LOC100496167 gene cDNA ORF clone, Xenopus tropicalis(tropical clawed frog)

mRNA	Protein	Name
XM_012959861.2	XP_012815315.1	putative tetratricopeptide repeat protein 41 isoform X1
XM_002938083.5	XP_002938129.2	putative tetratricopeptide repeat protein 41 isoform X1
XM_012959860.2	XP_012815314.1	putative tetratricopeptide repeat protein 41 isoform X1
XM_002938083.4	XP_002938129.1	putative tetratricopeptide repeat protein 41 isoform X1
XM_012959863.3	XP_012815317.2	putative tetratricopeptide repeat protein 41 isoform X3
XM_012959863.2	XP_012815317.1	putative tetratricopeptide repeat protein 41 isoform X2
XM_012959861.3	XP_012815315.2	putative tetratricopeptide repeat protein 41 isoform X1
XM_012959860.3	XP_012815314.2	putative tetratricopeptide repeat protein 41 isoform X1
XM_031898867.1	XP_031754727.1	putative tetratricopeptide repeat protein 41 isoform X2

***CloneID	Accession No.	Definition	**Vector	*Turnaround time	Price (USD)
OXa54621	XM_012959860.3 Latest version!	Xenopus tropicalis putative tetratricopeptide repeat protein 41 (LOC100496167), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$643.30 $919.00
OXa54621	XM_012959861.3 Latest version!	Xenopus tropicalis putative tetratricopeptide repeat protein 41 (LOC100496167), transcript variant X3, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$643.30 $919.00
OXa54621	XM_002938083.5 Latest version!	Xenopus tropicalis putative tetratricopeptide repeat protein 41 (LOC100496167), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$643.30 $919.00
OXa54622	XM_031898867.1 Latest version!	Xenopus tropicalis putative tetratricopeptide repeat protein 41 (LOC100496167), transcript variant X4, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$643.30 $919.00
OXa54623	XM_012959863.3 Latest version!	Xenopus tropicalis putative tetratricopeptide repeat protein 41 (LOC100496167), transcript variant X5, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$559.30 $799.00
OXa07701	XM_012959861.2 Latest version!	Xenopus tropicalis putative tetratricopeptide repeat protein 41 (LOC100496167), transcript variant X3, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	20	$713.30 $1019.00
OXa07701	XM_012959860.2 Latest version!	Xenopus tropicalis putative tetratricopeptide repeat protein 41 (LOC100496167), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	20	$713.30 $1019.00
OXa07701	XM_002938083.4 Latest version!	Xenopus tropicalis putative tetratricopeptide repeat protein 41 (LOC100496167), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	20	$713.30 $1019.00
OXa36464	XM_012959863.2 Latest version!	Xenopus tropicalis putative tetratricopeptide repeat protein 41 (LOC100496167), transcript variant X4, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	20	$629.30 $899.00

LOC100496167 ( XM_002938083.5 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_002938129.2 Xenopus tropicalis putative tetratricopeptide repeat protein 41 (LOC100496167), transcript variant X2, mRNA.

