAGC AGAATTCTCT GACAATCAGA GGAGGCTGAG CCCTCCTTTT 
CCACTGGAGC CTGCACAGAA ATCTAGAGTA AGCAGTCCAC TGGCCAGTTT TCTGCAGCAA 
CAAAGGAGTG CTTCATCTCT GGAGTGGGAA CCTGAGCCAC ACCTCTATCG TTCAAAGAGT 
TTAAAAAGCA TTAATGTTCA TGGCGATCTA CTACGAAAAA GCCATCCTCC AAAAGTCAGG 
GAGCGCCATT TTTCTGAAAG CACTTCTATT GACAATGCCC TGAGTCGACT GACCCTTGGG 
AATGAATTCT CTGTCAACAA TGGGTACAGT CGAAGATTCA GATCTTTTTC TGAACTCCCC 
TCCTGTGATG GAAATGAAAG TTGGGCTTAT CGCAGCGGGA CAAAAACAGG TCCCAGGTCT 
GCAATATCTA TATACAGACC TATCGACTAT GGGATCTTTG GGAAAGAACA ACAGTTAGCT 
TTCTTAGAAA ATGTAAAGAG GTCACTTACA CAAGGAAGAT TATGGAAACC AAGTTTTCTT 
AAGAACCCTG GCTTCCTAAA AGATGATTTG AGGAACCCTC CCAACCCCTC AGAGTCATTA 
AGCTCAAATT CTCCCAGTAG TCAGGTGCCA GAAGATGGCT TATCTCCAAG TGAACCGCTT 
AATATCTATG AGGATGACCC AGTGGACTCA GATTGTGACA CAGACACAAC CACAGATGAT 
GAATACTACC TGGATGAAAA TGACAAAGAG TCAGAACTGT GA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_011541002.1
CDS	1580..7321
Translation	MLKQPLTYRLSKEMAKNDPIELPTSRSKNVTNQKKPTPFSSRMSFRSSFASLFSFRKSGKETSKLPSLGQKGCDGHAGPPMPVRGAAVQAKIYNSPLENHLVDSTFVPKPAVMREESGMPPPWDASLLENEFFQVLDDLDSKLAQEQSASSVNTRTPLNYGSRTQFGHFYSSGNRHGNITERHKKHYNETSNMSIYDILRPGTPREGFKTFSPRTSTIYDMYRTREPRVFKEDYVQKNTFGSTSLCFDSRQRSALPATGHFTARSLHFPATTQSKSGFIPPRHQQSPKRTPLSSIIWNRSDSSRDRENQEEFLRAPSPMEIDPADKYVYPRGFQENKRYESYHSQNVYQRVSLNAPMENAMSPDTFENSENMPFYHQSNTFTRSFFSNTFGRSGEQRRFGQGPFWGQEKGHSFWSDFHRSRKSFSSSDRDFEMISMEANSVSAIHGHNVSSEHWESFSSGYGTDVSRGQEEPHPWQFDFQRSTLDSMVVSHGNETQLTPHFGTPNVCSMTGSSYHVKSSELVSQQDSSPVEVHINKEASSFGIAQTLASSFKTSFSQISDDRRNPQSPNLQNPTVTLQKIFPNKPASHPMRSHTEVTVTSSNSVDSLPLAKSQPNILVTEVNNEKDLNESISEEDKQLSKMDQTNKAGEIPQPVSQTGISNSLPDFQNPLSQDSAKSNGFGFNASTIISSKKSPRVFSRKDTSKMYIPHTDKSNDIKQDKRFTENRKLGSTASLPFIQEHRTPPSFPRTDQGCHQELTVNNEDISRIITNNHWSSALTDTQNAQYSKCKLTPGHKTSCDSLDLSSAALPDSSPSKNSSLDAPVVPSTTVFSRRSPSDKDPSLGEREEKDNAGKNQKNQFIVSHSENQERNDSPVPTHDEVVDVKCHSHSPFRNERGKGKIRHHISCIEKLSKTESISVPTSDHRSLIEANQSNSKVSELDTIYCTLPRKSSSFLIHGRQSGSKIMAASLRNGPPPFQIKNNVEDAMGNYMLNKFSPSSPESANECSKVLSDSALEAPEATERMTNVKSSGSTSVRKGPLPFLINRAMSCPSGEPHASTGREGRKKPLTSGMDASELTPRAWERIISPVESDSSVRDCSLTKRQHQKENFQEYTEKEGKMAASRRSVFALSNEDPLPFCSDLSGKERGKTLHKVKTTSTFSVSGDEDNVKCLEVVSIYYTLPRKPSKKFCNLLQQYTQNTNLLIESPQVETETFPNALEKDKQNYSTREQSGTPSCENLKMSVNSDQTLTTENMTAFRLSNRGPLAPTLQEMASVEAAVSLPEEESKAREIFSDNLAKTPLGDSENKKERGKKLQSETLHTSLMLQRKNVSEEKSENCQQSINSSNSGPSSLPALSEVNIGNSQTRRSSWECTGSGRAIPFTGSGKCPQKDHTSTAVGDGSSGSQPREGRGDIGTNCQKMTNKTLSHSESQVFALTPALHKLQLGEETQSDEPNLESLQSEPRELPQRSQEANMTESRKAEDEMQKSAWDQPSLPEGNKNKTNLDDLVKGENRSSVKHRLAAMSKASRKFPAKDVSPRRHVATIFPQSGSRSGFDHLSLGTVECNPLFPEPTPKSAESIGESRLSENGKHVKKSENLLPITVLPNREPSTHVSNQKSNSISQRHQNEFKNVSESPSKHENSKDVTAAQNLVRESGAPSPITFTSLREAEFSDNQRRLSPPFPLEPAQKSRVSSPLASFLQQQRSASSLEWEPEPHLYRSKSLKSINVHGDLLRKSHPPKVRERHFSESTSIDNALSRLTLGNEFSVNNGYSRRFRSFSELPSCDGNESWAYRSGTKTGPRSAISIYRPIDYGIFGKEQQLAFLENVKRSLTQGRLWKPSFLKNPGFLKDDLRNPPNPSESLSSNSPSSQVPEDGLSPSEPLNIYEDDPVDSDCDTDTTTDDEYYLDENDKESEL

Target ORF information:

RefSeq Version	XM_011542700.2
Organism	Homo sapiens(human)
Definition	Homo sapiens exophilin 5 (EXPH5), transcript variant X7, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_011542700.2

ORF Insert Sequence:

ATGTTAAAAC AACCACTTAC ATACAGGCTA AGTAAGGAGA TGGCAAAAAA TGATCCGATA 
GAATTACCTA CATCAAGATC TAAAAATGTA ACTAATCAAA AAAAGCCGAC ACCTTTTTCT 
TCCCGGATGA GCTTCAGATC GTCATTTGCT TCCCTGTTCT CATTCAGGAA ATCTGGAAAG 
GAGACTTCAA AGCTTCCATC ACTGGGACAG AAAGGATGTG ATGGCCATGC AGGACCTCCT 
ATGCCTGTGA GGGGAGCTGC TGTGCAGGCA AAAATATACA ATTCACCTCT GGAAAATCAT 
CTAGTTGACA GTACATTTGT CCCAAAGCCA GCAGTCATGA GGGAGGAGAG TGGCATGCCT 
CCACCGTGGG ATGCTTCACT GCTGGAGAAT GAGTTTTTCC AAGTTTTAGA TGACTTGGAT 
AGCAAATTGG CTCAGGAACA GTCTGCAAGC TCAGTGAATA CCAGAACACC CCTCAACTAT 
GGATCAAGAA CACAGTTCGG TCACTTTTAT TCCAGTGGTA ACAGACATGG TAATATCACA 
GAAAGGCACA AAAAACACTA TAATGAAACT TCCAATATGT CTATCTATGA CATCCTAAGA 
CCAGGAACTC CTAGGGAAGG TTTTAAAACC TTTTCTCCTA GGACAAGCAC AATTTATGAT 
ATGTATAGGA CAAGGGAGCC CAGAGTCTTT AAAGAAGATT ATGTGCAAAA GAATACTTTT 
GGCAGTACTT CGCTGTGTTT TGACAGCAGG CAACGGTCGG CCTTACCAGC CACAGGGCAT 
TTCACAGCAA GAAGCTTACA TTTTCCAGCC ACAACTCAGA GCAAGAGTGG GTTTATACCA 
CCAAGGCACC AGCAGAGTCC AAAGAGAACT CCTTTATCAT CCATCATATG GAACAGATCA 
GATTCCTCTA GAGACAGGGA GAACCAGGAA GAGTTCCTGA GGGCACCATC ACCAATGGAA 
ATTGATCCCG CTGACAAGTA TGTGTATCCC AGGGGTTTTC AGGAGAATAA GAGATATGAA 
TCGTACCATT CACAGAATGT TTACCAACGT GTTAGTTTAA ATGCTCCCAT GGAGAATGCA 
ATGAGTCCCG ACACTTTTGA GAACTCAGAG AACATGCCAT TCTACCATCA AAGCAACACA 
TTTACCAGAT CTTTCTTCAG CAATACCTTT GGACGAAGCG GAGAACAGAG GAGATTTGGA 
CAAGGTCCTT TTTGGGGCCA AGAGAAAGGA CATTCTTTCT GGTCTGACTT TCATCGAAGC 
AGGAAATCAT TCAGTTCTTC TGACAGAGAC TTTGAAATGA TTTCCATGGA AGCAAATAGT 
GTATCAGCCA TTCATGGCCA TAATGTTTCT TCTGAACACT GGGAATCATT TTCTTCTGGT 
TATGGAACAG ATGTTTCCAG AGGCCAAGAA GAGCCACATC CTTGGCAGTT TGATTTTCAG 
AGATCCACAC TGGATAGCAT GGTGGTATCA CATGGTAATG AGACCCAGTT GACTCCTCAT 
TTTGGCACAC CAAATGTTTG CTCCATGACT GGTTCAAGCT ATCACGTCAA ATCTAGTGAG 
TTGGTAAGTC AACAGGACAG TTCTCCTGTA GAAGTACATA TAAACAAAGA AGCTTCCTCA 
TTTGGAATTG CTCAGACTCT AGCATCCTCA TTCAAAACTT CCTTTTCCCA GATTTCTGAT 
GACAGAAGGA ATCCTCAGAG TCCCAACTTG CAGAATCCCA CAGTCACTTT GCAGAAAATT 
TTTCCAAATA AGCCTGCCTC TCATCCAATG AGAAGCCATA CAGAAGTCAC TGTGACCAGC 
AGCAATTCAG TTGACTCTCT GCCTCTTGCC AAAAGCCAGC CCAATATCTT GGTCACAGAA 
GTAAATAATG AGAAAGACTT AAATGAATCT ATTTCAGAAG AAGACAAACA GCTAAGCAAG 
ATGGACCAGA CAAACAAGGC AGGTGAAATA CCCCAACCTG TTTCACAGAC AGGGATCTCA 
AACTCTTTAC CTGATTTTCA AAATCCCTTA TCCCAGGACT CAGCCAAGAG CAACGGGTTT 
GGTTTTAATG CATCTACCAT AATAAGTTCA AAAAAGTCAC CCAGAGTCTT TTCCAGGAAA 
GATACCTCCA AAATGTATAT ACCGCACACA GATAAATCCA ATGACATTAA ACAAGATAAG 
AGGTTTACTG AAAACAGAAA ACTTGGCTCA ACAGCTTCCC TTCCTTTCAT TCAGGAACAC 
AGAACACCAC CATCTTTCCC CAGGACAGAC CAAGGTTGTC ACCAGGAATT AACTGTAAAT 
AATGAAGATA TTTCAAGAAT TATTACAAAT AACCACTGGA GCTCTGCACT GACTGATACT 
CAAAATGCAC AATACTCAAA ATGCAAGTTA ACTCCTGGCC ACAAGACCTC GTGTGATTCT 
TTAGATCTGT CATCAGCTGC ACTACCAGAT TCCTCACCAT CAAAGAATTC TTCCCTTGAT 
GCTCCTGTGG TTCCATCTAC TACAGTGTTC TCCAGGAGAA GTCCTTCAGA CAAAGATCCA 
TCGCTAGGAG AAAGAGAAGA AAAAGACAAT GCTGGGAAGA ACCAAAAGAA TCAGTTTATT 
GTAAGCCACT CAGAAAACCA AGAGAGAAAT GATAGTCCTG TGCCTACACA TGATGAAGTG 
GTTGATGTCA AATGCCATTC ACACTCTCCT TTTAGGAATG AAAGAGGAAA AGGAAAAATA 
AGGCATCATA TATCCTGTAT TGAAAAGTTA AGCAAAACAG AAAGTATATC AGTACCCACC 
AGTGATCACA GGAGCCTCAT TGAAGCAAAT CAAAGCAATT CCAAAGTTTC TGAACTTGAC 
ACAATTTATT GTACCTTGCC AAGAAAATCA AGCAGTTTTC TCATACATGG CAGGCAGTCA 
GGAAGTAAAA TAATGGCTGC TTCATTGAGG AATGGGCCAC CTCCCTTCCA AATCAAAAAT 
AATGTGGAAG ATGCAATGGG GAACTATATG TTAAACAAAT TTAGTCCCAG TTCTCCTGAG 
TCAGCGAATG AATGTTCCAA AGTCCTTTCA GACTCAGCCC TGGAAGCACC TGAAGCCACA 
GAGAGAATGA CAAATGTAAA AAGCAGTGGA TCTACTTCCG TTAGAAAAGG ACCACTTCCA 
TTCCTCATCA ACAGGGCTAT GTCATGTCCC TCAGGGGAGC CACATGCCTC AACTGGAAGA 
GAAGGAAGAA AAAAGCCATT GACCTCAGGC ATGGATGCTT CTGAGCTAAC ACCAAGGGCT 
TGGGAGAGAA TCATTAGCCC TGTGGAAAGT GACTCATCTG TTAGAGATTG TTCTTTAACC 
AAAAGACAAC ACCAAAAGGA AAACTTCCAA GAATACACTG AGAAAGAGGG TAAAATGGCT 
GCCTCCAGGA GAAGTGTATT TGCTCTTTCA AATGAAGACC CTTTACCTTT TTGCTCAGAC 
TTGTCAGGAA AAGAACGTGG GAAAACATTA CATAAAGTTA AGACGACTAG TACGTTTTCT 
GTTTCTGGTG ATGAAGATAA TGTAAAATGT CTGGAGGTGG TCTCAATATA TTACACTCTA 
CCGAGGAAAC CCAGCAAAAA ATTCTGTAAC CTCCTTCAAC AGTATACACA AAATACTAAT 
TTACTTATAG AATCACCTCA AGTGGAGACT GAAACATTTC CTAACGCTTT AGAAAAAGAC 
AAACAGAATT ATTCTACACG AGAGCAGTCA GGAACACCTT CATGTGAAAA TCTAAAGATG 
TCCGTCAACT CTGATCAGAC GCTCACCACT GAAAATATGA CTGCCTTCCG ATTATCAAAT 
AGGGGGCCCC TAGCTCCTAC ATTACAGGAA ATGGCTTCTG TTGAGGCAGC TGTTTCTCTT 
CCTGAAGAGG AATCTAAAGC TAGAGAGATT TTTTCAGATA ATTTAGCTAA AACACCTCTA 
GGTGATTCAG AAAACAAGAA GGAAAGAGGC AAAAAGTTGC AAAGTGAAAC CCTGCATACT 
TCATTGATGC TTCAGAGAAA AAATGTATCC GAAGAAAAAT CTGAAAATTG TCAACAATCC 
ATTAATTCAA GTAACAGTGG TCCCTCTAGT CTTCCAGCTC TTTCAGAAGT TAATATTGGA 
AATTCCCAAA CTAGAAGAAG TTCTTGGGAG TGTACAGGGA GTGGTAGAGC CATTCCATTT 
ACTGGAAGTG GCAAGTGTCC CCAGAAAGAT CACACATCCA CAGCTGTAGG TGATGGCTCC 
AGTGGATCAC AGCCTAGGGA AGGCAGAGGG GACATTGGAA CCAACTGCCA AAAAATGACT 
AATAAAACAC TTTCTCACTC AGAGAGTCAA GTCTTTGCCC TTACTCCAGC ATTGCATAAA 
CTACAGCTTG GTGAGGAGAC TCAGTCAGAT GAACCAAACT TAGAGAGTCT GCAGTCTGAA 
CCAAGAGAAT TACCTCAAAG AAGTCAGGAG GCAAATATGA CAGAGAGCAG GAAGGCTGAA 
GATGAAATGC AGAAGTCAGC TTGGGATCAA CCTTCACTTC CTGAAGGAAA CAAAAATAAA 
ACCAACTTGG ATGACCTAGT AAAGGGGGAA AATAGATCTT CAGTTAAACA CAGATTGGCA 
GCCATGTCTA AAGCCAGCAG AAAATTCCCA GCTAAAGATG TAAGCCCCAG AAGACATGTA 
GCTACTATCT TCCCCCAAAG TGGAAGCAGA TCTGGCTTTG ACCATTTATC TCTTGGCACA 
GTGGAGTGCA ACCCACTGTT CCCTGAGCCT ACTCCAAAAT CTGCAGAGTC CATTGGCGAA 
AGCAGGTTGA GTGAGAACGG AAAGCATGTG AAGAAATCCG AGAACCTTCT CCCCATTACT 
GTACTACCCA ACAGAGAACC TTCTACACAC GTCAGCAACC AGAAGTCTAA CAGCATTTCA 
CAACGACATC AGAATGAGTT TAAAAACGTC TCAGAATCAC CATCAAAGCA TGAGAATTCT 
AAAGACGTCA CAGCAGCTCA GAATTTAGTA AGAGAATCAG GAGCCCCATC ACCCATCACA 
TTCACCAGCC TCAGGGAAGC AGAATTCTCT GACAATCAGA GGAGGCTGAG CCCTCCTTTT 
CCACTGGAGC CTGCACAGAA ATCTAGAGTA AGCAGTCCAC TGGCCAGTTT TCTGCAGCAA 
CAAAGGAGTG CTTCATCTCT GGAGTGGGAA CCTGAGCCAC ACCTCTATCG TTCAAAGAGT 
TTAAAAAGCA TTAATGTTCA TGGCGATCTA CTACGAAAAA GCCATCCTCC AAAAGTCAGG 
GAGCGCCATT TTTCTGAAAG CACTTCTATT GACAATGCCC TGAGTCGACT GACCCTTGGG 
AATGAATTCT CTGTCAACAA TGGGTACAGT CGAAGATTCA GATCTTTTTC TGAACTCCCC 
TCCTGTGATG GAAATGAAAG TTGGGCTTAT CGCAGCGGGA CAAAAACAGG TCCCAGGTCT 
GCAATATCTA TATACAGACC TATCGACTAT GGGATCTTTG GGAAAGAACA ACAGTTAGCT 
TTCTTAGAAA ATGTAAAGAG GTCACTTACA CAAGGAAGAT TATGGAAACC AAGTTTTCTT 
AAGAACCCTG GCTTCCTAAA AGATGATTTG AGGAACCCTC CCAACCCCTC AGAGTCATTA 
AGCTCAAATT CTCCCAGTAG TCAGGTGCCA GAAGATGGCT TATCTCCAAG TGAACCGCTT 
AATATCTATG AGGATGACCC AGTGGACTCA GATTGTGACA CAGACACAAC CACAGATGAT 
GAATACTACC TGGATGAAAA TGACAAAGAG TCAGAACTGT GA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