Price & Availability↑

CloneID	OXa54621
Clone ID Related Accession (Same CDS sequence)	XM_002938083.5 , XM_012959861.3 , XM_012959860.3
Accession Version	XM_002938083.5 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3846bp) 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	2019-12-17
Organism	Xenopus tropicalis(tropical clawed frog)
Product	putative tetratricopeptide repeat protein 41 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030679.2) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Dec 18, 2019 this sequence version replaced XM_002938083.4. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Xenopus tropicalis Annotation Release 104 Annotation Version :: 104 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCAAAAGG ATCCCAGTTA TTACTTTATG CACAGACCAC CAATTTGCCC ATATGTGTGT 
TCAACAATAA AAGATTTCCA AGAAGAGAGA AATTATTTGA GCAAAAATAT ATTTGAGCAA 
CTCAATGACT TCTGCTATGC CCGAGGAACT TCCTTCAAAG CTGTTAATCT CAGGTGGCCA 
TTAGAGGGCC AGCCTTATCA TGTAAAACCT TTCAATGTCG CTGAGCAGTT GACATTGTCT 
CTTGATTACA TTGAACGTTC ATCACCTTTT TTCATATGTA TACTAGGTCA CACTTATGGG 
GAGTTTATTC CTGAAGCTCA TTCTCATTGC CCCATTAATT CTGTCAGTAT TTCAGATTTT 
TCTGCTTTAC CAAATGTGGA GCAGAAACTT GTGGTGGCAG CTAATAGTGG CTATTCTTGG 
TTACTGGAAG GAGGAAACAG AGAGTGCAGC ATCACAGAAC TGGAAATCCA CCATGCTGCA 
TTTTCAAGAG ATGTTGGATT TCAGTATTTC TACTTCAGAG ACCACGTGTT CATTGAAGAA 
CAATTGCACA AGGCAAATGA AGAAGAGAAA AAAACCATTC TTTCCACTTT TGAAAGTGAA 
AATGATTATG AGAGAACAAA GATTTGGGAA CTTAAAATCA GAATAGTAGA TAAAGGGTTT 
CCGGTGAGGT TCTTCAAAAC TAAAGAGGAA CTTGGAAATT TGGTACTGAA AGATTGGTGT 
AATATAATAG AGAGATTGTA TCCTCTCTCA GCCACTCCTA AAAATATTGG TCATGAACAC 
AGCCTTCAAC ATGCTTACAA CAAAGCTTTT GCAGAGTGCC TTTGCAAGGA TTTTGTGCCA 
ACAGAACAAT CAAATAAACT ACTTACAGTC CTGGATGACT TTGTGTTTGG TGCACAGGCA 
GAGAAACAAT CTACTCATTC CTTGGGATCT GAAAGCATAG ATTGTGATGT CTTGCATAAT 
ACAGCTGCAA GATCTGGAGC CGCTTCTATC CTGGTCCTAT ATGGAGATCG AGGCTGTGGC 
AAGTCAACTA TTGCAGCAAA ATGGTTTAAC TCATTTAGGA CAAATAACCC AGATATCACA 
GTAATCTCAT ATTTTGTTGG CAGTAGTGGA AGAAGCAGCA ACATCATGTC TTTCATGCGA 
TACTGCATCA CAGTGCTCCA GTGTGAATAC TTTGGTGTTC AAGCTGAAGA TTTGATGAAC 
AATGAGAATA TTACTGATAT GTGGGCTTTC CCATTGCTCC TGGAGGTTTT TTTGTCATGT 
ATTACATTAA AACCCTGTGT CCTGCTACTA GATGGCATTG ATGGGCTTTC TGGAATTAAT 
GGAATACCCG CAGAGCAAGC AAAGGGCTTT CTATGCCTGC CAGTCAACTT GCCAGATTAC 
TGCAAAATAA TCCTGACAAC CTCTCCAACA CACCTCTCCT TCAAATGTTT AAAGGTTCGT 
TCAGATGTTG TGCTGGCTGA ATATGAAAAT GTGTGGGATG AAAACATTCG GCTGTGTATC 
TTCCACAAAC ATTTAGCAAT GCCCAGGAGG CATATTTCAC AGGACTGGCT TAAAAGCATT 
GTAAACAGGG AAAGAAAAAT GACCCTCCTC CATCTTGCCT TGCTGGCAAA TGAACTGAGC 
ACAATATCAC AGGATGGACC GCAGTACCTA AAAGGATTTC TAAAAGCTCG GTCTGCTAAG 
GAGCTGTTGT CACTGATCAT AGAACGCTGG GTTAATGACT ACAGTTGGAC ATGCAAAAAG 
CAATGTAAAG GGAAAAACAA GTCCTTTCCT GTGGAAAAAT GTAATACAGG TATGAAAGGC 
TGGGTAGTAG ATGTCTTGTG TCTGCTTAGT ACTTCTCGTT GCGGCTTGAG CGAACATGAT 
ATCCTACATC TTCTGAAAGT TTTGGGATAC CAACATAAAT ATGAAGTAAC TACTTTACAT 
TGGGCTTCCT TTCGTTGTAT TACATCTAAG TGGATTAAGG AGAAACCTGA TGGACTTCTG 
CACATTTGTC ATCAAACATT TCGGGATGTT GTTGAACATT TACTGCTTGG TGTTTTTATC 
CCAATCAATG AAAGTCTCAT CATGAATCCT GAAAGAAAGC AATTTCATGA AGTTCTCATT 
GAGCATTTTC AGCATTTACA ATTTTCAAGA CAAGTTTATG AGGAAGTACC ATGGCATCTT 
AAGATGATTG GTGATGTACA TGGGTTATCT ACATTTATTT CAAACAAAAG AAATCTTGGT 
GCGATCTTTA GAAACACAAG GTTTGGACAT CAGATAAAAA TGGACCTAAT TTATCATTGG 