EXPH5 ( XM_017017397.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016872886.1 Homo sapiens exophilin 5 (EXPH5), transcript variant X1, mRNA.

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CloneID	OHu65416
Clone ID Related Accession (Same CDS sequence)	XM_017017399.1 , XM_011542696.2 , XM_011542700.2 , XM_017017397.1 , NM_001144763.2 , XM_017017400.1 , NM_001144763.1 , XM_011542698.2
Accession Version	XM_017017397.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5742bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	exophilin-5 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000011.10) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGTTAAAAC AACCACTTAC ATACAGGCTA AGTAAGGAGA TGGCAAAAAA TGATCCGATA 
GAATTACCTA CATCAAGATC TAAAAATGTA ACTAATCAAA AAAAGCCGAC ACCTTTTTCT 
TCCCGGATGA GCTTCAGATC GTCATTTGCT TCCCTGTTCT CATTCAGGAA ATCTGGAAAG 
GAGACTTCAA AGCTTCCATC ACTGGGACAG AAAGGATGTG ATGGCCATGC AGGACCTCCT 
ATGCCTGTGA GGGGAGCTGC TGTGCAGGCA AAAATATACA ATTCACCTCT GGAAAATCAT 
CTAGTTGACA GTACATTTGT CCCAAAGCCA GCAGTCATGA GGGAGGAGAG TGGCATGCCT 
CCACCGTGGG ATGCTTCACT GCTGGAGAAT GAGTTTTTCC AAGTTTTAGA TGACTTGGAT 
AGCAAATTGG CTCAGGAACA GTCTGCAAGC TCAGTGAATA CCAGAACACC CCTCAACTAT 
GGATCAAGAA CACAGTTCGG TCACTTTTAT TCCAGTGGTA ACAGACATGG TAATATCACA 
GAAAGGCACA AAAAACACTA TAATGAAACT TCCAATATGT CTATCTATGA CATCCTAAGA 
CCAGGAACTC CTAGGGAAGG TTTTAAAACC TTTTCTCCTA GGACAAGCAC AATTTATGAT 
ATGTATAGGA CAAGGGAGCC CAGAGTCTTT AAAGAAGATT ATGTGCAAAA GAATACTTTT 
GGCAGTACTT CGCTGTGTTT TGACAGCAGG CAACGGTCGG CCTTACCAGC CACAGGGCAT 
TTCACAGCAA GAAGCTTACA TTTTCCAGCC ACAACTCAGA GCAAGAGTGG GTTTATACCA 
CCAAGGCACC AGCAGAGTCC AAAGAGAACT CCTTTATCAT CCATCATATG GAACAGATCA 
GATTCCTCTA GAGACAGGGA GAACCAGGAA GAGTTCCTGA GGGCACCATC ACCAATGGAA 
ATTGATCCCG CTGACAAGTA TGTGTATCCC AGGGGTTTTC AGGAGAATAA GAGATATGAA 
TCGTACCATT CACAGAATGT TTACCAACGT GTTAGTTTAA ATGCTCCCAT GGAGAATGCA 
ATGAGTCCCG ACACTTTTGA GAACTCAGAG AACATGCCAT TCTACCATCA AAGCAACACA 
TTTACCAGAT CTTTCTTCAG CAATACCTTT GGACGAAGCG GAGAACAGAG GAGATTTGGA 
CAAGGTCCTT TTTGGGGCCA AGAGAAAGGA CATTCTTTCT GGTCTGACTT TCATCGAAGC 
AGGAAATCAT TCAGTTCTTC TGACAGAGAC TTTGAAATGA TTTCCATGGA AGCAAATAGT 
GTATCAGCCA TTCATGGCCA TAATGTTTCT TCTGAACACT GGGAATCATT TTCTTCTGGT 
TATGGAACAG ATGTTTCCAG AGGCCAAGAA GAGCCACATC CTTGGCAGTT TGATTTTCAG 
AGATCCACAC TGGATAGCAT GGTGGTATCA CATGGTAATG AGACCCAGTT GACTCCTCAT 
TTTGGCACAC CAAATGTTTG CTCCATGACT GGTTCAAGCT ATCACGTCAA ATCTAGTGAG 
TTGGTAAGTC AACAGGACAG TTCTCCTGTA GAAGTACATA TAAACAAAGA AGCTTCCTCA 
TTTGGAATTG CTCAGACTCT AGCATCCTCA TTCAAAACTT CCTTTTCCCA GATTTCTGAT 
GACAGAAGGA ATCCTCAGAG TCCCAACTTG CAGAATCCCA CAGTCACTTT GCAGAAAATT 
TTTCCAAATA AGCCTGCCTC TCATCCAATG AGAAGCCATA CAGAAGTCAC TGTGACCAGC 
AGCAATTCAG TTGACTCTCT GCCTCTTGCC AAAAGCCAGC CCAATATCTT GGTCACAGAA 
GTAAATAATG AGAAAGACTT AAATGAATCT ATTTCAGAAG AAGACAAACA GCTAAGCAAG 
ATGGACCAGA CAAACAAGGC AGGTGAAATA CCCCAACCTG TTTCACAGAC AGGGATCTCA 
AACTCTTTAC CTGATTTTCA AAATCCCTTA TCCCAGGACT CAGCCAAGAG CAACGGGTTT 
GGTTTTAATG CATCTACCAT AATAAGTTCA AAAAAGTCAC CCAGAGTCTT TTCCAGGAAA 
GATACCTCCA AAATGTATAT ACCGCACACA GATAAATCCA ATGACATTAA ACAAGATAAG 
AGGTTTACTG AAAACAGAAA ACTTGGCTCA ACAGCTTCCC TTCCTTTCAT TCAGGAACAC 
AGAACACCAC CATCTTTCCC CAGGACAGAC CAAGGTTGTC ACCAGGAATT AACTGTAAAT 
AATGAAGATA TTTCAAGAAT TATTACAAAT AACCACTGGA GCTCTGCACT GACTGATACT 
CAAAATGCAC AATACTCAAA ATGCAAGTTA ACTCCTGGCC ACAAGACCTC GTGTGATTCT 
TTAGATCTGT CATCAGCTGC ACTACCAGAT TCCTCACCAT CAAAGAATTC TTCCCTTGAT 
GCTCCTGTGG TTCCATCTAC TACAGTGTTC TCCAGGAGAA GTCCTTCAGA CAAAGATCCA 
TCGCTAGGAG AAAGAGAAGA AAAAGACAAT GCTGGGAAGA ACCAAAAGAA TCAGTTTATT 
GTAAGCCACT CAGAAAACCA AGAGAGAAAT GATAGTCCTG TGCCTACACA TGATGAAGTG 
GTTGATGTCA AATGCCATTC ACACTCTCCT TTTAGGAATG AAAGAGGAAA AGGAAAAATA 
AGGCATCATA TATCCTGTAT TGAAAAGTTA AGCAAAACAG AAAGTATATC AGTACCCACC 
AGTGATCACA GGAGCCTCAT TGAAGCAAAT CAAAGCAATT CCAAAGTTTC TGAACTTGAC 
ACAATTTATT GTACCTTGCC AAGAAAATCA AGCAGTTTTC TCATACATGG CAGGCAGTCA 
GGAAGTAAAA TAATGGCTGC TTCATTGAGG AATGGGCCAC CTCCCTTCCA AATCAAAAAT 
AATGTGGAAG ATGCAATGGG GAACTATATG TTAAACAAAT TTAGTCCCAG TTCTCCTGAG 
TCAGCGAATG AATGTTCCAA AGTCCTTTCA GACTCAGCCC TGGAAGCACC TGAAGCCACA 
GAGAGAATGA CAAATGTAAA AAGCAGTGGA TCTACTTCCG TTAGAAAAGG ACCACTTCCA 
TTCCTCATCA ACAGGGCTAT GTCATGTCCC TCAGGGGAGC CACATGCCTC AACTGGAAGA 
GAAGGAAGAA AAAAGCCATT GACCTCAGGC ATGGATGCTT CTGAGCTAAC ACCAAGGGCT 
TGGGAGAGAA TCATTAGCCC TGTGGAAAGT GACTCATCTG TTAGAGATTG TTCTTTAACC 
AAAAGACAAC ACCAAAAGGA AAACTTCCAA GAATACACTG AGAAAGAGGG TAAAATGGCT 
GCCTCCAGGA GAAGTGTATT TGCTCTTTCA AATGAAGACC CTTTACCTTT TTGCTCAGAC 
TTGTCAGGAA AAGAACGTGG GAAAACATTA CATAAAGTTA AGACGACTAG TACGTTTTCT 
GTTTCTGGTG ATGAAGATAA TGTAAAATGT CTGGAGGTGG TCTCAATATA TTACACTCTA 
CCGAGGAAAC CCAGCAAAAA ATTCTGTAAC CTCCTTCAAC AGTATACACA AAATACTAAT 
TTACTTATAG AATCACCTCA AGTGGAGACT GAAACATTTC CTAACGCTTT AGAAAAAGAC 
AAACAGAATT ATTCTACACG AGAGCAGTCA GGAACACCTT CATGTGAAAA TCTAAAGATG 
TCCGTCAACT CTGATCAGAC GCTCACCACT GAAAATATGA CTGCCTTCCG ATTATCAAAT 
AGGGGGCCCC TAGCTCCTAC ATTACAGGAA ATGGCTTCTG TTGAGGCAGC TGTTTCTCTT 
CCTGAAGAGG AATCTAAAGC TAGAGAGATT TTTTCAGATA ATTTAGCTAA AACACCTCTA 
GGTGATTCAG AAAACAAGAA GGAAAGAGGC AAAAAGTTGC AAAGTGAAAC CCTGCATACT 
TCATTGATGC TTCAGAGAAA AAATGTATCC GAAGAAAAAT CTGAAAATTG TCAACAATCC 
ATTAATTCAA GTAACAGTGG TCCCTCTAGT CTTCCAGCTC TTTCAGAAGT TAATATTGGA 
AATTCCCAAA CTAGAAGAAG TTCTTGGGAG TGTACAGGGA GTGGTAGAGC CATTCCATTT 
ACTGGAAGTG GCAAGTGTCC CCAGAAAGAT CACACATCCA CAGCTGTAGG TGATGGCTCC 
AGTGGATCAC AGCCTAGGGA AGGCAGAGGG GACATTGGAA CCAACTGCCA AAAAATGACT 
AATAAAACAC TTTCTCACTC AGAGAGTCAA GTCTTTGCCC TTACTCCAGC ATTGCATAAA 
CTACAGCTTG GTGAGGAGAC TCAGTCAGAT GAACCAAACT TAGAGAGTCT GCAGTCTGAA 
CCAAGAGAAT TACCTCAAAG AAGTCAGGAG GCAAATATGA CAGAGAGCAG GAAGGCTGAA 
GATGAAATGC AGAAGTCAGC TTGGGATCAA CCTTCACTTC CTGAAGGAAA CAAAAATAAA 
ACCAACTTGG ATGACCTAGT AAAGGGGGAA AATAGATCTT CAGTTAAACA CAGATTGGCA 
GCCATGTCTA AAGCCAGCAG AAAATTCCCA GCTAAAGATG TAAGCCCCAG AAGACATGTA 
GCTACTATCT TCCCCCAAAG TGGAAGCAGA TCTGGCTTTG ACCATTTATC TCTTGGCACA 
GTGGAGTGCA ACCCACTGTT CCCTGAGCCT ACTCCAAAAT CTGCAGAGTC CATTGGCGAA 
AGCAGGTTGA GTGAGAACGG AAAGCATGTG AAGAAATCCG AGAACCTTCT CCCCATTACT 
GTACTACCCA ACAGAGAACC TTCTACACAC GTCAGCAACC AGAAGTCTAA CAGCATTTCA 
CAACGACATC AGAATGAGTT TAAAAACGTC TCAGAATCAC CATCAAAGCA TGAGAATTCT 
AAAGACGTCA CAGCAGCTCA GAATTTAGTA AGAGAATCAG GAGCCCCATC ACCCATCACA 
TTCACCAGCC TCAGGGAAGC AGAATTCTCT GACAATCAGA GGAGGCTGAG CCCTCCTTTT 
CCACTGGAGC CTGCACAGAA ATCTAGAGTA AGCAGTCCAC TGGCCAGTTT TCTGCAGCAA 
CAAAGGAGTG CTTCATCTCT GGAGTGGGAA CCTGAGCCAC ACCTCTATCG TTCAAAGAGT 
TTAAAAAGCA TTAATGTTCA TGGCGATCTA CTACGAAAAA GCCATCCTCC AAAAGTCAGG 
GAGCGCCATT TTTCTGAAAG CACTTCTATT GACAATGCCC TGAGTCGACT GACCCTTGGG 
AATGAATTCT CTGTCAACAA TGGGTACAGT CGAAGATTCA GATCTTTTTC TGAACTCCCC 
TCCTGTGATG GAAATGAAAG TTGGGCTTAT CGCAGCGGGA CAAAAACAGG TCCCAGGTCT 
GCAATATCTA TATACAGACC TATCGACTAT GGGATCTTTG GGAAAGAACA ACAGTTAGCT 
TTCTTAGAAA ATGTAAAGAG GTCACTTACA CAAGGAAGAT TATGGAAACC AAGTTTTCTT 
AAGAACCCTG GCTTCCTAAA AGATGATTTG AGGAACCCTC CCAACCCCTC AGAGTCATTA 
AGCTCAAATT CTCCCAGTAG TCAGGTGCCA GAAGATGGCT TATCTCCAAG TGAACCGCTT 
AATATCTATG AGGATGACCC AGTGGACTCA GATTGTGACA CAGACACAAC CACAGATGAT 
GAATACTACC TGGATGAAAA TGACAAAGAG TCAGAACTGT GA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_016872886.1
CDS	229..5970
Translation	MLKQPLTYRLSKEMAKNDPIELPTSRSKNVTNQKKPTPFSSRMSFRSSFASLFSFRKSGKETSKLPSLGQKGCDGHAGPPMPVRGAAVQAKIYNSPLENHLVDSTFVPKPAVMREESGMPPPWDASLLENEFFQVLDDLDSKLAQEQSASSVNTRTPLNYGSRTQFGHFYSSGNRHGNITERHKKHYNETSNMSIYDILRPGTPREGFKTFSPRTSTIYDMYRTREPRVFKEDYVQKNTFGSTSLCFDSRQRSALPATGHFTARSLHFPATTQSKSGFIPPRHQQSPKRTPLSSIIWNRSDSSRDRENQEEFLRAPSPMEIDPADKYVYPRGFQENKRYESYHSQNVYQRVSLNAPMENAMSPDTFENSENMPFYHQSNTFTRSFFSNTFGRSGEQRRFGQGPFWGQEKGHSFWSDFHRSRKSFSSSDRDFEMISMEANSVSAIHGHNVSSEHWESFSSGYGTDVSRGQEEPHPWQFDFQRSTLDSMVVSHGNETQLTPHFGTPNVCSMTGSSYHVKSSELVSQQDSSPVEVHINKEASSFGIAQTLASSFKTSFSQISDDRRNPQSPNLQNPTVTLQKIFPNKPASHPMRSHTEVTVTSSNSVDSLPLAKSQPNILVTEVNNEKDLNESISEEDKQLSKMDQTNKAGEIPQPVSQTGISNSLPDFQNPLSQDSAKSNGFGFNASTIISSKKSPRVFSRKDTSKMYIPHTDKSNDIKQDKRFTENRKLGSTASLPFIQEHRTPPSFPRTDQGCHQELTVNNEDISRIITNNHWSSALTDTQNAQYSKCKLTPGHKTSCDSLDLSSAALPDSSPSKNSSLDAPVVPSTTVFSRRSPSDKDPSLGEREEKDNAGKNQKNQFIVSHSENQERNDSPVPTHDEVVDVKCHSHSPFRNERGKGKIRHHISCIEKLSKTESISVPTSDHRSLIEANQSNSKVSELDTIYCTLPRKSSSFLIHGRQSGSKIMAASLRNGPPPFQIKNNVEDAMGNYMLNKFSPSSPESANECSKVLSDSALEAPEATERMTNVKSSGSTSVRKGPLPFLINRAMSCPSGEPHASTGREGRKKPLTSGMDASELTPRAWERIISPVESDSSVRDCSLTKRQHQKENFQEYTEKEGKMAASRRSVFALSNEDPLPFCSDLSGKERGKTLHKVKTTSTFSVSGDEDNVKCLEVVSIYYTLPRKPSKKFCNLLQQYTQNTNLLIESPQVETETFPNALEKDKQNYSTREQSGTPSCENLKMSVNSDQTLTTENMTAFRLSNRGPLAPTLQEMASVEAAVSLPEEESKAREIFSDNLAKTPLGDSENKKERGKKLQSETLHTSLMLQRKNVSEEKSENCQQSINSSNSGPSSLPALSEVNIGNSQTRRSSWECTGSGRAIPFTGSGKCPQKDHTSTAVGDGSSGSQPREGRGDIGTNCQKMTNKTLSHSESQVFALTPALHKLQLGEETQSDEPNLESLQSEPRELPQRSQEANMTESRKAEDEMQKSAWDQPSLPEGNKNKTNLDDLVKGENRSSVKHRLAAMSKASRKFPAKDVSPRRHVATIFPQSGSRSGFDHLSLGTVECNPLFPEPTPKSAESIGESRLSENGKHVKKSENLLPITVLPNREPSTHVSNQKSNSISQRHQNEFKNVSESPSKHENSKDVTAAQNLVRESGAPSPITFTSLREAEFSDNQRRLSPPFPLEPAQKSRVSSPLASFLQQQRSASSLEWEPEPHLYRSKSLKSINVHGDLLRKSHPPKVRERHFSESTSIDNALSRLTLGNEFSVNNGYSRRFRSFSELPSCDGNESWAYRSGTKTGPRSAISIYRPIDYGIFGKEQQLAFLENVKRSLTQGRLWKPSFLKNPGFLKDDLRNPPNPSESLSSNSPSSQVPEDGLSPSEPLNIYEDDPVDSDCDTDTTTDDEYYLDENDKESEL

Target ORF information:

RefSeq Version	XM_017017397.1
Organism	Homo sapiens(human)
Definition	Homo sapiens exophilin 5 (EXPH5), transcript variant X1, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_017017397.1

ORF Insert Sequence:

ATGTTAAAAC AACCACTTAC ATACAGGCTA AGTAAGGAGA TGGCAAAAAA TGATCCGATA 
GAATTACCTA CATCAAGATC TAAAAATGTA ACTAATCAAA AAAAGCCGAC ACCTTTTTCT 
TCCCGGATGA GCTTCAGATC GTCATTTGCT TCCCTGTTCT CATTCAGGAA ATCTGGAAAG 
GAGACTTCAA AGCTTCCATC ACTGGGACAG AAAGGATGTG ATGGCCATGC AGGACCTCCT 
ATGCCTGTGA GGGGAGCTGC TGTGCAGGCA AAAATATACA ATTCACCTCT GGAAAATCAT 
CTAGTTGACA GTACATTTGT CCCAAAGCCA GCAGTCATGA GGGAGGAGAG TGGCATGCCT 
CCACCGTGGG ATGCTTCACT GCTGGAGAAT GAGTTTTTCC AAGTTTTAGA TGACTTGGAT 
AGCAAATTGG CTCAGGAACA GTCTGCAAGC TCAGTGAATA CCAGAACACC CCTCAACTAT 
GGATCAAGAA CACAGTTCGG TCACTTTTAT TCCAGTGGTA ACAGACATGG TAATATCACA 
GAAAGGCACA AAAAACACTA TAATGAAACT TCCAATATGT CTATCTATGA CATCCTAAGA 
CCAGGAACTC CTAGGGAAGG TTTTAAAACC TTTTCTCCTA GGACAAGCAC AATTTATGAT 
ATGTATAGGA CAAGGGAGCC CAGAGTCTTT AAAGAAGATT ATGTGCAAAA GAATACTTTT 
GGCAGTACTT CGCTGTGTTT TGACAGCAGG CAACGGTCGG CCTTACCAGC CACAGGGCAT 
TTCACAGCAA GAAGCTTACA TTTTCCAGCC ACAACTCAGA GCAAGAGTGG GTTTATACCA 
CCAAGGCACC AGCAGAGTCC AAAGAGAACT CCTTTATCAT CCATCATATG GAACAGATCA 
GATTCCTCTA GAGACAGGGA GAACCAGGAA GAGTTCCTGA GGGCACCATC ACCAATGGAA 
ATTGATCCCG CTGACAAGTA TGTGTATCCC AGGGGTTTTC AGGAGAATAA GAGATATGAA 
TCGTACCATT CACAGAATGT TTACCAACGT GTTAGTTTAA ATGCTCCCAT GGAGAATGCA 
ATGAGTCCCG ACACTTTTGA GAACTCAGAG AACATGCCAT TCTACCATCA AAGCAACACA 
TTTACCAGAT CTTTCTTCAG CAATACCTTT GGACGAAGCG GAGAACAGAG GAGATTTGGA 
CAAGGTCCTT TTTGGGGCCA AGAGAAAGGA CATTCTTTCT GGTCTGACTT TCATCGAAGC 
AGGAAATCAT TCAGTTCTTC TGACAGAGAC TTTGAAATGA TTTCCATGGA AGCAAATAGT 
GTATCAGCCA TTCATGGCCA TAATGTTTCT TCTGAACACT GGGAATCATT TTCTTCTGGT 
TATGGAACAG ATGTTTCCAG AGGCCAAGAA GAGCCACATC CTTGGCAGTT TGATTTTCAG 
AGATCCACAC TGGATAGCAT GGTGGTATCA CATGGTAATG AGACCCAGTT GACTCCTCAT 
TTTGGCACAC CAAATGTTTG CTCCATGACT GGTTCAAGCT ATCACGTCAA ATCTAGTGAG 
TTGGTAAGTC AACAGGACAG TTCTCCTGTA GAAGTACATA TAAACAAAGA AGCTTCCTCA 
TTTGGAATTG CTCAGACTCT AGCATCCTCA TTCAAAACTT CCTTTTCCCA GATTTCTGAT 
GACAGAAGGA ATCCTCAGAG TCCCAACTTG CAGAATCCCA CAGTCACTTT GCAGAAAATT 
TTTCCAAATA AGCCTGCCTC TCATCCAATG AGAAGCCATA CAGAAGTCAC TGTGACCAGC 
AGCAATTCAG TTGACTCTCT GCCTCTTGCC AAAAGCCAGC CCAATATCTT GGTCACAGAA 
GTAAATAATG AGAAAGACTT AAATGAATCT ATTTCAGAAG AAGACAAACA GCTAAGCAAG 
ATGGACCAGA CAAACAAGGC AGGTGAAATA CCCCAACCTG TTTCACAGAC AGGGATCTCA 
AACTCTTTAC CTGATTTTCA AAATCCCTTA TCCCAGGACT CAGCCAAGAG CAACGGGTTT 
GGTTTTAATG CATCTACCAT AATAAGTTCA AAAAAGTCAC CCAGAGTCTT TTCCAGGAAA 
GATACCTCCA AAATGTATAT ACCGCACACA GATAAATCCA ATGACATTAA ACAAGATAAG 
AGGTTTACTG AAAACAGAAA ACTTGGCTCA ACAGCTTCCC TTCCTTTCAT TCAGGAACAC 
AGAACACCAC CATCTTTCCC CAGGACAGAC CAAGGTTGTC ACCAGGAATT AACTGTAAAT 
AATGAAGATA TTTCAAGAAT TATTACAAAT AACCACTGGA GCTCTGCACT GACTGATACT 
CAAAATGCAC AATACTCAAA ATGCAAGTTA ACTCCTGGCC ACAAGACCTC GTGTGATTCT 
TTAGATCTGT CATCAGCTGC ACTACCAGAT TCCTCACCAT CAAAGAATTC TTCCCTTGAT 
GCTCCTGTGG TTCCATCTAC TACAGTGTTC TCCAGGAGAA GTCCTTCAGA CAAAGATCCA 
TCGCTAGGAG AAAGAGAAGA AAAAGACAAT GCTGGGAAGA ACCAAAAGAA TCAGTTTATT 
GTAAGCCACT CAGAAAACCA AGAGAGAAAT GATAGTCCTG TGCCTACACA TGATGAAGTG 
GTTGATGTCA AATGCCATTC ACACTCTCCT TTTAGGAATG AAAGAGGAAA AGGAAAAATA 
AGGCATCATA TATCCTGTAT TGAAAAGTTA AGCAAAACAG AAAGTATATC AGTACCCACC 
AGTGATCACA GGAGCCTCAT TGAAGCAAAT CAAAGCAATT CCAAAGTTTC TGAACTTGAC 
ACAATTTATT GTACCTTGCC AAGAAAATCA AGCAGTTTTC TCATACATGG CAGGCAGTCA 
GGAAGTAAAA TAATGGCTGC TTCATTGAGG AATGGGCCAC CTCCCTTCCA AATCAAAAAT 
AATGTGGAAG ATGCAATGGG GAACTATATG TTAAACAAAT TTAGTCCCAG TTCTCCTGAG 
TCAGCGAATG AATGTTCCAA AGTCCTTTCA GACTCAGCCC TGGAAGCACC TGAAGCCACA 
GAGAGAATGA CAAATGTAAA AAGCAGTGGA TCTACTTCCG TTAGAAAAGG ACCACTTCCA 
TTCCTCATCA ACAGGGCTAT GTCATGTCCC TCAGGGGAGC CACATGCCTC AACTGGAAGA 
GAAGGAAGAA AAAAGCCATT GACCTCAGGC ATGGATGCTT CTGAGCTAAC ACCAAGGGCT 
TGGGAGAGAA TCATTAGCCC TGTGGAAAGT GACTCATCTG TTAGAGATTG TTCTTTAACC 
AAAAGACAAC ACCAAAAGGA AAACTTCCAA GAATACACTG AGAAAGAGGG TAAAATGGCT 
GCCTCCAGGA GAAGTGTATT TGCTCTTTCA AATGAAGACC CTTTACCTTT TTGCTCAGAC 
TTGTCAGGAA AAGAACGTGG GAAAACATTA CATAAAGTTA AGACGACTAG TACGTTTTCT 
GTTTCTGGTG ATGAAGATAA TGTAAAATGT CTGGAGGTGG TCTCAATATA TTACACTCTA 
CCGAGGAAAC CCAGCAAAAA ATTCTGTAAC CTCCTTCAAC AGTATACACA AAATACTAAT 
TTACTTATAG AATCACCTCA AGTGGAGACT GAAACATTTC CTAACGCTTT AGAAAAAGAC 
AAACAGAATT ATTCTACACG AGAGCAGTCA GGAACACCTT CATGTGAAAA TCTAAAGATG 
TCCGTCAACT CTGATCAGAC GCTCACCACT GAAAATATGA CTGCCTTCCG ATTATCAAAT 
AGGGGGCCCC TAGCTCCTAC ATTACAGGAA ATGGCTTCTG TTGAGGCAGC TGTTTCTCTT 
CCTGAAGAGG AATCTAAAGC TAGAGAGATT TTTTCAGATA ATTTAGCTAA AACACCTCTA 
GGTGATTCAG AAAACAAGAA GGAAAGAGGC AAAAAGTTGC AAAGTGAAAC CCTGCATACT 
TCATTGATGC TTCAGAGAAA AAATGTATCC GAAGAAAAAT CTGAAAATTG TCAACAATCC 
ATTAATTCAA GTAACAGTGG TCCCTCTAGT CTTCCAGCTC TTTCAGAAGT TAATATTGGA 
AATTCCCAAA CTAGAAGAAG TTCTTGGGAG TGTACAGGGA GTGGTAGAGC CATTCCATTT 
ACTGGAAGTG GCAAGTGTCC CCAGAAAGAT CACACATCCA CAGCTGTAGG TGATGGCTCC 
AGTGGATCAC AGCCTAGGGA AGGCAGAGGG GACATTGGAA CCAACTGCCA AAAAATGACT 
AATAAAACAC TTTCTCACTC AGAGAGTCAA GTCTTTGCCC TTACTCCAGC ATTGCATAAA 
CTACAGCTTG GTGAGGAGAC TCAGTCAGAT GAACCAAACT TAGAGAGTCT GCAGTCTGAA 
CCAAGAGAAT TACCTCAAAG AAGTCAGGAG GCAAATATGA CAGAGAGCAG GAAGGCTGAA 
GATGAAATGC AGAAGTCAGC TTGGGATCAA CCTTCACTTC CTGAAGGAAA CAAAAATAAA 
ACCAACTTGG ATGACCTAGT AAAGGGGGAA AATAGATCTT CAGTTAAACA CAGATTGGCA 
GCCATGTCTA AAGCCAGCAG AAAATTCCCA GCTAAAGATG TAAGCCCCAG AAGACATGTA 
GCTACTATCT TCCCCCAAAG TGGAAGCAGA TCTGGCTTTG ACCATTTATC TCTTGGCACA 
GTGGAGTGCA ACCCACTGTT CCCTGAGCCT ACTCCAAAAT CTGCAGAGTC CATTGGCGAA 
AGCAGGTTGA GTGAGAACGG AAAGCATGTG AAGAAATCCG AGAACCTTCT CCCCATTACT 
GTACTACCCA ACAGAGAACC TTCTACACAC GTCAGCAACC AGAAGTCTAA CAGCATTTCA 
CAACGACATC AGAATGAGTT TAAAAACGTC TCAGAATCAC CATCAAAGCA TGAGAATTCT 
AAAGACGTCA CAGCAGCTCA GAATTTAGTA AGAGAATCAG GAGCCCCATC ACCCATCACA 
TTCACCAGCC TCAGGGAAGC AGAATTCTCT GACAATCAGA GGAGGCTGAG CCCTCCTTTT 
CCACTGGAGC CTGCACAGAA ATCTAGAGTA AGCAGTCCAC TGGCCAGTTT TCTGCAGCAA 
CAAAGGAGTG CTTCATCTCT GGAGTGGGAA CCTGAGCCAC ACCTCTATCG TTCAAAGAGT 
TTAAAAAGCA TTAATGTTCA TGGCGATCTA CTACGAAAAA GCCATCCTCC AAAAGTCAGG 
GAGCGCCATT TTTCTGAAAG CACTTCTATT GACAATGCCC TGAGTCGACT GACCCTTGGG 
AATGAATTCT CTGTCAACAA TGGGTACAGT CGAAGATTCA GATCTTTTTC TGAACTCCCC 
TCCTGTGATG GAAATGAAAG TTGGGCTTAT CGCAGCGGGA CAAAAACAGG TCCCAGGTCT 
GCAATATCTA TATACAGACC TATCGACTAT GGGATCTTTG GGAAAGAACA ACAGTTAGCT 
TTCTTAGAAA ATGTAAAGAG GTCACTTACA CAAGGAAGAT TATGGAAACC AAGTTTTCTT 
AAGAACCCTG GCTTCCTAAA AGATGATTTG AGGAACCCTC CCAACCCCTC AGAGTCATTA 
AGCTCAAATT CTCCCAGTAG TCAGGTGCCA GAAGATGGCT TATCTCCAAG TGAACCGCTT 
AATATCTATG AGGATGACCC AGTGGACTCA GATTGTGACA CAGACACAAC CACAGATGAT 
GAATACTACC TGGATGAAAA TGACAAAGAG TCAGAACTGT GA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

EXPH5 ( XM_017017400.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016872889.1 Homo sapiens exophilin 5 (EXPH5), transcript variant X5, mRNA.