CAGTTTTTGT CTCTGTCTGG AAAGGATCCA GCTGTGGAAT GCCAAAGAAT GAAGGACAGC 
ATTGCAGAAG GTACAAAGAT AGAATTTTGT GAGCTGGTGG ATCAGTGTAG AGTATTAGCC 
TTTGCTGCTC ACTGTCTGAA ACATATTGGC AAGACCGCTG AAGCAGAAAA TGTATTCTTA 
TTAGTTGAAA CTCAACTACA CTTGATGGAA TCAGAAAAAG TAGTTACAGA AGTTACAGAA 
ATACTTTTGT GGGCACAGAA GCATTTGGGA GATCTGTATC GTGAAATTGG ATCTTGGAAA 
GAAGCATTTT GTTATTATCA GAAGGCTTAT TACAATTTTG ATTGTTTACC TACAGAAAAT 
GTGGAAGACG ATGGCATATT ACTTGAACTC AAGGGCAGGC TATTATGCAA TTTAGCCCTT 
TTAAATTCCA GCGAGTGCAG AGGTCAGCAC AACCAGTACC TTGAAAAAGC TTTAAGACAC 
TTTCAGTTAA TCCCACCTAA GCCCTATGAG CAAGCTGAAT TAGAACTCTG TCAAGGACTT 
CACAGATTTT ATTCTGGAGG CATTTGTGAG GCTGAAAAAC ATCTCTGTAA ATGTTTAGCA 
ATACGGAGCA AACTGTATGG CAAGAAAAGC CTCCTTACTG GAGAGGCCCG GGAGAACCTT 
GCAGATTTAC AAAGTCATCT TGGTGAAAAA ATGTATTCCC ACAGGCTACA AGCACTTGAA 
CATTACAAGG AGGTAATAGA AATAAAAAAA GCCAACAGAA CATTTCTGCA ATCAGTGCAA 
GCAAGGCAGA ATCTGGAGCT AAGCCTGAGC ACTACTTTTT TTAAGCTAGG TAAACTCTTG 
TGTTGTTCTG AATTTGGAAT AGATAAAGAA GGTATTGCAT TTTTAAAACA GTCAGCAGCT 
ATCAGAACAA TCATTAAAGG TCCTGATCAT CCTTTGAGCT GTGAGGTCCA AAGCTTTTTG 
AAAGAATTGA CAACTAGATG TCCGAGCAAC AAGGTGTATT TTGGGCATGA CAACAGTGAA 
AAAAGTCAAA TGAACTCTGA TAGAGCTTGG AATTCCTCCC TTCCAACATA CCCTCATTTT 
AGAAATAGCC AGAAAGCAAA TTCTCCAGGA TCATTCATTT ATGATGTGTT TGATAATGAA 
GAGATATTAA CAAGCAAGTG TAGCCTTAAA GAGACTGAAA AGCGTCTTCT GTTACAAAAA 
GAGAAACTAC AAAGTAAATC AATATTGCGC AATTTAGAAA AACACAGGTA CATTCAAAGT 
GCCTCAACAT CTTCAATATC AACATCCACT GGAATAAAGC ATTCAAGCTA CTCCTTGACC 
AGTAACCTTG CTCGACCTAC AAGTTCATGT GTGCAGTCGA TGACAGGCTC AATAAGTTCA 
CTTTCATATC TGCTTCCTTT GTTTAGATCA GTTTCAAAAT CCGGGCAGTA TTCTTTAATC 
CACCAATCTG CTTGGTACCA TATTCCTGGG AGATATCCAA CACTACATAC TCCTCTTCCA 
CCTAAAAGAA ATCAAATTCG CAAAGATGTC CAAGCAGGTT GGGAAAATGC AAGACAAAAC 
ATTTAA

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

RefSeq	XP_002938129.2
CDS	675..4520
Translation	MQKDPSYYFMHRPPICPYVCSTIKDFQEERNYLSKNIFEQLNDFCYARGTSFKAVNLRWPLEGQPYHVKPFNVAEQLTLSLDYIERSSPFFICILGHTYGEFIPEAHSHCPINSVSISDFSALPNVEQKLVVAANSGYSWLLEGGNRECSITELEIHHAAFSRDVGFQYFYFRDHVFIEEQLHKANEEEKKTILSTFESENDYERTKIWELKIRIVDKGFPVRFFKTKEELGNLVLKDWCNIIERLYPLSATPKNIGHEHSLQHAYNKAFAECLCKDFVPTEQSNKLLTVLDDFVFGAQAEKQSTHSLGSESIDCDVLHNTAARSGAASILVLYGDRGCGKSTIAAKWFNSFRTNNPDITVISYFVGSSGRSSNIMSFMRYCITVLQCEYFGVQAEDLMNNENITDMWAFPLLLEVFLSCITLKPCVLLLDGIDGLSGINGIPAEQAKGFLCLPVNLPDYCKIILTTSPTHLSFKCLKVRSDVVLAEYENVWDENIRLCIFHKHLAMPRRHISQDWLKSIVNRERKMTLLHLALLANELSTISQDGPQYLKGFLKARSAKELLSLIIERWVNDYSWTCKKQCKGKNKSFPVEKCNTGMKGWVVDVLCLLSTSRCGLSEHDILHLLKVLGYQHKYEVTTLHWASFRCITSKWIKEKPDGLLHICHQTFRDVVEHLLLGVFIPINESLIMNPERKQFHEVLIEHFQHLQFSRQVYEEVPWHLKMIGDVHGLSTFISNKRNLGAIFRNTRFGHQIKMDLIYHWQFLSLSGKDPAVECQRMKDSIAEGTKIEFCELVDQCRVLAFAAHCLKHIGKTAEAENVFLLVETQLHLMESEKVVTEVTEILLWAQKHLGDLYREIGSWKEAFCYYQKAYYNFDCLPTENVEDDGILLELKGRLLCNLALLNSSECRGQHNQYLEKALRHFQLIPPKPYEQAELELCQGLHRFYSGGICEAEKHLCKCLAIRSKLYGKKSLLTGEARENLADLQSHLGEKMYSHRLQALEHYKEVIEIKKANRTFLQSVQARQNLELSLSTTFFKLGKLLCCSEFGIDKEGIAFLKQSAAIRTIIKGPDHPLSCEVQSFLKELTTRCPSNKVYFGHDNSEKSQMNSDRAWNSSLPTYPHFRNSQKANSPGSFIYDVFDNEEILTSKCSLKETEKRLLLQKEKLQSKSILRNLEKHRYIQSASTSSISTSTGIKHSSYSLTSNLARPTSSCVQSMTGSISSLSYLLPLFRSVSKSGQYSLIHQSAWYHIPGRYPTLHTPLPPKRNQIRKDVQAGWENARQNI

Target ORF information:

RefSeq Version	XM_002938083.5
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis putative tetratricopeptide repeat protein 41 (LOC100496167), transcript variant X2, mRNA.

Target ORF information:

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

XM_002938083.5

ORF Insert Sequence:

ATGCAAAAGG ATCCCAGTTA TTACTTTATG CACAGACCAC CAATTTGCCC ATATGTGTGT 
TCAACAATAA AAGATTTCCA AGAAGAGAGA AATTATTTGA GCAAAAATAT ATTTGAGCAA 
CTCAATGACT TCTGCTATGC CCGAGGAACT TCCTTCAAAG CTGTTAATCT CAGGTGGCCA 
TTAGAGGGCC AGCCTTATCA TGTAAAACCT TTCAATGTCG CTGAGCAGTT GACATTGTCT 
CTTGATTACA TTGAACGTTC ATCACCTTTT TTCATATGTA TACTAGGTCA CACTTATGGG 
GAGTTTATTC CTGAAGCTCA TTCTCATTGC CCCATTAATT CTGTCAGTAT TTCAGATTTT 
TCTGCTTTAC CAAATGTGGA GCAGAAACTT GTGGTGGCAG CTAATAGTGG CTATTCTTGG 
TTACTGGAAG GAGGAAACAG AGAGTGCAGC ATCACAGAAC TGGAAATCCA CCATGCTGCA 
TTTTCAAGAG ATGTTGGATT TCAGTATTTC TACTTCAGAG ACCACGTGTT CATTGAAGAA 
CAATTGCACA AGGCAAATGA AGAAGAGAAA AAAACCATTC TTTCCACTTT TGAAAGTGAA 
AATGATTATG AGAGAACAAA GATTTGGGAA CTTAAAATCA GAATAGTAGA TAAAGGGTTT 
CCGGTGAGGT TCTTCAAAAC TAAAGAGGAA CTTGGAAATT TGGTACTGAA AGATTGGTGT 
AATATAATAG AGAGATTGTA TCCTCTCTCA GCCACTCCTA AAAATATTGG TCATGAACAC 
AGCCTTCAAC ATGCTTACAA CAAAGCTTTT GCAGAGTGCC TTTGCAAGGA TTTTGTGCCA 
ACAGAACAAT CAAATAAACT ACTTACAGTC CTGGATGACT TTGTGTTTGG TGCACAGGCA 
GAGAAACAAT CTACTCATTC CTTGGGATCT GAAAGCATAG ATTGTGATGT CTTGCATAAT 
ACAGCTGCAA GATCTGGAGC CGCTTCTATC CTGGTCCTAT ATGGAGATCG AGGCTGTGGC 
AAGTCAACTA TTGCAGCAAA ATGGTTTAAC TCATTTAGGA CAAATAACCC AGATATCACA 
GTAATCTCAT ATTTTGTTGG CAGTAGTGGA AGAAGCAGCA ACATCATGTC TTTCATGCGA 
TACTGCATCA CAGTGCTCCA GTGTGAATAC TTTGGTGTTC AAGCTGAAGA TTTGATGAAC 
AATGAGAATA TTACTGATAT GTGGGCTTTC CCATTGCTCC TGGAGGTTTT TTTGTCATGT 
ATTACATTAA AACCCTGTGT CCTGCTACTA GATGGCATTG ATGGGCTTTC TGGAATTAAT 
GGAATACCCG CAGAGCAAGC AAAGGGCTTT CTATGCCTGC CAGTCAACTT GCCAGATTAC 
TGCAAAATAA TCCTGACAAC CTCTCCAACA CACCTCTCCT TCAAATGTTT AAAGGTTCGT 
TCAGATGTTG TGCTGGCTGA ATATGAAAAT GTGTGGGATG AAAACATTCG GCTGTGTATC 
TTCCACAAAC ATTTAGCAAT GCCCAGGAGG CATATTTCAC AGGACTGGCT TAAAAGCATT 
GTAAACAGGG AAAGAAAAAT GACCCTCCTC CATCTTGCCT TGCTGGCAAA TGAACTGAGC 
ACAATATCAC AGGATGGACC GCAGTACCTA AAAGGATTTC TAAAAGCTCG GTCTGCTAAG 
GAGCTGTTGT CACTGATCAT AGAACGCTGG GTTAATGACT ACAGTTGGAC ATGCAAAAAG 
CAATGTAAAG GGAAAAACAA GTCCTTTCCT GTGGAAAAAT GTAATACAGG TATGAAAGGC 
TGGGTAGTAG ATGTCTTGTG TCTGCTTAGT ACTTCTCGTT GCGGCTTGAG CGAACATGAT 
ATCCTACATC TTCTGAAAGT TTTGGGATAC CAACATAAAT ATGAAGTAAC TACTTTACAT 
TGGGCTTCCT TTCGTTGTAT TACATCTAAG TGGATTAAGG AGAAACCTGA TGGACTTCTG 
CACATTTGTC ATCAAACATT TCGGGATGTT GTTGAACATT TACTGCTTGG TGTTTTTATC 
CCAATCAATG AAAGTCTCAT CATGAATCCT GAAAGAAAGC AATTTCATGA AGTTCTCATT 
GAGCATTTTC AGCATTTACA ATTTTCAAGA CAAGTTTATG AGGAAGTACC ATGGCATCTT 
AAGATGATTG GTGATGTACA TGGGTTATCT ACATTTATTT CAAACAAAAG AAATCTTGGT 
GCGATCTTTA GAAACACAAG GTTTGGACAT CAGATAAAAA TGGACCTAAT TTATCATTGG 
CAGTTTTTGT CTCTGTCTGG AAAGGATCCA GCTGTGGAAT GCCAAAGAAT GAAGGACAGC 
ATTGCAGAAG GTACAAAGAT AGAATTTTGT GAGCTGGTGG ATCAGTGTAG AGTATTAGCC 
TTTGCTGCTC ACTGTCTGAA ACATATTGGC AAGACCGCTG AAGCAGAAAA TGTATTCTTA 
TTAGTTGAAA CTCAACTACA CTTGATGGAA TCAGAAAAAG TAGTTACAGA AGTTACAGAA 
ATACTTTTGT GGGCACAGAA GCATTTGGGA GATCTGTATC GTGAAATTGG ATCTTGGAAA 
GAAGCATTTT GTTATTATCA GAAGGCTTAT TACAATTTTG ATTGTTTACC TACAGAAAAT 
GTGGAAGACG ATGGCATATT ACTTGAACTC AAGGGCAGGC TATTATGCAA TTTAGCCCTT 
TTAAATTCCA GCGAGTGCAG AGGTCAGCAC AACCAGTACC TTGAAAAAGC TTTAAGACAC 
TTTCAGTTAA TCCCACCTAA GCCCTATGAG CAAGCTGAAT TAGAACTCTG TCAAGGACTT 
CACAGATTTT ATTCTGGAGG CATTTGTGAG GCTGAAAAAC ATCTCTGTAA ATGTTTAGCA 
ATACGGAGCA AACTGTATGG CAAGAAAAGC CTCCTTACTG GAGAGGCCCG GGAGAACCTT 
GCAGATTTAC AAAGTCATCT TGGTGAAAAA ATGTATTCCC ACAGGCTACA AGCACTTGAA 
CATTACAAGG AGGTAATAGA AATAAAAAAA GCCAACAGAA CATTTCTGCA ATCAGTGCAA 
GCAAGGCAGA ATCTGGAGCT AAGCCTGAGC ACTACTTTTT TTAAGCTAGG TAAACTCTTG 
TGTTGTTCTG AATTTGGAAT AGATAAAGAA GGTATTGCAT TTTTAAAACA GTCAGCAGCT 
ATCAGAACAA TCATTAAAGG TCCTGATCAT CCTTTGAGCT GTGAGGTCCA AAGCTTTTTG 
AAAGAATTGA CAACTAGATG TCCGAGCAAC AAGGTGTATT TTGGGCATGA CAACAGTGAA 
AAAAGTCAAA TGAACTCTGA TAGAGCTTGG AATTCCTCCC TTCCAACATA CCCTCATTTT 
AGAAATAGCC AGAAAGCAAA TTCTCCAGGA TCATTCATTT ATGATGTGTT TGATAATGAA 
GAGATATTAA CAAGCAAGTG TAGCCTTAAA GAGACTGAAA AGCGTCTTCT GTTACAAAAA 
GAGAAACTAC AAAGTAAATC AATATTGCGC AATTTAGAAA AACACAGGTA CATTCAAAGT 
GCCTCAACAT CTTCAATATC AACATCCACT GGAATAAAGC ATTCAAGCTA CTCCTTGACC 
AGTAACCTTG CTCGACCTAC AAGTTCATGT GTGCAGTCGA TGACAGGCTC AATAAGTTCA 
CTTTCATATC TGCTTCCTTT GTTTAGATCA GTTTCAAAAT CCGGGCAGTA TTCTTTAATC 
CACCAATCTG CTTGGTACCA TATTCCTGGG AGATATCCAA CACTACATAC TCCTCTTCCA 
CCTAAAAGAA ATCAAATTCG CAAAGATGTC CAAGCAGGTT GGGAAAATGC AAGACAAAAC 
ATTTAA