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CloneID	OHu65416
Clone ID Related Accession (Same CDS sequence)	XM_017017399.1 , XM_011542696.2 , XM_011542700.2 , XM_017017397.1 , NM_001144763.2 , XM_017017400.1 , NM_001144763.1 , XM_011542698.2
Accession Version	XM_017017400.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5742bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	exophilin-5 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000011.10) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGTTAAAAC AACCACTTAC ATACAGGCTA AGTAAGGAGA TGGCAAAAAA TGATCCGATA 
GAATTACCTA CATCAAGATC TAAAAATGTA ACTAATCAAA AAAAGCCGAC ACCTTTTTCT 
TCCCGGATGA GCTTCAGATC GTCATTTGCT TCCCTGTTCT CATTCAGGAA ATCTGGAAAG 
GAGACTTCAA AGCTTCCATC ACTGGGACAG AAAGGATGTG ATGGCCATGC AGGACCTCCT 
ATGCCTGTGA GGGGAGCTGC TGTGCAGGCA AAAATATACA ATTCACCTCT GGAAAATCAT 
CTAGTTGACA GTACATTTGT CCCAAAGCCA GCAGTCATGA GGGAGGAGAG TGGCATGCCT 
CCACCGTGGG ATGCTTCACT GCTGGAGAAT GAGTTTTTCC AAGTTTTAGA TGACTTGGAT 
AGCAAATTGG CTCAGGAACA GTCTGCAAGC TCAGTGAATA CCAGAACACC CCTCAACTAT 
GGATCAAGAA CACAGTTCGG TCACTTTTAT TCCAGTGGTA ACAGACATGG TAATATCACA 
GAAAGGCACA AAAAACACTA TAATGAAACT TCCAATATGT CTATCTATGA CATCCTAAGA 
CCAGGAACTC CTAGGGAAGG TTTTAAAACC TTTTCTCCTA GGACAAGCAC AATTTATGAT 
ATGTATAGGA CAAGGGAGCC CAGAGTCTTT AAAGAAGATT ATGTGCAAAA GAATACTTTT 
GGCAGTACTT CGCTGTGTTT TGACAGCAGG CAACGGTCGG CCTTACCAGC CACAGGGCAT 
TTCACAGCAA GAAGCTTACA TTTTCCAGCC ACAACTCAGA GCAAGAGTGG GTTTATACCA 
CCAAGGCACC AGCAGAGTCC AAAGAGAACT CCTTTATCAT CCATCATATG GAACAGATCA 
GATTCCTCTA GAGACAGGGA GAACCAGGAA GAGTTCCTGA GGGCACCATC ACCAATGGAA 
ATTGATCCCG CTGACAAGTA TGTGTATCCC AGGGGTTTTC AGGAGAATAA GAGATATGAA 
TCGTACCATT CACAGAATGT TTACCAACGT GTTAGTTTAA ATGCTCCCAT GGAGAATGCA 
ATGAGTCCCG ACACTTTTGA GAACTCAGAG AACATGCCAT TCTACCATCA AAGCAACACA 
TTTACCAGAT CTTTCTTCAG CAATACCTTT GGACGAAGCG GAGAACAGAG GAGATTTGGA 
CAAGGTCCTT TTTGGGGCCA AGAGAAAGGA CATTCTTTCT GGTCTGACTT TCATCGAAGC 
AGGAAATCAT TCAGTTCTTC TGACAGAGAC TTTGAAATGA TTTCCATGGA AGCAAATAGT 
GTATCAGCCA TTCATGGCCA TAATGTTTCT TCTGAACACT GGGAATCATT TTCTTCTGGT 
TATGGAACAG ATGTTTCCAG AGGCCAAGAA GAGCCACATC CTTGGCAGTT TGATTTTCAG 
AGATCCACAC TGGATAGCAT GGTGGTATCA CATGGTAATG AGACCCAGTT GACTCCTCAT 
TTTGGCACAC CAAATGTTTG CTCCATGACT GGTTCAAGCT ATCACGTCAA ATCTAGTGAG 
TTGGTAAGTC AACAGGACAG TTCTCCTGTA GAAGTACATA TAAACAAAGA AGCTTCCTCA 
TTTGGAATTG CTCAGACTCT AGCATCCTCA TTCAAAACTT CCTTTTCCCA GATTTCTGAT 
GACAGAAGGA ATCCTCAGAG TCCCAACTTG CAGAATCCCA CAGTCACTTT GCAGAAAATT 
TTTCCAAATA AGCCTGCCTC TCATCCAATG AGAAGCCATA CAGAAGTCAC TGTGACCAGC 
AGCAATTCAG TTGACTCTCT GCCTCTTGCC AAAAGCCAGC CCAATATCTT GGTCACAGAA 
GTAAATAATG AGAAAGACTT AAATGAATCT ATTTCAGAAG AAGACAAACA GCTAAGCAAG 
ATGGACCAGA CAAACAAGGC AGGTGAAATA CCCCAACCTG TTTCACAGAC AGGGATCTCA 
AACTCTTTAC CTGATTTTCA AAATCCCTTA TCCCAGGACT CAGCCAAGAG CAACGGGTTT 
GGTTTTAATG CATCTACCAT AATAAGTTCA AAAAAGTCAC CCAGAGTCTT TTCCAGGAAA 
GATACCTCCA AAATGTATAT ACCGCACACA GATAAATCCA ATGACATTAA ACAAGATAAG 
AGGTTTACTG AAAACAGAAA ACTTGGCTCA ACAGCTTCCC TTCCTTTCAT TCAGGAACAC 
AGAACACCAC CATCTTTCCC CAGGACAGAC CAAGGTTGTC ACCAGGAATT AACTGTAAAT 
AATGAAGATA TTTCAAGAAT TATTACAAAT AACCACTGGA GCTCTGCACT GACTGATACT 
CAAAATGCAC AATACTCAAA ATGCAAGTTA ACTCCTGGCC ACAAGACCTC GTGTGATTCT 
TTAGATCTGT CATCAGCTGC ACTACCAGAT TCCTCACCAT CAAAGAATTC TTCCCTTGAT 
GCTCCTGTGG TTCCATCTAC TACAGTGTTC TCCAGGAGAA GTCCTTCAGA CAAAGATCCA 
TCGCTAGGAG AAAGAGAAGA AAAAGACAAT GCTGGGAAGA ACCAAAAGAA TCAGTTTATT 
GTAAGCCACT CAGAAAACCA AGAGAGAAAT GATAGTCCTG TGCCTACACA TGATGAAGTG 
GTTGATGTCA AATGCCATTC ACACTCTCCT TTTAGGAATG AAAGAGGAAA AGGAAAAATA 
AGGCATCATA TATCCTGTAT TGAAAAGTTA AGCAAAACAG AAAGTATATC AGTACCCACC 
AGTGATCACA GGAGCCTCAT TGAAGCAAAT CAAAGCAATT CCAAAGTTTC TGAACTTGAC 
ACAATTTATT GTACCTTGCC AAGAAAATCA AGCAGTTTTC TCATACATGG CAGGCAGTCA 
GGAAGTAAAA TAATGGCTGC TTCATTGAGG AATGGGCCAC CTCCCTTCCA AATCAAAAAT 
AATGTGGAAG ATGCAATGGG GAACTATATG TTAAACAAAT TTAGTCCCAG TTCTCCTGAG 
TCAGCGAATG AATGTTCCAA AGTCCTTTCA GACTCAGCCC TGGAAGCACC TGAAGCCACA 
GAGAGAATGA CAAATGTAAA AAGCAGTGGA TCTACTTCCG TTAGAAAAGG ACCACTTCCA 
TTCCTCATCA ACAGGGCTAT GTCATGTCCC TCAGGGGAGC CACATGCCTC AACTGGAAGA 
GAAGGAAGAA AAAAGCCATT GACCTCAGGC ATGGATGCTT CTGAGCTAAC ACCAAGGGCT 
TGGGAGAGAA TCATTAGCCC TGTGGAAAGT GACTCATCTG TTAGAGATTG TTCTTTAACC 
AAAAGACAAC ACCAAAAGGA AAACTTCCAA GAATACACTG AGAAAGAGGG TAAAATGGCT 
GCCTCCAGGA GAAGTGTATT TGCTCTTTCA AATGAAGACC CTTTACCTTT TTGCTCAGAC 
TTGTCAGGAA AAGAACGTGG GAAAACATTA CATAAAGTTA AGACGACTAG TACGTTTTCT 
GTTTCTGGTG ATGAAGATAA TGTAAAATGT CTGGAGGTGG TCTCAATATA TTACACTCTA 
CCGAGGAAAC CCAGCAAAAA ATTCTGTAAC CTCCTTCAAC AGTATACACA AAATACTAAT 
TTACTTATAG AATCACCTCA AGTGGAGACT GAAACATTTC CTAACGCTTT AGAAAAAGAC 
AAACAGAATT ATTCTACACG AGAGCAGTCA GGAACACCTT CATGTGAAAA TCTAAAGATG 
TCCGTCAACT CTGATCAGAC GCTCACCACT GAAAATATGA CTGCCTTCCG ATTATCAAAT 
AGGGGGCCCC TAGCTCCTAC ATTACAGGAA ATGGCTTCTG TTGAGGCAGC TGTTTCTCTT 
CCTGAAGAGG AATCTAAAGC TAGAGAGATT TTTTCAGATA ATTTAGCTAA AACACCTCTA 
GGTGATTCAG AAAACAAGAA GGAAAGAGGC AAAAAGTTGC AAAGTGAAAC CCTGCATACT 
TCATTGATGC TTCAGAGAAA AAATGTATCC GAAGAAAAAT CTGAAAATTG TCAACAATCC 
ATTAATTCAA GTAACAGTGG TCCCTCTAGT CTTCCAGCTC TTTCAGAAGT TAATATTGGA 
AATTCCCAAA CTAGAAGAAG TTCTTGGGAG TGTACAGGGA GTGGTAGAGC CATTCCATTT 
ACTGGAAGTG GCAAGTGTCC CCAGAAAGAT CACACATCCA CAGCTGTAGG TGATGGCTCC 
AGTGGATCAC AGCCTAGGGA AGGCAGAGGG GACATTGGAA CCAACTGCCA AAAAATGACT 
AATAAAACAC TTTCTCACTC AGAGAGTCAA GTCTTTGCCC TTACTCCAGC ATTGCATAAA 
CTACAGCTTG GTGAGGAGAC TCAGTCAGAT GAACCAAACT TAGAGAGTCT GCAGTCTGAA 
CCAAGAGAAT TACCTCAAAG AAGTCAGGAG GCAAATATGA CAGAGAGCAG GAAGGCTGAA 
GATGAAATGC AGAAGTCAGC TTGGGATCAA CCTTCACTTC CTGAAGGAAA CAAAAATAAA 
ACCAACTTGG ATGACCTAGT AAAGGGGGAA AATAGATCTT CAGTTAAACA CAGATTGGCA 
GCCATGTCTA AAGCCAGCAG AAAATTCCCA GCTAAAGATG TAAGCCCCAG AAGACATGTA 
GCTACTATCT TCCCCCAAAG TGGAAGCAGA TCTGGCTTTG ACCATTTATC TCTTGGCACA 
GTGGAGTGCA ACCCACTGTT CCCTGAGCCT ACTCCAAAAT CTGCAGAGTC CATTGGCGAA 
AGCAGGTTGA GTGAGAACGG AAAGCATGTG AAGAAATCCG AGAACCTTCT CCCCATTACT 
GTACTACCCA ACAGAGAACC TTCTACACAC GTCAGCAACC AGAAGTCTAA CAGCATTTCA 
CAACGACATC AGAATGAGTT TAAAAACGTC TCAGAATCAC CATCAAAGCA TGAGAATTCT 
AAAGACGTCA CAGCAGCTCA GAATTTAGTA AGAGAATCAG GAGCCCCATC ACCCATCACA 
TTCACCAGCC TCAGGGAAGC AGAATTCTCT GACAATCAGA GGAGGCTGAG CCCTCCTTTT 
CCACTGGAGC CTGCACAGAA ATCTAGAGTA AGCAGTCCAC TGGCCAGTTT TCTGCAGCAA 
CAAAGGAGTG CTTCATCTCT GGAGTGGGAA CCTGAGCCAC ACCTCTATCG TTCAAAGAGT 
TTAAAAAGCA TTAATGTTCA TGGCGATCTA CTACGAAAAA GCCATCCTCC AAAAGTCAGG 
GAGCGCCATT TTTCTGAAAG CACTTCTATT GACAATGCCC TGAGTCGACT GACCCTTGGG 
AATGAATTCT CTGTCAACAA TGGGTACAGT CGAAGATTCA GATCTTTTTC TGAACTCCCC 
TCCTGTGATG GAAATGAAAG TTGGGCTTAT CGCAGCGGGA CAAAAACAGG TCCCAGGTCT 
GCAATATCTA TATACAGACC TATCGACTAT GGGATCTTTG GGAAAGAACA ACAGTTAGCT 
TTCTTAGAAA ATGTAAAGAG GTCACTTACA CAAGGAAGAT TATGGAAACC AAGTTTTCTT 
AAGAACCCTG GCTTCCTAAA AGATGATTTG AGGAACCCTC CCAACCCCTC AGAGTCATTA 
AGCTCAAATT CTCCCAGTAG TCAGGTGCCA GAAGATGGCT TATCTCCAAG TGAACCGCTT 
AATATCTATG AGGATGACCC AGTGGACTCA GATTGTGACA CAGACACAAC CACAGATGAT 
GAATACTACC TGGATGAAAA TGACAAAGAG TCAGAACTGT GA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_016872889.1
CDS	1648..7389
Translation	MLKQPLTYRLSKEMAKNDPIELPTSRSKNVTNQKKPTPFSSRMSFRSSFASLFSFRKSGKETSKLPSLGQKGCDGHAGPPMPVRGAAVQAKIYNSPLENHLVDSTFVPKPAVMREESGMPPPWDASLLENEFFQVLDDLDSKLAQEQSASSVNTRTPLNYGSRTQFGHFYSSGNRHGNITERHKKHYNETSNMSIYDILRPGTPREGFKTFSPRTSTIYDMYRTREPRVFKEDYVQKNTFGSTSLCFDSRQRSALPATGHFTARSLHFPATTQSKSGFIPPRHQQSPKRTPLSSIIWNRSDSSRDRENQEEFLRAPSPMEIDPADKYVYPRGFQENKRYESYHSQNVYQRVSLNAPMENAMSPDTFENSENMPFYHQSNTFTRSFFSNTFGRSGEQRRFGQGPFWGQEKGHSFWSDFHRSRKSFSSSDRDFEMISMEANSVSAIHGHNVSSEHWESFSSGYGTDVSRGQEEPHPWQFDFQRSTLDSMVVSHGNETQLTPHFGTPNVCSMTGSSYHVKSSELVSQQDSSPVEVHINKEASSFGIAQTLASSFKTSFSQISDDRRNPQSPNLQNPTVTLQKIFPNKPASHPMRSHTEVTVTSSNSVDSLPLAKSQPNILVTEVNNEKDLNESISEEDKQLSKMDQTNKAGEIPQPVSQTGISNSLPDFQNPLSQDSAKSNGFGFNASTIISSKKSPRVFSRKDTSKMYIPHTDKSNDIKQDKRFTENRKLGSTASLPFIQEHRTPPSFPRTDQGCHQELTVNNEDISRIITNNHWSSALTDTQNAQYSKCKLTPGHKTSCDSLDLSSAALPDSSPSKNSSLDAPVVPSTTVFSRRSPSDKDPSLGEREEKDNAGKNQKNQFIVSHSENQERNDSPVPTHDEVVDVKCHSHSPFRNERGKGKIRHHISCIEKLSKTESISVPTSDHRSLIEANQSNSKVSELDTIYCTLPRKSSSFLIHGRQSGSKIMAASLRNGPPPFQIKNNVEDAMGNYMLNKFSPSSPESANECSKVLSDSALEAPEATERMTNVKSSGSTSVRKGPLPFLINRAMSCPSGEPHASTGREGRKKPLTSGMDASELTPRAWERIISPVESDSSVRDCSLTKRQHQKENFQEYTEKEGKMAASRRSVFALSNEDPLPFCSDLSGKERGKTLHKVKTTSTFSVSGDEDNVKCLEVVSIYYTLPRKPSKKFCNLLQQYTQNTNLLIESPQVETETFPNALEKDKQNYSTREQSGTPSCENLKMSVNSDQTLTTENMTAFRLSNRGPLAPTLQEMASVEAAVSLPEEESKAREIFSDNLAKTPLGDSENKKERGKKLQSETLHTSLMLQRKNVSEEKSENCQQSINSSNSGPSSLPALSEVNIGNSQTRRSSWECTGSGRAIPFTGSGKCPQKDHTSTAVGDGSSGSQPREGRGDIGTNCQKMTNKTLSHSESQVFALTPALHKLQLGEETQSDEPNLESLQSEPRELPQRSQEANMTESRKAEDEMQKSAWDQPSLPEGNKNKTNLDDLVKGENRSSVKHRLAAMSKASRKFPAKDVSPRRHVATIFPQSGSRSGFDHLSLGTVECNPLFPEPTPKSAESIGESRLSENGKHVKKSENLLPITVLPNREPSTHVSNQKSNSISQRHQNEFKNVSESPSKHENSKDVTAAQNLVRESGAPSPITFTSLREAEFSDNQRRLSPPFPLEPAQKSRVSSPLASFLQQQRSASSLEWEPEPHLYRSKSLKSINVHGDLLRKSHPPKVRERHFSESTSIDNALSRLTLGNEFSVNNGYSRRFRSFSELPSCDGNESWAYRSGTKTGPRSAISIYRPIDYGIFGKEQQLAFLENVKRSLTQGRLWKPSFLKNPGFLKDDLRNPPNPSESLSSNSPSSQVPEDGLSPSEPLNIYEDDPVDSDCDTDTTTDDEYYLDENDKESEL

Target ORF information:

RefSeq Version	XM_017017400.1
Organism	Homo sapiens(human)
Definition	Homo sapiens exophilin 5 (EXPH5), transcript variant X5, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_017017400.1

ORF Insert Sequence:

ATGTTAAAAC AACCACTTAC ATACAGGCTA AGTAAGGAGA TGGCAAAAAA TGATCCGATA 
GAATTACCTA CATCAAGATC TAAAAATGTA ACTAATCAAA AAAAGCCGAC ACCTTTTTCT 
TCCCGGATGA GCTTCAGATC GTCATTTGCT TCCCTGTTCT CATTCAGGAA ATCTGGAAAG 
GAGACTTCAA AGCTTCCATC ACTGGGACAG AAAGGATGTG ATGGCCATGC AGGACCTCCT 
ATGCCTGTGA GGGGAGCTGC TGTGCAGGCA AAAATATACA ATTCACCTCT GGAAAATCAT 
CTAGTTGACA GTACATTTGT CCCAAAGCCA GCAGTCATGA GGGAGGAGAG TGGCATGCCT 
CCACCGTGGG ATGCTTCACT GCTGGAGAAT GAGTTTTTCC AAGTTTTAGA TGACTTGGAT 
AGCAAATTGG CTCAGGAACA GTCTGCAAGC TCAGTGAATA CCAGAACACC CCTCAACTAT 
GGATCAAGAA CACAGTTCGG TCACTTTTAT TCCAGTGGTA ACAGACATGG TAATATCACA 
GAAAGGCACA AAAAACACTA TAATGAAACT TCCAATATGT CTATCTATGA CATCCTAAGA 
CCAGGAACTC CTAGGGAAGG TTTTAAAACC TTTTCTCCTA GGACAAGCAC AATTTATGAT 
ATGTATAGGA CAAGGGAGCC CAGAGTCTTT AAAGAAGATT ATGTGCAAAA GAATACTTTT 
GGCAGTACTT CGCTGTGTTT TGACAGCAGG CAACGGTCGG CCTTACCAGC CACAGGGCAT 
TTCACAGCAA GAAGCTTACA TTTTCCAGCC ACAACTCAGA GCAAGAGTGG GTTTATACCA 
CCAAGGCACC AGCAGAGTCC AAAGAGAACT CCTTTATCAT CCATCATATG GAACAGATCA 
GATTCCTCTA GAGACAGGGA GAACCAGGAA GAGTTCCTGA GGGCACCATC ACCAATGGAA 
ATTGATCCCG CTGACAAGTA TGTGTATCCC AGGGGTTTTC AGGAGAATAA GAGATATGAA 
TCGTACCATT CACAGAATGT TTACCAACGT GTTAGTTTAA ATGCTCCCAT GGAGAATGCA 
ATGAGTCCCG ACACTTTTGA GAACTCAGAG AACATGCCAT TCTACCATCA AAGCAACACA 
TTTACCAGAT CTTTCTTCAG CAATACCTTT GGACGAAGCG GAGAACAGAG GAGATTTGGA 
CAAGGTCCTT TTTGGGGCCA AGAGAAAGGA CATTCTTTCT GGTCTGACTT TCATCGAAGC 
AGGAAATCAT TCAGTTCTTC TGACAGAGAC TTTGAAATGA TTTCCATGGA AGCAAATAGT 
GTATCAGCCA TTCATGGCCA TAATGTTTCT TCTGAACACT GGGAATCATT TTCTTCTGGT 
TATGGAACAG ATGTTTCCAG AGGCCAAGAA GAGCCACATC CTTGGCAGTT TGATTTTCAG 
AGATCCACAC TGGATAGCAT GGTGGTATCA CATGGTAATG AGACCCAGTT GACTCCTCAT 
TTTGGCACAC CAAATGTTTG CTCCATGACT GGTTCAAGCT ATCACGTCAA ATCTAGTGAG 
TTGGTAAGTC AACAGGACAG TTCTCCTGTA GAAGTACATA TAAACAAAGA AGCTTCCTCA 
TTTGGAATTG CTCAGACTCT AGCATCCTCA TTCAAAACTT CCTTTTCCCA GATTTCTGAT 
GACAGAAGGA ATCCTCAGAG TCCCAACTTG CAGAATCCCA CAGTCACTTT GCAGAAAATT 
TTTCCAAATA AGCCTGCCTC TCATCCAATG AGAAGCCATA CAGAAGTCAC TGTGACCAGC 
AGCAATTCAG TTGACTCTCT GCCTCTTGCC AAAAGCCAGC CCAATATCTT GGTCACAGAA 
GTAAATAATG AGAAAGACTT AAATGAATCT ATTTCAGAAG AAGACAAACA GCTAAGCAAG 
ATGGACCAGA CAAACAAGGC AGGTGAAATA CCCCAACCTG TTTCACAGAC AGGGATCTCA 
AACTCTTTAC CTGATTTTCA AAATCCCTTA TCCCAGGACT CAGCCAAGAG CAACGGGTTT 
GGTTTTAATG CATCTACCAT AATAAGTTCA AAAAAGTCAC CCAGAGTCTT TTCCAGGAAA 
GATACCTCCA AAATGTATAT ACCGCACACA GATAAATCCA ATGACATTAA ACAAGATAAG 
AGGTTTACTG AAAACAGAAA ACTTGGCTCA ACAGCTTCCC TTCCTTTCAT TCAGGAACAC 
AGAACACCAC CATCTTTCCC CAGGACAGAC CAAGGTTGTC ACCAGGAATT AACTGTAAAT 
AATGAAGATA TTTCAAGAAT TATTACAAAT AACCACTGGA GCTCTGCACT GACTGATACT 
CAAAATGCAC AATACTCAAA ATGCAAGTTA ACTCCTGGCC ACAAGACCTC GTGTGATTCT 
TTAGATCTGT CATCAGCTGC ACTACCAGAT TCCTCACCAT CAAAGAATTC TTCCCTTGAT 
GCTCCTGTGG TTCCATCTAC TACAGTGTTC TCCAGGAGAA GTCCTTCAGA CAAAGATCCA 
TCGCTAGGAG AAAGAGAAGA AAAAGACAAT GCTGGGAAGA ACCAAAAGAA TCAGTTTATT 
GTAAGCCACT CAGAAAACCA AGAGAGAAAT GATAGTCCTG TGCCTACACA TGATGAAGTG 
GTTGATGTCA AATGCCATTC ACACTCTCCT TTTAGGAATG AAAGAGGAAA AGGAAAAATA 
AGGCATCATA TATCCTGTAT TGAAAAGTTA AGCAAAACAG AAAGTATATC AGTACCCACC 
AGTGATCACA GGAGCCTCAT TGAAGCAAAT CAAAGCAATT CCAAAGTTTC TGAACTTGAC 
ACAATTTATT GTACCTTGCC AAGAAAATCA AGCAGTTTTC TCATACATGG CAGGCAGTCA 
GGAAGTAAAA TAATGGCTGC TTCATTGAGG AATGGGCCAC CTCCCTTCCA AATCAAAAAT 
AATGTGGAAG ATGCAATGGG GAACTATATG TTAAACAAAT TTAGTCCCAG TTCTCCTGAG 
TCAGCGAATG AATGTTCCAA AGTCCTTTCA GACTCAGCCC TGGAAGCACC TGAAGCCACA 
GAGAGAATGA CAAATGTAAA AAGCAGTGGA TCTACTTCCG TTAGAAAAGG ACCACTTCCA 
TTCCTCATCA ACAGGGCTAT GTCATGTCCC TCAGGGGAGC CACATGCCTC AACTGGAAGA 
GAAGGAAGAA AAAAGCCATT GACCTCAGGC ATGGATGCTT CTGAGCTAAC ACCAAGGGCT 
TGGGAGAGAA TCATTAGCCC TGTGGAAAGT GACTCATCTG TTAGAGATTG TTCTTTAACC 
AAAAGACAAC ACCAAAAGGA AAACTTCCAA GAATACACTG AGAAAGAGGG TAAAATGGCT 
GCCTCCAGGA GAAGTGTATT TGCTCTTTCA AATGAAGACC CTTTACCTTT TTGCTCAGAC 
TTGTCAGGAA AAGAACGTGG GAAAACATTA CATAAAGTTA AGACGACTAG TACGTTTTCT 
GTTTCTGGTG ATGAAGATAA TGTAAAATGT CTGGAGGTGG TCTCAATATA TTACACTCTA 
CCGAGGAAAC CCAGCAAAAA ATTCTGTAAC CTCCTTCAAC AGTATACACA AAATACTAAT 
TTACTTATAG AATCACCTCA AGTGGAGACT GAAACATTTC CTAACGCTTT AGAAAAAGAC 
AAACAGAATT ATTCTACACG AGAGCAGTCA GGAACACCTT CATGTGAAAA TCTAAAGATG 
TCCGTCAACT CTGATCAGAC GCTCACCACT GAAAATATGA CTGCCTTCCG ATTATCAAAT 
AGGGGGCCCC TAGCTCCTAC ATTACAGGAA ATGGCTTCTG TTGAGGCAGC TGTTTCTCTT 
CCTGAAGAGG AATCTAAAGC TAGAGAGATT TTTTCAGATA ATTTAGCTAA AACACCTCTA 
GGTGATTCAG AAAACAAGAA GGAAAGAGGC AAAAAGTTGC AAAGTGAAAC CCTGCATACT 
TCATTGATGC TTCAGAGAAA AAATGTATCC GAAGAAAAAT CTGAAAATTG TCAACAATCC 
ATTAATTCAA GTAACAGTGG TCCCTCTAGT CTTCCAGCTC TTTCAGAAGT TAATATTGGA 
AATTCCCAAA CTAGAAGAAG TTCTTGGGAG TGTACAGGGA GTGGTAGAGC CATTCCATTT 
ACTGGAAGTG GCAAGTGTCC CCAGAAAGAT CACACATCCA CAGCTGTAGG TGATGGCTCC 
AGTGGATCAC AGCCTAGGGA AGGCAGAGGG GACATTGGAA CCAACTGCCA AAAAATGACT 
AATAAAACAC TTTCTCACTC AGAGAGTCAA GTCTTTGCCC TTACTCCAGC ATTGCATAAA 
CTACAGCTTG GTGAGGAGAC TCAGTCAGAT GAACCAAACT TAGAGAGTCT GCAGTCTGAA 
CCAAGAGAAT TACCTCAAAG AAGTCAGGAG GCAAATATGA CAGAGAGCAG GAAGGCTGAA 
GATGAAATGC AGAAGTCAGC TTGGGATCAA CCTTCACTTC CTGAAGGAAA CAAAAATAAA 
ACCAACTTGG ATGACCTAGT AAAGGGGGAA AATAGATCTT CAGTTAAACA CAGATTGGCA 
GCCATGTCTA AAGCCAGCAG AAAATTCCCA GCTAAAGATG TAAGCCCCAG AAGACATGTA 
GCTACTATCT TCCCCCAAAG TGGAAGCAGA TCTGGCTTTG ACCATTTATC TCTTGGCACA 
GTGGAGTGCA ACCCACTGTT CCCTGAGCCT ACTCCAAAAT CTGCAGAGTC CATTGGCGAA 
AGCAGGTTGA GTGAGAACGG AAAGCATGTG AAGAAATCCG AGAACCTTCT CCCCATTACT 
GTACTACCCA ACAGAGAACC TTCTACACAC GTCAGCAACC AGAAGTCTAA CAGCATTTCA 
CAACGACATC AGAATGAGTT TAAAAACGTC TCAGAATCAC CATCAAAGCA TGAGAATTCT 
AAAGACGTCA CAGCAGCTCA GAATTTAGTA AGAGAATCAG GAGCCCCATC ACCCATCACA 
TTCACCAGCC TCAGGGAAGC AGAATTCTCT GACAATCAGA GGAGGCTGAG CCCTCCTTTT 
CCACTGGAGC CTGCACAGAA ATCTAGAGTA AGCAGTCCAC TGGCCAGTTT TCTGCAGCAA 
CAAAGGAGTG CTTCATCTCT GGAGTGGGAA CCTGAGCCAC ACCTCTATCG TTCAAAGAGT 
TTAAAAAGCA TTAATGTTCA TGGCGATCTA CTACGAAAAA GCCATCCTCC AAAAGTCAGG 
GAGCGCCATT TTTCTGAAAG CACTTCTATT GACAATGCCC TGAGTCGACT GACCCTTGGG 
AATGAATTCT CTGTCAACAA TGGGTACAGT CGAAGATTCA GATCTTTTTC TGAACTCCCC 
TCCTGTGATG GAAATGAAAG TTGGGCTTAT CGCAGCGGGA CAAAAACAGG TCCCAGGTCT 
GCAATATCTA TATACAGACC TATCGACTAT GGGATCTTTG GGAAAGAACA ACAGTTAGCT 
TTCTTAGAAA ATGTAAAGAG GTCACTTACA CAAGGAAGAT TATGGAAACC AAGTTTTCTT 
AAGAACCCTG GCTTCCTAAA AGATGATTTG AGGAACCCTC CCAACCCCTC AGAGTCATTA 
AGCTCAAATT CTCCCAGTAG TCAGGTGCCA GAAGATGGCT TATCTCCAAG TGAACCGCTT 
AATATCTATG AGGATGACCC AGTGGACTCA GATTGTGACA CAGACACAAC CACAGATGAT 
GAATACTACC TGGATGAAAA TGACAAAGAG TCAGAACTGT GA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

EXPH5 ( XM_011542698.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_011541000.1 Homo sapiens exophilin 5 (EXPH5), transcript variant X6, mRNA.