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

LOC100496167 ( XM_012959861.3 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_012815315.2 Xenopus tropicalis putative tetratricopeptide repeat protein 41 (LOC100496167), transcript variant X3, mRNA.

Price & Availability↑

CloneID	OXa54621
Clone ID Related Accession (Same CDS sequence)	XM_002938083.5 , XM_012959861.3 , XM_012959860.3
Accession Version	XM_012959861.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3846bp) 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	2019-12-17
Organism	Xenopus tropicalis(tropical clawed frog)
Product	putative tetratricopeptide repeat protein 41 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030679.2) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Dec 18, 2019 this sequence version replaced XM_012959861.2. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Xenopus tropicalis Annotation Release 104 Annotation Version :: 104 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCAAAAGG ATCCCAGTTA TTACTTTATG CACAGACCAC CAATTTGCCC ATATGTGTGT 
TCAACAATAA AAGATTTCCA AGAAGAGAGA AATTATTTGA GCAAAAATAT ATTTGAGCAA 
CTCAATGACT TCTGCTATGC CCGAGGAACT TCCTTCAAAG CTGTTAATCT CAGGTGGCCA 
TTAGAGGGCC AGCCTTATCA TGTAAAACCT TTCAATGTCG CTGAGCAGTT GACATTGTCT 
CTTGATTACA TTGAACGTTC ATCACCTTTT TTCATATGTA TACTAGGTCA CACTTATGGG 
GAGTTTATTC CTGAAGCTCA TTCTCATTGC CCCATTAATT CTGTCAGTAT TTCAGATTTT 
TCTGCTTTAC CAAATGTGGA GCAGAAACTT GTGGTGGCAG CTAATAGTGG CTATTCTTGG 
TTACTGGAAG GAGGAAACAG AGAGTGCAGC ATCACAGAAC TGGAAATCCA CCATGCTGCA 
TTTTCAAGAG ATGTTGGATT TCAGTATTTC TACTTCAGAG ACCACGTGTT CATTGAAGAA 
CAATTGCACA AGGCAAATGA AGAAGAGAAA AAAACCATTC TTTCCACTTT TGAAAGTGAA 
AATGATTATG AGAGAACAAA GATTTGGGAA CTTAAAATCA GAATAGTAGA TAAAGGGTTT 
CCGGTGAGGT TCTTCAAAAC TAAAGAGGAA CTTGGAAATT TGGTACTGAA AGATTGGTGT 
AATATAATAG AGAGATTGTA TCCTCTCTCA GCCACTCCTA AAAATATTGG TCATGAACAC 
AGCCTTCAAC ATGCTTACAA CAAAGCTTTT GCAGAGTGCC TTTGCAAGGA TTTTGTGCCA 
ACAGAACAAT CAAATAAACT ACTTACAGTC CTGGATGACT TTGTGTTTGG TGCACAGGCA 
GAGAAACAAT CTACTCATTC CTTGGGATCT GAAAGCATAG ATTGTGATGT CTTGCATAAT 
ACAGCTGCAA GATCTGGAGC CGCTTCTATC CTGGTCCTAT ATGGAGATCG AGGCTGTGGC 
AAGTCAACTA TTGCAGCAAA ATGGTTTAAC TCATTTAGGA CAAATAACCC AGATATCACA 
GTAATCTCAT ATTTTGTTGG CAGTAGTGGA AGAAGCAGCA ACATCATGTC TTTCATGCGA 
TACTGCATCA CAGTGCTCCA GTGTGAATAC TTTGGTGTTC AAGCTGAAGA TTTGATGAAC 
AATGAGAATA TTACTGATAT GTGGGCTTTC CCATTGCTCC TGGAGGTTTT TTTGTCATGT 
ATTACATTAA AACCCTGTGT CCTGCTACTA GATGGCATTG ATGGGCTTTC TGGAATTAAT 
GGAATACCCG CAGAGCAAGC AAAGGGCTTT CTATGCCTGC CAGTCAACTT GCCAGATTAC 
TGCAAAATAA TCCTGACAAC CTCTCCAACA CACCTCTCCT TCAAATGTTT AAAGGTTCGT 
TCAGATGTTG TGCTGGCTGA ATATGAAAAT GTGTGGGATG AAAACATTCG GCTGTGTATC 
TTCCACAAAC ATTTAGCAAT GCCCAGGAGG CATATTTCAC AGGACTGGCT TAAAAGCATT 
GTAAACAGGG AAAGAAAAAT GACCCTCCTC CATCTTGCCT TGCTGGCAAA TGAACTGAGC 
ACAATATCAC AGGATGGACC GCAGTACCTA AAAGGATTTC TAAAAGCTCG GTCTGCTAAG 
GAGCTGTTGT CACTGATCAT AGAACGCTGG GTTAATGACT ACAGTTGGAC ATGCAAAAAG 
CAATGTAAAG GGAAAAACAA GTCCTTTCCT GTGGAAAAAT GTAATACAGG TATGAAAGGC 
TGGGTAGTAG ATGTCTTGTG TCTGCTTAGT ACTTCTCGTT GCGGCTTGAG CGAACATGAT 
ATCCTACATC TTCTGAAAGT TTTGGGATAC CAACATAAAT ATGAAGTAAC TACTTTACAT 
TGGGCTTCCT TTCGTTGTAT TACATCTAAG TGGATTAAGG AGAAACCTGA TGGACTTCTG 
CACATTTGTC ATCAAACATT TCGGGATGTT GTTGAACATT TACTGCTTGG TGTTTTTATC 
CCAATCAATG AAAGTCTCAT CATGAATCCT GAAAGAAAGC AATTTCATGA AGTTCTCATT 
GAGCATTTTC AGCATTTACA ATTTTCAAGA CAAGTTTATG AGGAAGTACC ATGGCATCTT 
AAGATGATTG GTGATGTACA TGGGTTATCT ACATTTATTT CAAACAAAAG AAATCTTGGT 
GCGATCTTTA GAAACACAAG GTTTGGACAT CAGATAAAAA TGGACCTAAT TTATCATTGG 
CAGTTTTTGT CTCTGTCTGG AAAGGATCCA GCTGTGGAAT GCCAAAGAAT GAAGGACAGC 
ATTGCAGAAG GTACAAAGAT AGAATTTTGT GAGCTGGTGG ATCAGTGTAG AGTATTAGCC 
TTTGCTGCTC ACTGTCTGAA ACATATTGGC AAGACCGCTG AAGCAGAAAA TGTATTCTTA 
TTAGTTGAAA CTCAACTACA CTTGATGGAA TCAGAAAAAG TAGTTACAGA AGTTACAGAA 
ATACTTTTGT GGGCACAGAA GCATTTGGGA GATCTGTATC GTGAAATTGG ATCTTGGAAA 
GAAGCATTTT GTTATTATCA GAAGGCTTAT TACAATTTTG ATTGTTTACC TACAGAAAAT 
GTGGAAGACG ATGGCATATT ACTTGAACTC AAGGGCAGGC TATTATGCAA TTTAGCCCTT 
TTAAATTCCA GCGAGTGCAG AGGTCAGCAC AACCAGTACC TTGAAAAAGC TTTAAGACAC 
TTTCAGTTAA TCCCACCTAA GCCCTATGAG CAAGCTGAAT TAGAACTCTG TCAAGGACTT 
CACAGATTTT ATTCTGGAGG CATTTGTGAG GCTGAAAAAC ATCTCTGTAA ATGTTTAGCA 
ATACGGAGCA AACTGTATGG CAAGAAAAGC CTCCTTACTG GAGAGGCCCG GGAGAACCTT 
GCAGATTTAC AAAGTCATCT TGGTGAAAAA ATGTATTCCC ACAGGCTACA AGCACTTGAA 
CATTACAAGG AGGTAATAGA AATAAAAAAA GCCAACAGAA CATTTCTGCA ATCAGTGCAA 
GCAAGGCAGA ATCTGGAGCT AAGCCTGAGC ACTACTTTTT TTAAGCTAGG TAAACTCTTG 
TGTTGTTCTG AATTTGGAAT AGATAAAGAA GGTATTGCAT TTTTAAAACA GTCAGCAGCT 
ATCAGAACAA TCATTAAAGG TCCTGATCAT CCTTTGAGCT GTGAGGTCCA AAGCTTTTTG 
AAAGAATTGA CAACTAGATG TCCGAGCAAC AAGGTGTATT TTGGGCATGA CAACAGTGAA 
AAAAGTCAAA TGAACTCTGA TAGAGCTTGG AATTCCTCCC TTCCAACATA CCCTCATTTT 
AGAAATAGCC AGAAAGCAAA TTCTCCAGGA TCATTCATTT ATGATGTGTT TGATAATGAA 
GAGATATTAA CAAGCAAGTG TAGCCTTAAA GAGACTGAAA AGCGTCTTCT GTTACAAAAA 
GAGAAACTAC AAAGTAAATC AATATTGCGC AATTTAGAAA AACACAGGTA CATTCAAAGT 
GCCTCAACAT CTTCAATATC AACATCCACT GGAATAAAGC ATTCAAGCTA CTCCTTGACC 
AGTAACCTTG CTCGACCTAC AAGTTCATGT GTGCAGTCGA TGACAGGCTC AATAAGTTCA 
CTTTCATATC TGCTTCCTTT GTTTAGATCA GTTTCAAAAT CCGGGCAGTA TTCTTTAATC 
CACCAATCTG CTTGGTACCA TATTCCTGGG AGATATCCAA CACTACATAC TCCTCTTCCA 
CCTAAAAGAA ATCAAATTCG CAAAGATGTC CAAGCAGGTT GGGAAAATGC AAGACAAAAC 
ATTTAA

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

RefSeq	XP_012815315.2
CDS	488..4333
Translation	MQKDPSYYFMHRPPICPYVCSTIKDFQEERNYLSKNIFEQLNDFCYARGTSFKAVNLRWPLEGQPYHVKPFNVAEQLTLSLDYIERSSPFFICILGHTYGEFIPEAHSHCPINSVSISDFSALPNVEQKLVVAANSGYSWLLEGGNRECSITELEIHHAAFSRDVGFQYFYFRDHVFIEEQLHKANEEEKKTILSTFESENDYERTKIWELKIRIVDKGFPVRFFKTKEELGNLVLKDWCNIIERLYPLSATPKNIGHEHSLQHAYNKAFAECLCKDFVPTEQSNKLLTVLDDFVFGAQAEKQSTHSLGSESIDCDVLHNTAARSGAASILVLYGDRGCGKSTIAAKWFNSFRTNNPDITVISYFVGSSGRSSNIMSFMRYCITVLQCEYFGVQAEDLMNNENITDMWAFPLLLEVFLSCITLKPCVLLLDGIDGLSGINGIPAEQAKGFLCLPVNLPDYCKIILTTSPTHLSFKCLKVRSDVVLAEYENVWDENIRLCIFHKHLAMPRRHISQDWLKSIVNRERKMTLLHLALLANELSTISQDGPQYLKGFLKARSAKELLSLIIERWVNDYSWTCKKQCKGKNKSFPVEKCNTGMKGWVVDVLCLLSTSRCGLSEHDILHLLKVLGYQHKYEVTTLHWASFRCITSKWIKEKPDGLLHICHQTFRDVVEHLLLGVFIPINESLIMNPERKQFHEVLIEHFQHLQFSRQVYEEVPWHLKMIGDVHGLSTFISNKRNLGAIFRNTRFGHQIKMDLIYHWQFLSLSGKDPAVECQRMKDSIAEGTKIEFCELVDQCRVLAFAAHCLKHIGKTAEAENVFLLVETQLHLMESEKVVTEVTEILLWAQKHLGDLYREIGSWKEAFCYYQKAYYNFDCLPTENVEDDGILLELKGRLLCNLALLNSSECRGQHNQYLEKALRHFQLIPPKPYEQAELELCQGLHRFYSGGICEAEKHLCKCLAIRSKLYGKKSLLTGEARENLADLQSHLGEKMYSHRLQALEHYKEVIEIKKANRTFLQSVQARQNLELSLSTTFFKLGKLLCCSEFGIDKEGIAFLKQSAAIRTIIKGPDHPLSCEVQSFLKELTTRCPSNKVYFGHDNSEKSQMNSDRAWNSSLPTYPHFRNSQKANSPGSFIYDVFDNEEILTSKCSLKETEKRLLLQKEKLQSKSILRNLEKHRYIQSASTSSISTSTGIKHSSYSLTSNLARPTSSCVQSMTGSISSLSYLLPLFRSVSKSGQYSLIHQSAWYHIPGRYPTLHTPLPPKRNQIRKDVQAGWENARQNI

Target ORF information:

RefSeq Version	XM_012959861.3
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis putative tetratricopeptide repeat protein 41 (LOC100496167), transcript variant X3, mRNA.