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CloneID	OHu65416
Clone ID Related Accession (Same CDS sequence)	XM_017017399.1 , XM_011542696.2 , XM_011542700.2 , XM_017017397.1 , NM_001144763.2 , XM_017017400.1 , NM_001144763.1 , XM_011542698.2
Accession Version	XM_011542698.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5742bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	exophilin-5 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000011.10) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Jun 6, 2016 this sequence version replaced XM_011542698.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGTTAAAAC AACCACTTAC ATACAGGCTA AGTAAGGAGA TGGCAAAAAA TGATCCGATA 
GAATTACCTA CATCAAGATC TAAAAATGTA ACTAATCAAA AAAAGCCGAC ACCTTTTTCT 
TCCCGGATGA GCTTCAGATC GTCATTTGCT TCCCTGTTCT CATTCAGGAA ATCTGGAAAG 
GAGACTTCAA AGCTTCCATC ACTGGGACAG AAAGGATGTG ATGGCCATGC AGGACCTCCT 
ATGCCTGTGA GGGGAGCTGC TGTGCAGGCA AAAATATACA ATTCACCTCT GGAAAATCAT 
CTAGTTGACA GTACATTTGT CCCAAAGCCA GCAGTCATGA GGGAGGAGAG TGGCATGCCT 
CCACCGTGGG ATGCTTCACT GCTGGAGAAT GAGTTTTTCC AAGTTTTAGA TGACTTGGAT 
AGCAAATTGG CTCAGGAACA GTCTGCAAGC TCAGTGAATA CCAGAACACC CCTCAACTAT 
GGATCAAGAA CACAGTTCGG TCACTTTTAT TCCAGTGGTA ACAGACATGG TAATATCACA 
GAAAGGCACA AAAAACACTA TAATGAAACT TCCAATATGT CTATCTATGA CATCCTAAGA 
CCAGGAACTC CTAGGGAAGG TTTTAAAACC TTTTCTCCTA GGACAAGCAC AATTTATGAT 
ATGTATAGGA CAAGGGAGCC CAGAGTCTTT AAAGAAGATT ATGTGCAAAA GAATACTTTT 
GGCAGTACTT CGCTGTGTTT TGACAGCAGG CAACGGTCGG CCTTACCAGC CACAGGGCAT 
TTCACAGCAA GAAGCTTACA TTTTCCAGCC ACAACTCAGA GCAAGAGTGG GTTTATACCA 
CCAAGGCACC AGCAGAGTCC AAAGAGAACT CCTTTATCAT CCATCATATG GAACAGATCA 
GATTCCTCTA GAGACAGGGA GAACCAGGAA GAGTTCCTGA GGGCACCATC ACCAATGGAA 
ATTGATCCCG CTGACAAGTA TGTGTATCCC AGGGGTTTTC AGGAGAATAA GAGATATGAA 
TCGTACCATT CACAGAATGT TTACCAACGT GTTAGTTTAA ATGCTCCCAT GGAGAATGCA 
ATGAGTCCCG ACACTTTTGA GAACTCAGAG AACATGCCAT TCTACCATCA AAGCAACACA 
TTTACCAGAT CTTTCTTCAG CAATACCTTT GGACGAAGCG GAGAACAGAG GAGATTTGGA 
CAAGGTCCTT TTTGGGGCCA AGAGAAAGGA CATTCTTTCT GGTCTGACTT TCATCGAAGC 
AGGAAATCAT TCAGTTCTTC TGACAGAGAC TTTGAAATGA TTTCCATGGA AGCAAATAGT 
GTATCAGCCA TTCATGGCCA TAATGTTTCT TCTGAACACT GGGAATCATT TTCTTCTGGT 
TATGGAACAG ATGTTTCCAG AGGCCAAGAA GAGCCACATC CTTGGCAGTT TGATTTTCAG 
AGATCCACAC TGGATAGCAT GGTGGTATCA CATGGTAATG AGACCCAGTT GACTCCTCAT 
TTTGGCACAC CAAATGTTTG CTCCATGACT GGTTCAAGCT ATCACGTCAA ATCTAGTGAG 
TTGGTAAGTC AACAGGACAG TTCTCCTGTA GAAGTACATA TAAACAAAGA AGCTTCCTCA 
TTTGGAATTG CTCAGACTCT AGCATCCTCA TTCAAAACTT CCTTTTCCCA GATTTCTGAT 
GACAGAAGGA ATCCTCAGAG TCCCAACTTG CAGAATCCCA CAGTCACTTT GCAGAAAATT 
TTTCCAAATA AGCCTGCCTC TCATCCAATG AGAAGCCATA CAGAAGTCAC TGTGACCAGC 
AGCAATTCAG TTGACTCTCT GCCTCTTGCC AAAAGCCAGC CCAATATCTT GGTCACAGAA 
GTAAATAATG AGAAAGACTT AAATGAATCT ATTTCAGAAG AAGACAAACA GCTAAGCAAG 
ATGGACCAGA CAAACAAGGC AGGTGAAATA CCCCAACCTG TTTCACAGAC AGGGATCTCA 
AACTCTTTAC CTGATTTTCA AAATCCCTTA TCCCAGGACT CAGCCAAGAG CAACGGGTTT 
GGTTTTAATG CATCTACCAT AATAAGTTCA AAAAAGTCAC CCAGAGTCTT TTCCAGGAAA 
GATACCTCCA AAATGTATAT ACCGCACACA GATAAATCCA ATGACATTAA ACAAGATAAG 
AGGTTTACTG AAAACAGAAA ACTTGGCTCA ACAGCTTCCC TTCCTTTCAT TCAGGAACAC 
AGAACACCAC CATCTTTCCC CAGGACAGAC CAAGGTTGTC ACCAGGAATT AACTGTAAAT 
AATGAAGATA TTTCAAGAAT TATTACAAAT AACCACTGGA GCTCTGCACT GACTGATACT 
CAAAATGCAC AATACTCAAA ATGCAAGTTA ACTCCTGGCC ACAAGACCTC GTGTGATTCT 
TTAGATCTGT CATCAGCTGC ACTACCAGAT TCCTCACCAT CAAAGAATTC TTCCCTTGAT 
GCTCCTGTGG TTCCATCTAC TACAGTGTTC TCCAGGAGAA GTCCTTCAGA CAAAGATCCA 
TCGCTAGGAG AAAGAGAAGA AAAAGACAAT GCTGGGAAGA ACCAAAAGAA TCAGTTTATT 
GTAAGCCACT CAGAAAACCA AGAGAGAAAT GATAGTCCTG TGCCTACACA TGATGAAGTG 
GTTGATGTCA AATGCCATTC ACACTCTCCT TTTAGGAATG AAAGAGGAAA AGGAAAAATA 
AGGCATCATA TATCCTGTAT TGAAAAGTTA AGCAAAACAG AAAGTATATC AGTACCCACC 
AGTGATCACA GGAGCCTCAT TGAAGCAAAT CAAAGCAATT CCAAAGTTTC TGAACTTGAC 
ACAATTTATT GTACCTTGCC AAGAAAATCA AGCAGTTTTC TCATACATGG CAGGCAGTCA 
GGAAGTAAAA TAATGGCTGC TTCATTGAGG AATGGGCCAC CTCCCTTCCA AATCAAAAAT 
AATGTGGAAG ATGCAATGGG GAACTATATG TTAAACAAAT TTAGTCCCAG TTCTCCTGAG 
TCAGCGAATG AATGTTCCAA AGTCCTTTCA GACTCAGCCC TGGAAGCACC TGAAGCCACA 
GAGAGAATGA CAAATGTAAA AAGCAGTGGA TCTACTTCCG TTAGAAAAGG ACCACTTCCA 
TTCCTCATCA ACAGGGCTAT GTCATGTCCC TCAGGGGAGC CACATGCCTC AACTGGAAGA 
GAAGGAAGAA AAAAGCCATT GACCTCAGGC ATGGATGCTT CTGAGCTAAC ACCAAGGGCT 
TGGGAGAGAA TCATTAGCCC TGTGGAAAGT GACTCATCTG TTAGAGATTG TTCTTTAACC 
AAAAGACAAC ACCAAAAGGA AAACTTCCAA GAATACACTG AGAAAGAGGG TAAAATGGCT 
GCCTCCAGGA GAAGTGTATT TGCTCTTTCA AATGAAGACC CTTTACCTTT TTGCTCAGAC 
TTGTCAGGAA AAGAACGTGG GAAAACATTA CATAAAGTTA AGACGACTAG TACGTTTTCT 
GTTTCTGGTG ATGAAGATAA TGTAAAATGT CTGGAGGTGG TCTCAATATA TTACACTCTA 
CCGAGGAAAC CCAGCAAAAA ATTCTGTAAC CTCCTTCAAC AGTATACACA AAATACTAAT 
TTACTTATAG AATCACCTCA AGTGGAGACT GAAACATTTC CTAACGCTTT AGAAAAAGAC 
AAACAGAATT ATTCTACACG AGAGCAGTCA GGAACACCTT CATGTGAAAA TCTAAAGATG 
TCCGTCAACT CTGATCAGAC GCTCACCACT GAAAATATGA CTGCCTTCCG ATTATCAAAT 
AGGGGGCCCC TAGCTCCTAC ATTACAGGAA ATGGCTTCTG TTGAGGCAGC TGTTTCTCTT 
CCTGAAGAGG AATCTAAAGC TAGAGAGATT TTTTCAGATA ATTTAGCTAA AACACCTCTA 
GGTGATTCAG AAAACAAGAA GGAAAGAGGC AAAAAGTTGC AAAGTGAAAC CCTGCATACT 
TCATTGATGC TTCAGAGAAA AAATGTATCC GAAGAAAAAT CTGAAAATTG TCAACAATCC 
ATTAATTCAA GTAACAGTGG TCCCTCTAGT CTTCCAGCTC TTTCAGAAGT TAATATTGGA 
AATTCCCAAA CTAGAAGAAG TTCTTGGGAG TGTACAGGGA GTGGTAGAGC CATTCCATTT 
ACTGGAAGTG GCAAGTGTCC CCAGAAAGAT CACACATCCA CAGCTGTAGG TGATGGCTCC 
AGTGGATCAC AGCCTAGGGA AGGCAGAGGG GACATTGGAA CCAACTGCCA AAAAATGACT 
AATAAAACAC TTTCTCACTC AGAGAGTCAA GTCTTTGCCC TTACTCCAGC ATTGCATAAA 
CTACAGCTTG GTGAGGAGAC TCAGTCAGAT GAACCAAACT TAGAGAGTCT GCAGTCTGAA 
CCAAGAGAAT TACCTCAAAG AAGTCAGGAG GCAAATATGA CAGAGAGCAG GAAGGCTGAA 
GATGAAATGC AGAAGTCAGC TTGGGATCAA CCTTCACTTC CTGAAGGAAA CAAAAATAAA 
ACCAACTTGG ATGACCTAGT AAAGGGGGAA AATAGATCTT CAGTTAAACA CAGATTGGCA 
GCCATGTCTA AAGCCAGCAG AAAATTCCCA GCTAAAGATG TAAGCCCCAG AAGACATGTA 
GCTACTATCT TCCCCCAAAG TGGAAGCAGA TCTGGCTTTG ACCATTTATC TCTTGGCACA 
GTGGAGTGCA ACCCACTGTT CCCTGAGCCT ACTCCAAAAT CTGCAGAGTC CATTGGCGAA 
AGCAGGTTGA GTGAGAACGG AAAGCATGTG AAGAAATCCG AGAACCTTCT CCCCATTACT 
GTACTACCCA ACAGAGAACC TTCTACACAC GTCAGCAACC AGAAGTCTAA CAGCATTTCA 
CAACGACATC AGAATGAGTT TAAAAACGTC TCAGAATCAC CATCAAAGCA TGAGAATTCT 
AAAGACGTCA CAGCAGCTCA GAATTTAGTA AGAGAATCAG GAGCCCCATC ACCCATCACA 
TTCACCAGCC TCAGGGAAGC AGAATTCTCT GACAATCAGA GGAGGCTGAG CCCTCCTTTT 
CCACTGGAGC CTGCACAGAA ATCTAGAGTA AGCAGTCCAC TGGCCAGTTT TCTGCAGCAA 
CAAAGGAGTG CTTCATCTCT GGAGTGGGAA CCTGAGCCAC ACCTCTATCG TTCAAAGAGT 
TTAAAAAGCA TTAATGTTCA TGGCGATCTA CTACGAAAAA GCCATCCTCC AAAAGTCAGG 
GAGCGCCATT TTTCTGAAAG CACTTCTATT GACAATGCCC TGAGTCGACT GACCCTTGGG 
AATGAATTCT CTGTCAACAA TGGGTACAGT CGAAGATTCA GATCTTTTTC TGAACTCCCC 
TCCTGTGATG GAAATGAAAG TTGGGCTTAT CGCAGCGGGA CAAAAACAGG TCCCAGGTCT 
GCAATATCTA TATACAGACC TATCGACTAT GGGATCTTTG GGAAAGAACA ACAGTTAGCT 
TTCTTAGAAA ATGTAAAGAG GTCACTTACA CAAGGAAGAT TATGGAAACC AAGTTTTCTT 
AAGAACCCTG GCTTCCTAAA AGATGATTTG AGGAACCCTC CCAACCCCTC AGAGTCATTA 
AGCTCAAATT CTCCCAGTAG TCAGGTGCCA GAAGATGGCT TATCTCCAAG TGAACCGCTT 
AATATCTATG AGGATGACCC AGTGGACTCA GATTGTGACA CAGACACAAC CACAGATGAT 
GAATACTACC TGGATGAAAA TGACAAAGAG TCAGAACTGT GA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_011541000.1
CDS	680..6421
Translation	MLKQPLTYRLSKEMAKNDPIELPTSRSKNVTNQKKPTPFSSRMSFRSSFASLFSFRKSGKETSKLPSLGQKGCDGHAGPPMPVRGAAVQAKIYNSPLENHLVDSTFVPKPAVMREESGMPPPWDASLLENEFFQVLDDLDSKLAQEQSASSVNTRTPLNYGSRTQFGHFYSSGNRHGNITERHKKHYNETSNMSIYDILRPGTPREGFKTFSPRTSTIYDMYRTREPRVFKEDYVQKNTFGSTSLCFDSRQRSALPATGHFTARSLHFPATTQSKSGFIPPRHQQSPKRTPLSSIIWNRSDSSRDRENQEEFLRAPSPMEIDPADKYVYPRGFQENKRYESYHSQNVYQRVSLNAPMENAMSPDTFENSENMPFYHQSNTFTRSFFSNTFGRSGEQRRFGQGPFWGQEKGHSFWSDFHRSRKSFSSSDRDFEMISMEANSVSAIHGHNVSSEHWESFSSGYGTDVSRGQEEPHPWQFDFQRSTLDSMVVSHGNETQLTPHFGTPNVCSMTGSSYHVKSSELVSQQDSSPVEVHINKEASSFGIAQTLASSFKTSFSQISDDRRNPQSPNLQNPTVTLQKIFPNKPASHPMRSHTEVTVTSSNSVDSLPLAKSQPNILVTEVNNEKDLNESISEEDKQLSKMDQTNKAGEIPQPVSQTGISNSLPDFQNPLSQDSAKSNGFGFNASTIISSKKSPRVFSRKDTSKMYIPHTDKSNDIKQDKRFTENRKLGSTASLPFIQEHRTPPSFPRTDQGCHQELTVNNEDISRIITNNHWSSALTDTQNAQYSKCKLTPGHKTSCDSLDLSSAALPDSSPSKNSSLDAPVVPSTTVFSRRSPSDKDPSLGEREEKDNAGKNQKNQFIVSHSENQERNDSPVPTHDEVVDVKCHSHSPFRNERGKGKIRHHISCIEKLSKTESISVPTSDHRSLIEANQSNSKVSELDTIYCTLPRKSSSFLIHGRQSGSKIMAASLRNGPPPFQIKNNVEDAMGNYMLNKFSPSSPESANECSKVLSDSALEAPEATERMTNVKSSGSTSVRKGPLPFLINRAMSCPSGEPHASTGREGRKKPLTSGMDASELTPRAWERIISPVESDSSVRDCSLTKRQHQKENFQEYTEKEGKMAASRRSVFALSNEDPLPFCSDLSGKERGKTLHKVKTTSTFSVSGDEDNVKCLEVVSIYYTLPRKPSKKFCNLLQQYTQNTNLLIESPQVETETFPNALEKDKQNYSTREQSGTPSCENLKMSVNSDQTLTTENMTAFRLSNRGPLAPTLQEMASVEAAVSLPEEESKAREIFSDNLAKTPLGDSENKKERGKKLQSETLHTSLMLQRKNVSEEKSENCQQSINSSNSGPSSLPALSEVNIGNSQTRRSSWECTGSGRAIPFTGSGKCPQKDHTSTAVGDGSSGSQPREGRGDIGTNCQKMTNKTLSHSESQVFALTPALHKLQLGEETQSDEPNLESLQSEPRELPQRSQEANMTESRKAEDEMQKSAWDQPSLPEGNKNKTNLDDLVKGENRSSVKHRLAAMSKASRKFPAKDVSPRRHVATIFPQSGSRSGFDHLSLGTVECNPLFPEPTPKSAESIGESRLSENGKHVKKSENLLPITVLPNREPSTHVSNQKSNSISQRHQNEFKNVSESPSKHENSKDVTAAQNLVRESGAPSPITFTSLREAEFSDNQRRLSPPFPLEPAQKSRVSSPLASFLQQQRSASSLEWEPEPHLYRSKSLKSINVHGDLLRKSHPPKVRERHFSESTSIDNALSRLTLGNEFSVNNGYSRRFRSFSELPSCDGNESWAYRSGTKTGPRSAISIYRPIDYGIFGKEQQLAFLENVKRSLTQGRLWKPSFLKNPGFLKDDLRNPPNPSESLSSNSPSSQVPEDGLSPSEPLNIYEDDPVDSDCDTDTTTDDEYYLDENDKESEL

Target ORF information:

RefSeq Version	XM_011542698.2
Organism	Homo sapiens(human)
Definition	Homo sapiens exophilin 5 (EXPH5), transcript variant X6, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_011542698.2

ORF Insert Sequence:

ATGTTAAAAC AACCACTTAC ATACAGGCTA AGTAAGGAGA TGGCAAAAAA TGATCCGATA 
GAATTACCTA CATCAAGATC TAAAAATGTA ACTAATCAAA AAAAGCCGAC ACCTTTTTCT 
TCCCGGATGA GCTTCAGATC GTCATTTGCT TCCCTGTTCT CATTCAGGAA ATCTGGAAAG 
GAGACTTCAA AGCTTCCATC ACTGGGACAG AAAGGATGTG ATGGCCATGC AGGACCTCCT 
ATGCCTGTGA GGGGAGCTGC TGTGCAGGCA AAAATATACA ATTCACCTCT GGAAAATCAT 
CTAGTTGACA GTACATTTGT CCCAAAGCCA GCAGTCATGA GGGAGGAGAG TGGCATGCCT 
CCACCGTGGG ATGCTTCACT GCTGGAGAAT GAGTTTTTCC AAGTTTTAGA TGACTTGGAT 
AGCAAATTGG CTCAGGAACA GTCTGCAAGC TCAGTGAATA CCAGAACACC CCTCAACTAT 
GGATCAAGAA CACAGTTCGG TCACTTTTAT TCCAGTGGTA ACAGACATGG TAATATCACA 
GAAAGGCACA AAAAACACTA TAATGAAACT TCCAATATGT CTATCTATGA CATCCTAAGA 
CCAGGAACTC CTAGGGAAGG TTTTAAAACC TTTTCTCCTA GGACAAGCAC AATTTATGAT 
ATGTATAGGA CAAGGGAGCC CAGAGTCTTT AAAGAAGATT ATGTGCAAAA GAATACTTTT 
GGCAGTACTT CGCTGTGTTT TGACAGCAGG CAACGGTCGG CCTTACCAGC CACAGGGCAT 
TTCACAGCAA GAAGCTTACA TTTTCCAGCC ACAACTCAGA GCAAGAGTGG GTTTATACCA 
CCAAGGCACC AGCAGAGTCC AAAGAGAACT CCTTTATCAT CCATCATATG GAACAGATCA 
GATTCCTCTA GAGACAGGGA GAACCAGGAA GAGTTCCTGA GGGCACCATC ACCAATGGAA 
ATTGATCCCG CTGACAAGTA TGTGTATCCC AGGGGTTTTC AGGAGAATAA GAGATATGAA 
TCGTACCATT CACAGAATGT TTACCAACGT GTTAGTTTAA ATGCTCCCAT GGAGAATGCA 
ATGAGTCCCG ACACTTTTGA GAACTCAGAG AACATGCCAT TCTACCATCA AAGCAACACA 
TTTACCAGAT CTTTCTTCAG CAATACCTTT GGACGAAGCG GAGAACAGAG GAGATTTGGA 
CAAGGTCCTT TTTGGGGCCA AGAGAAAGGA CATTCTTTCT GGTCTGACTT TCATCGAAGC 
AGGAAATCAT TCAGTTCTTC TGACAGAGAC TTTGAAATGA TTTCCATGGA AGCAAATAGT 
GTATCAGCCA TTCATGGCCA TAATGTTTCT TCTGAACACT GGGAATCATT TTCTTCTGGT 
TATGGAACAG ATGTTTCCAG AGGCCAAGAA GAGCCACATC CTTGGCAGTT TGATTTTCAG 
AGATCCACAC TGGATAGCAT GGTGGTATCA CATGGTAATG AGACCCAGTT GACTCCTCAT 
TTTGGCACAC CAAATGTTTG CTCCATGACT GGTTCAAGCT ATCACGTCAA ATCTAGTGAG 
TTGGTAAGTC AACAGGACAG TTCTCCTGTA GAAGTACATA TAAACAAAGA AGCTTCCTCA 
TTTGGAATTG CTCAGACTCT AGCATCCTCA TTCAAAACTT CCTTTTCCCA GATTTCTGAT 
GACAGAAGGA ATCCTCAGAG TCCCAACTTG CAGAATCCCA CAGTCACTTT GCAGAAAATT 
TTTCCAAATA AGCCTGCCTC TCATCCAATG AGAAGCCATA CAGAAGTCAC TGTGACCAGC 
AGCAATTCAG TTGACTCTCT GCCTCTTGCC AAAAGCCAGC CCAATATCTT GGTCACAGAA 
GTAAATAATG AGAAAGACTT AAATGAATCT ATTTCAGAAG AAGACAAACA GCTAAGCAAG 
ATGGACCAGA CAAACAAGGC AGGTGAAATA CCCCAACCTG TTTCACAGAC AGGGATCTCA 
AACTCTTTAC CTGATTTTCA AAATCCCTTA TCCCAGGACT CAGCCAAGAG CAACGGGTTT 
GGTTTTAATG CATCTACCAT AATAAGTTCA AAAAAGTCAC CCAGAGTCTT TTCCAGGAAA 
GATACCTCCA AAATGTATAT ACCGCACACA GATAAATCCA ATGACATTAA ACAAGATAAG 
AGGTTTACTG AAAACAGAAA ACTTGGCTCA ACAGCTTCCC TTCCTTTCAT TCAGGAACAC 
AGAACACCAC CATCTTTCCC CAGGACAGAC CAAGGTTGTC ACCAGGAATT AACTGTAAAT 
AATGAAGATA TTTCAAGAAT TATTACAAAT AACCACTGGA GCTCTGCACT GACTGATACT 
CAAAATGCAC AATACTCAAA ATGCAAGTTA ACTCCTGGCC ACAAGACCTC GTGTGATTCT 
TTAGATCTGT CATCAGCTGC ACTACCAGAT TCCTCACCAT CAAAGAATTC TTCCCTTGAT 
GCTCCTGTGG TTCCATCTAC TACAGTGTTC TCCAGGAGAA GTCCTTCAGA CAAAGATCCA 
TCGCTAGGAG AAAGAGAAGA AAAAGACAAT GCTGGGAAGA ACCAAAAGAA TCAGTTTATT 
GTAAGCCACT CAGAAAACCA AGAGAGAAAT GATAGTCCTG TGCCTACACA TGATGAAGTG 
GTTGATGTCA AATGCCATTC ACACTCTCCT TTTAGGAATG AAAGAGGAAA AGGAAAAATA 
AGGCATCATA TATCCTGTAT TGAAAAGTTA AGCAAAACAG AAAGTATATC AGTACCCACC 
AGTGATCACA GGAGCCTCAT TGAAGCAAAT CAAAGCAATT CCAAAGTTTC TGAACTTGAC 
ACAATTTATT GTACCTTGCC AAGAAAATCA AGCAGTTTTC TCATACATGG CAGGCAGTCA 
GGAAGTAAAA TAATGGCTGC TTCATTGAGG AATGGGCCAC CTCCCTTCCA AATCAAAAAT 
AATGTGGAAG ATGCAATGGG GAACTATATG TTAAACAAAT TTAGTCCCAG TTCTCCTGAG 
TCAGCGAATG AATGTTCCAA AGTCCTTTCA GACTCAGCCC TGGAAGCACC TGAAGCCACA 
GAGAGAATGA CAAATGTAAA AAGCAGTGGA TCTACTTCCG TTAGAAAAGG ACCACTTCCA 
TTCCTCATCA ACAGGGCTAT GTCATGTCCC TCAGGGGAGC CACATGCCTC AACTGGAAGA 
GAAGGAAGAA AAAAGCCATT GACCTCAGGC ATGGATGCTT CTGAGCTAAC ACCAAGGGCT 
TGGGAGAGAA TCATTAGCCC TGTGGAAAGT GACTCATCTG TTAGAGATTG TTCTTTAACC 
AAAAGACAAC ACCAAAAGGA AAACTTCCAA GAATACACTG AGAAAGAGGG TAAAATGGCT 
GCCTCCAGGA GAAGTGTATT TGCTCTTTCA AATGAAGACC CTTTACCTTT TTGCTCAGAC 
TTGTCAGGAA AAGAACGTGG GAAAACATTA CATAAAGTTA AGACGACTAG TACGTTTTCT 
GTTTCTGGTG ATGAAGATAA TGTAAAATGT CTGGAGGTGG TCTCAATATA TTACACTCTA 
CCGAGGAAAC CCAGCAAAAA ATTCTGTAAC CTCCTTCAAC AGTATACACA AAATACTAAT 
TTACTTATAG AATCACCTCA AGTGGAGACT GAAACATTTC CTAACGCTTT AGAAAAAGAC 
AAACAGAATT ATTCTACACG AGAGCAGTCA GGAACACCTT CATGTGAAAA TCTAAAGATG 
TCCGTCAACT CTGATCAGAC GCTCACCACT GAAAATATGA CTGCCTTCCG ATTATCAAAT 
AGGGGGCCCC TAGCTCCTAC ATTACAGGAA ATGGCTTCTG TTGAGGCAGC TGTTTCTCTT 
CCTGAAGAGG AATCTAAAGC TAGAGAGATT TTTTCAGATA ATTTAGCTAA AACACCTCTA 
GGTGATTCAG AAAACAAGAA GGAAAGAGGC AAAAAGTTGC AAAGTGAAAC CCTGCATACT 
TCATTGATGC TTCAGAGAAA AAATGTATCC GAAGAAAAAT CTGAAAATTG TCAACAATCC 
ATTAATTCAA GTAACAGTGG TCCCTCTAGT CTTCCAGCTC TTTCAGAAGT TAATATTGGA 
AATTCCCAAA CTAGAAGAAG TTCTTGGGAG TGTACAGGGA GTGGTAGAGC CATTCCATTT 
ACTGGAAGTG GCAAGTGTCC CCAGAAAGAT CACACATCCA CAGCTGTAGG TGATGGCTCC 
AGTGGATCAC AGCCTAGGGA AGGCAGAGGG GACATTGGAA CCAACTGCCA AAAAATGACT 
AATAAAACAC TTTCTCACTC AGAGAGTCAA GTCTTTGCCC TTACTCCAGC ATTGCATAAA 
CTACAGCTTG GTGAGGAGAC TCAGTCAGAT GAACCAAACT TAGAGAGTCT GCAGTCTGAA 
CCAAGAGAAT TACCTCAAAG AAGTCAGGAG GCAAATATGA CAGAGAGCAG GAAGGCTGAA 
GATGAAATGC AGAAGTCAGC TTGGGATCAA CCTTCACTTC CTGAAGGAAA CAAAAATAAA 
ACCAACTTGG ATGACCTAGT AAAGGGGGAA AATAGATCTT CAGTTAAACA CAGATTGGCA 
GCCATGTCTA AAGCCAGCAG AAAATTCCCA GCTAAAGATG TAAGCCCCAG AAGACATGTA 
GCTACTATCT TCCCCCAAAG TGGAAGCAGA TCTGGCTTTG ACCATTTATC TCTTGGCACA 
GTGGAGTGCA ACCCACTGTT CCCTGAGCCT ACTCCAAAAT CTGCAGAGTC CATTGGCGAA 
AGCAGGTTGA GTGAGAACGG AAAGCATGTG AAGAAATCCG AGAACCTTCT CCCCATTACT 
GTACTACCCA ACAGAGAACC TTCTACACAC GTCAGCAACC AGAAGTCTAA CAGCATTTCA 
CAACGACATC AGAATGAGTT TAAAAACGTC TCAGAATCAC CATCAAAGCA TGAGAATTCT 
AAAGACGTCA CAGCAGCTCA GAATTTAGTA AGAGAATCAG GAGCCCCATC ACCCATCACA 
TTCACCAGCC TCAGGGAAGC AGAATTCTCT GACAATCAGA GGAGGCTGAG CCCTCCTTTT 
CCACTGGAGC CTGCACAGAA ATCTAGAGTA AGCAGTCCAC TGGCCAGTTT TCTGCAGCAA 
CAAAGGAGTG CTTCATCTCT GGAGTGGGAA CCTGAGCCAC ACCTCTATCG TTCAAAGAGT 
TTAAAAAGCA TTAATGTTCA TGGCGATCTA CTACGAAAAA GCCATCCTCC AAAAGTCAGG 
GAGCGCCATT TTTCTGAAAG CACTTCTATT GACAATGCCC TGAGTCGACT GACCCTTGGG 
AATGAATTCT CTGTCAACAA TGGGTACAGT CGAAGATTCA GATCTTTTTC TGAACTCCCC 
TCCTGTGATG GAAATGAAAG TTGGGCTTAT CGCAGCGGGA CAAAAACAGG TCCCAGGTCT 
GCAATATCTA TATACAGACC TATCGACTAT GGGATCTTTG GGAAAGAACA ACAGTTAGCT 
TTCTTAGAAA ATGTAAAGAG GTCACTTACA CAAGGAAGAT TATGGAAACC AAGTTTTCTT 
AAGAACCCTG GCTTCCTAAA AGATGATTTG AGGAACCCTC CCAACCCCTC AGAGTCATTA 
AGCTCAAATT CTCCCAGTAG TCAGGTGCCA GAAGATGGCT TATCTCCAAG TGAACCGCTT 
AATATCTATG AGGATGACCC AGTGGACTCA GATTGTGACA CAGACACAAC CACAGATGAT 
GAATACTACC TGGATGAAAA TGACAAAGAG TCAGAACTGT GA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

Gene Symbol	EXPH5
Entrez Gene ID	23086
Full Name	exophilin 5
Synonyms	SLAC2-B,SLAC2B
General protein information	Preferred Names exophilin 5 Names exophilin-5 slp homolog lacking C2 domains b synaptotagmin-like homologue lacking C2 domains b synaptotagmin-like protein homolog lacking C2 domains b
Gene Type	protein-coding
Organism	Homo sapiens(human)
Genome	Chromosome: 11 Map Location: 11q22.3
Summary	The protein encoded by this gene is a member of the synaptotagmin-like protein (Slp) family lacking a C2 domain. It contains an N-terminal synaptotagmin-like homology domain (SHD), and is a ras-related protein Rab-27B effector protein. This protein is thought to be involved in exosome secretion and intracellular vesicle trafficking. Reduced expression of this gene results in keratin filament defects. Mutations in this gene have been associated with some cases of epidermolysis bullosa, an inherited skin fragility disorder. Alternative splicing results in multiple transcript variants encoding different isoforms. [provided by RefSeq, Aug 2015].
Disorder MIM:	612878
Disorder Html:	Epidermolysis bullosa, nonspecific, autosomal recessive, 615028 (3)

Pan troglodytes (chimpanzee)	EXPH5	XP_001141449.1
Homo sapiens (human)	EXPH5	NP_055880.2
Canis lupus familiaris (dog)	EXPH5	XP_005619872.1
Rattus norvegicus (Norway rat)	Exph5	XP_236272.4
	EXPH5	XP_001097468.2
Bos taurus (cattle)	EXPH5	XP_002707774.1
Mus musculus (house mouse)	Exph5	NP_789816.2

Next-day Shipping ORF Clones ( in default vector with tag)
1 Clone	30% OFF
2-4 Clone	40% OFF
5 or more Clone	50% OFF
All Other ORF Clones
30% OFF

EXPH5 cDNA ORF clone, Homo sapiens(human)

Gene

Clones

gRNAs

Related articles in PubMed

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