Target ORF information:

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

XM_012959861.3

ORF Insert Sequence:

ATGCAAAAGG ATCCCAGTTA TTACTTTATG CACAGACCAC CAATTTGCCC ATATGTGTGT 
TCAACAATAA AAGATTTCCA AGAAGAGAGA AATTATTTGA GCAAAAATAT ATTTGAGCAA 
CTCAATGACT TCTGCTATGC CCGAGGAACT TCCTTCAAAG CTGTTAATCT CAGGTGGCCA 
TTAGAGGGCC AGCCTTATCA TGTAAAACCT TTCAATGTCG CTGAGCAGTT GACATTGTCT 
CTTGATTACA TTGAACGTTC ATCACCTTTT TTCATATGTA TACTAGGTCA CACTTATGGG 
GAGTTTATTC CTGAAGCTCA TTCTCATTGC CCCATTAATT CTGTCAGTAT TTCAGATTTT 
TCTGCTTTAC CAAATGTGGA GCAGAAACTT GTGGTGGCAG CTAATAGTGG CTATTCTTGG 
TTACTGGAAG GAGGAAACAG AGAGTGCAGC ATCACAGAAC TGGAAATCCA CCATGCTGCA 
TTTTCAAGAG ATGTTGGATT TCAGTATTTC TACTTCAGAG ACCACGTGTT CATTGAAGAA 
CAATTGCACA AGGCAAATGA AGAAGAGAAA AAAACCATTC TTTCCACTTT TGAAAGTGAA 
AATGATTATG AGAGAACAAA GATTTGGGAA CTTAAAATCA GAATAGTAGA TAAAGGGTTT 
CCGGTGAGGT TCTTCAAAAC TAAAGAGGAA CTTGGAAATT TGGTACTGAA AGATTGGTGT 
AATATAATAG AGAGATTGTA TCCTCTCTCA GCCACTCCTA AAAATATTGG TCATGAACAC 
AGCCTTCAAC ATGCTTACAA CAAAGCTTTT GCAGAGTGCC TTTGCAAGGA TTTTGTGCCA 
ACAGAACAAT CAAATAAACT ACTTACAGTC CTGGATGACT TTGTGTTTGG TGCACAGGCA 
GAGAAACAAT CTACTCATTC CTTGGGATCT GAAAGCATAG ATTGTGATGT CTTGCATAAT 
ACAGCTGCAA GATCTGGAGC CGCTTCTATC CTGGTCCTAT ATGGAGATCG AGGCTGTGGC 
AAGTCAACTA TTGCAGCAAA ATGGTTTAAC TCATTTAGGA CAAATAACCC AGATATCACA 
GTAATCTCAT ATTTTGTTGG CAGTAGTGGA AGAAGCAGCA ACATCATGTC TTTCATGCGA 
TACTGCATCA CAGTGCTCCA GTGTGAATAC TTTGGTGTTC AAGCTGAAGA TTTGATGAAC 
AATGAGAATA TTACTGATAT GTGGGCTTTC CCATTGCTCC TGGAGGTTTT TTTGTCATGT 
ATTACATTAA AACCCTGTGT CCTGCTACTA GATGGCATTG ATGGGCTTTC TGGAATTAAT 
GGAATACCCG CAGAGCAAGC AAAGGGCTTT CTATGCCTGC CAGTCAACTT GCCAGATTAC 
TGCAAAATAA TCCTGACAAC CTCTCCAACA CACCTCTCCT TCAAATGTTT AAAGGTTCGT 
TCAGATGTTG TGCTGGCTGA ATATGAAAAT GTGTGGGATG AAAACATTCG GCTGTGTATC 
TTCCACAAAC ATTTAGCAAT GCCCAGGAGG CATATTTCAC AGGACTGGCT TAAAAGCATT 
GTAAACAGGG AAAGAAAAAT GACCCTCCTC CATCTTGCCT TGCTGGCAAA TGAACTGAGC 
ACAATATCAC AGGATGGACC GCAGTACCTA AAAGGATTTC TAAAAGCTCG GTCTGCTAAG 
GAGCTGTTGT CACTGATCAT AGAACGCTGG GTTAATGACT ACAGTTGGAC ATGCAAAAAG 
CAATGTAAAG GGAAAAACAA GTCCTTTCCT GTGGAAAAAT GTAATACAGG TATGAAAGGC 
TGGGTAGTAG ATGTCTTGTG TCTGCTTAGT ACTTCTCGTT GCGGCTTGAG CGAACATGAT 
ATCCTACATC TTCTGAAAGT TTTGGGATAC CAACATAAAT ATGAAGTAAC TACTTTACAT 
TGGGCTTCCT TTCGTTGTAT TACATCTAAG TGGATTAAGG AGAAACCTGA TGGACTTCTG 
CACATTTGTC ATCAAACATT TCGGGATGTT GTTGAACATT TACTGCTTGG TGTTTTTATC 
CCAATCAATG AAAGTCTCAT CATGAATCCT GAAAGAAAGC AATTTCATGA AGTTCTCATT 
GAGCATTTTC AGCATTTACA ATTTTCAAGA CAAGTTTATG AGGAAGTACC ATGGCATCTT 
AAGATGATTG GTGATGTACA TGGGTTATCT ACATTTATTT CAAACAAAAG AAATCTTGGT 
GCGATCTTTA GAAACACAAG GTTTGGACAT CAGATAAAAA TGGACCTAAT TTATCATTGG 
CAGTTTTTGT CTCTGTCTGG AAAGGATCCA GCTGTGGAAT GCCAAAGAAT GAAGGACAGC 
ATTGCAGAAG GTACAAAGAT AGAATTTTGT GAGCTGGTGG ATCAGTGTAG AGTATTAGCC 
TTTGCTGCTC ACTGTCTGAA ACATATTGGC AAGACCGCTG AAGCAGAAAA TGTATTCTTA 
TTAGTTGAAA CTCAACTACA CTTGATGGAA TCAGAAAAAG TAGTTACAGA AGTTACAGAA 
ATACTTTTGT GGGCACAGAA GCATTTGGGA GATCTGTATC GTGAAATTGG ATCTTGGAAA 
GAAGCATTTT GTTATTATCA GAAGGCTTAT TACAATTTTG ATTGTTTACC TACAGAAAAT 
GTGGAAGACG ATGGCATATT ACTTGAACTC AAGGGCAGGC TATTATGCAA TTTAGCCCTT 
TTAAATTCCA GCGAGTGCAG AGGTCAGCAC AACCAGTACC TTGAAAAAGC TTTAAGACAC 
TTTCAGTTAA TCCCACCTAA GCCCTATGAG CAAGCTGAAT TAGAACTCTG TCAAGGACTT 
CACAGATTTT ATTCTGGAGG CATTTGTGAG GCTGAAAAAC ATCTCTGTAA ATGTTTAGCA 
ATACGGAGCA AACTGTATGG CAAGAAAAGC CTCCTTACTG GAGAGGCCCG GGAGAACCTT 
GCAGATTTAC AAAGTCATCT TGGTGAAAAA ATGTATTCCC ACAGGCTACA AGCACTTGAA 
CATTACAAGG AGGTAATAGA AATAAAAAAA GCCAACAGAA CATTTCTGCA ATCAGTGCAA 
GCAAGGCAGA ATCTGGAGCT AAGCCTGAGC ACTACTTTTT TTAAGCTAGG TAAACTCTTG 
TGTTGTTCTG AATTTGGAAT AGATAAAGAA GGTATTGCAT TTTTAAAACA GTCAGCAGCT 
ATCAGAACAA TCATTAAAGG TCCTGATCAT CCTTTGAGCT GTGAGGTCCA AAGCTTTTTG 
AAAGAATTGA CAACTAGATG TCCGAGCAAC AAGGTGTATT TTGGGCATGA CAACAGTGAA 
AAAAGTCAAA TGAACTCTGA TAGAGCTTGG AATTCCTCCC TTCCAACATA CCCTCATTTT 
AGAAATAGCC AGAAAGCAAA TTCTCCAGGA TCATTCATTT ATGATGTGTT TGATAATGAA 
GAGATATTAA CAAGCAAGTG TAGCCTTAAA GAGACTGAAA AGCGTCTTCT GTTACAAAAA 
GAGAAACTAC AAAGTAAATC AATATTGCGC AATTTAGAAA AACACAGGTA CATTCAAAGT 
GCCTCAACAT CTTCAATATC AACATCCACT GGAATAAAGC ATTCAAGCTA CTCCTTGACC 
AGTAACCTTG CTCGACCTAC AAGTTCATGT GTGCAGTCGA TGACAGGCTC AATAAGTTCA 
CTTTCATATC TGCTTCCTTT GTTTAGATCA GTTTCAAAAT CCGGGCAGTA TTCTTTAATC 
CACCAATCTG CTTGGTACCA TATTCCTGGG AGATATCCAA CACTACATAC TCCTCTTCCA 
CCTAAAAGAA ATCAAATTCG CAAAGATGTC CAAGCAGGTT GGGAAAATGC AAGACAAAAC 
ATTTAA

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

LOC100496167 ( XM_012959860.3 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_012815314.2 Xenopus tropicalis putative tetratricopeptide repeat protein 41 (LOC100496167), transcript variant X1, mRNA.

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CloneID	OXa54621
Clone ID Related Accession (Same CDS sequence)	XM_002938083.5 , XM_012959861.3 , XM_012959860.3
Accession Version	XM_012959860.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3846bp) 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	2019-12-17
Organism	Xenopus tropicalis(tropical clawed frog)
Product	putative tetratricopeptide repeat protein 41 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030679.2) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Dec 18, 2019 this sequence version replaced XM_012959860.2. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Xenopus tropicalis Annotation Release 104 Annotation Version :: 104 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCAAAAGG ATCCCAGTTA TTACTTTATG CACAGACCAC CAATTTGCCC ATATGTGTGT 
TCAACAATAA AAGATTTCCA AGAAGAGAGA AATTATTTGA GCAAAAATAT ATTTGAGCAA 
CTCAATGACT TCTGCTATGC CCGAGGAACT TCCTTCAAAG CTGTTAATCT CAGGTGGCCA 
TTAGAGGGCC AGCCTTATCA TGTAAAACCT TTCAATGTCG CTGAGCAGTT GACATTGTCT 
CTTGATTACA TTGAACGTTC ATCACCTTTT TTCATATGTA TACTAGGTCA CACTTATGGG 
GAGTTTATTC CTGAAGCTCA TTCTCATTGC CCCATTAATT CTGTCAGTAT TTCAGATTTT 
TCTGCTTTAC CAAATGTGGA GCAGAAACTT GTGGTGGCAG CTAATAGTGG CTATTCTTGG 
TTACTGGAAG GAGGAAACAG AGAGTGCAGC ATCACAGAAC TGGAAATCCA CCATGCTGCA 
TTTTCAAGAG ATGTTGGATT TCAGTATTTC TACTTCAGAG ACCACGTGTT CATTGAAGAA 
CAATTGCACA AGGCAAATGA AGAAGAGAAA AAAACCATTC TTTCCACTTT TGAAAGTGAA 
AATGATTATG AGAGAACAAA GATTTGGGAA CTTAAAATCA GAATAGTAGA TAAAGGGTTT 
CCGGTGAGGT TCTTCAAAAC TAAAGAGGAA CTTGGAAATT TGGTACTGAA AGATTGGTGT 
AATATAATAG AGAGATTGTA TCCTCTCTCA GCCACTCCTA AAAATATTGG TCATGAACAC 
AGCCTTCAAC ATGCTTACAA CAAAGCTTTT GCAGAGTGCC TTTGCAAGGA TTTTGTGCCA 
ACAGAACAAT CAAATAAACT ACTTACAGTC CTGGATGACT TTGTGTTTGG TGCACAGGCA 
GAGAAACAAT CTACTCATTC CTTGGGATCT GAAAGCATAG ATTGTGATGT CTTGCATAAT 
ACAGCTGCAA GATCTGGAGC CGCTTCTATC CTGGTCCTAT ATGGAGATCG AGGCTGTGGC 
AAGTCAACTA TTGCAGCAAA ATGGTTTAAC TCATTTAGGA CAAATAACCC AGATATCACA 
GTAATCTCAT ATTTTGTTGG CAGTAGTGGA AGAAGCAGCA ACATCATGTC TTTCATGCGA 
TACTGCATCA CAGTGCTCCA GTGTGAATAC TTTGGTGTTC AAGCTGAAGA TTTGATGAAC 
AATGAGAATA TTACTGATAT GTGGGCTTTC CCATTGCTCC TGGAGGTTTT TTTGTCATGT 
ATTACATTAA AACCCTGTGT CCTGCTACTA GATGGCATTG ATGGGCTTTC TGGAATTAAT 
GGAATACCCG CAGAGCAAGC AAAGGGCTTT CTATGCCTGC CAGTCAACTT GCCAGATTAC 
TGCAAAATAA TCCTGACAAC CTCTCCAACA CACCTCTCCT TCAAATGTTT AAAGGTTCGT 
TCAGATGTTG TGCTGGCTGA ATATGAAAAT GTGTGGGATG AAAACATTCG GCTGTGTATC 
TTCCACAAAC ATTTAGCAAT GCCCAGGAGG CATATTTCAC AGGACTGGCT TAAAAGCATT 
GTAAACAGGG AAAGAAAAAT GACCCTCCTC CATCTTGCCT TGCTGGCAAA TGAACTGAGC 
ACAATATCAC AGGATGGACC GCAGTACCTA AAAGGATTTC TAAAAGCTCG GTCTGCTAAG 
GAGCTGTTGT CACTGATCAT AGAACGCTGG GTTAATGACT ACAGTTGGAC ATGCAAAAAG 
CAATGTAAAG GGAAAAACAA GTCCTTTCCT GTGGAAAAAT GTAATACAGG TATGAAAGGC 
TGGGTAGTAG ATGTCTTGTG TCTGCTTAGT ACTTCTCGTT GCGGCTTGAG CGAACATGAT 
ATCCTACATC TTCTGAAAGT TTTGGGATAC CAACATAAAT ATGAAGTAAC TACTTTACAT 
TGGGCTTCCT TTCGTTGTAT TACATCTAAG TGGATTAAGG AGAAACCTGA TGGACTTCTG 
CACATTTGTC ATCAAACATT TCGGGATGTT GTTGAACATT TACTGCTTGG TGTTTTTATC 
CCAATCAATG AAAGTCTCAT CATGAATCCT GAAAGAAAGC AATTTCATGA AGTTCTCATT 
GAGCATTTTC AGCATTTACA ATTTTCAAGA CAAGTTTATG AGGAAGTACC ATGGCATCTT 
AAGATGATTG GTGATGTACA TGGGTTATCT ACATTTATTT CAAACAAAAG AAATCTTGGT 
GCGATCTTTA GAAACACAAG GTTTGGACAT CAGATAAAAA TGGACCTAAT TTATCATTGG 
CAGTTTTTGT CTCTGTCTGG AAAGGATCCA GCTGTGGAAT GCCAAAGAAT GAAGGACAGC 
ATTGCAGAAG GTACAAAGAT AGAATTTTGT GAGCTGGTGG ATCAGTGTAG AGTATTAGCC 
TTTGCTGCTC ACTGTCTGAA ACATATTGGC AAGACCGCTG AAGCAGAAAA TGTATTCTTA 
TTAGTTGAAA CTCAACTACA CTTGATGGAA TCAGAAAAAG TAGTTACAGA AGTTACAGAA 
ATACTTTTGT GGGCACAGAA GCATTTGGGA GATCTGTATC GTGAAATTGG ATCTTGGAAA 
GAAGCATTTT GTTATTATCA GAAGGCTTAT TACAATTTTG ATTGTTTACC TACAGAAAAT 
GTGGAAGACG ATGGCATATT ACTTGAACTC AAGGGCAGGC TATTATGCAA TTTAGCCCTT 
TTAAATTCCA GCGAGTGCAG AGGTCAGCAC AACCAGTACC TTGAAAAAGC TTTAAGACAC 
TTTCAGTTAA TCCCACCTAA GCCCTATGAG CAAGCTGAAT TAGAACTCTG TCAAGGACTT 
CACAGATTTT ATTCTGGAGG CATTTGTGAG GCTGAAAAAC ATCTCTGTAA ATGTTTAGCA 
ATACGGAGCA AACTGTATGG CAAGAAAAGC CTCCTTACTG GAGAGGCCCG GGAGAACCTT 
GCAGATTTAC AAAGTCATCT TGGTGAAAAA ATGTATTCCC ACAGGCTACA AGCACTTGAA 
CATTACAAGG AGGTAATAGA AATAAAAAAA GCCAACAGAA CATTTCTGCA ATCAGTGCAA 
GCAAGGCAGA ATCTGGAGCT AAGCCTGAGC ACTACTTTTT TTAAGCTAGG TAAACTCTTG 
TGTTGTTCTG AATTTGGAAT AGATAAAGAA GGTATTGCAT TTTTAAAACA GTCAGCAGCT 
ATCAGAACAA TCATTAAAGG TCCTGATCAT CCTTTGAGCT GTGAGGTCCA AAGCTTTTTG 
AAAGAATTGA CAACTAGATG TCCGAGCAAC AAGGTGTATT TTGGGCATGA CAACAGTGAA 
AAAAGTCAAA TGAACTCTGA TAGAGCTTGG AATTCCTCCC TTCCAACATA CCCTCATTTT 
AGAAATAGCC AGAAAGCAAA TTCTCCAGGA TCATTCATTT ATGATGTGTT TGATAATGAA 
GAGATATTAA CAAGCAAGTG TAGCCTTAAA GAGACTGAAA AGCGTCTTCT GTTACAAAAA 
GAGAAACTAC AAAGTAAATC AATATTGCGC AATTTAGAAA AACACAGGTA CATTCAAAGT 
GCCTCAACAT CTTCAATATC AACATCCACT GGAATAAAGC ATTCAAGCTA CTCCTTGACC 
AGTAACCTTG CTCGACCTAC AAGTTCATGT GTGCAGTCGA TGACAGGCTC AATAAGTTCA 
CTTTCATATC TGCTTCCTTT GTTTAGATCA GTTTCAAAAT CCGGGCAGTA TTCTTTAATC 
CACCAATCTG CTTGGTACCA TATTCCTGGG AGATATCCAA CACTACATAC TCCTCTTCCA 
CCTAAAAGAA ATCAAATTCG CAAAGATGTC CAAGCAGGTT GGGAAAATGC AAGACAAAAC 
ATTTAA

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

RefSeq	XP_012815314.2
CDS	665..4510
Translation	MQKDPSYYFMHRPPICPYVCSTIKDFQEERNYLSKNIFEQLNDFCYARGTSFKAVNLRWPLEGQPYHVKPFNVAEQLTLSLDYIERSSPFFICILGHTYGEFIPEAHSHCPINSVSISDFSALPNVEQKLVVAANSGYSWLLEGGNRECSITELEIHHAAFSRDVGFQYFYFRDHVFIEEQLHKANEEEKKTILSTFESENDYERTKIWELKIRIVDKGFPVRFFKTKEELGNLVLKDWCNIIERLYPLSATPKNIGHEHSLQHAYNKAFAECLCKDFVPTEQSNKLLTVLDDFVFGAQAEKQSTHSLGSESIDCDVLHNTAARSGAASILVLYGDRGCGKSTIAAKWFNSFRTNNPDITVISYFVGSSGRSSNIMSFMRYCITVLQCEYFGVQAEDLMNNENITDMWAFPLLLEVFLSCITLKPCVLLLDGIDGLSGINGIPAEQAKGFLCLPVNLPDYCKIILTTSPTHLSFKCLKVRSDVVLAEYENVWDENIRLCIFHKHLAMPRRHISQDWLKSIVNRERKMTLLHLALLANELSTISQDGPQYLKGFLKARSAKELLSLIIERWVNDYSWTCKKQCKGKNKSFPVEKCNTGMKGWVVDVLCLLSTSRCGLSEHDILHLLKVLGYQHKYEVTTLHWASFRCITSKWIKEKPDGLLHICHQTFRDVVEHLLLGVFIPINESLIMNPERKQFHEVLIEHFQHLQFSRQVYEEVPWHLKMIGDVHGLSTFISNKRNLGAIFRNTRFGHQIKMDLIYHWQFLSLSGKDPAVECQRMKDSIAEGTKIEFCELVDQCRVLAFAAHCLKHIGKTAEAENVFLLVETQLHLMESEKVVTEVTEILLWAQKHLGDLYREIGSWKEAFCYYQKAYYNFDCLPTENVEDDGILLELKGRLLCNLALLNSSECRGQHNQYLEKALRHFQLIPPKPYEQAELELCQGLHRFYSGGICEAEKHLCKCLAIRSKLYGKKSLLTGEARENLADLQSHLGEKMYSHRLQALEHYKEVIEIKKANRTFLQSVQARQNLELSLSTTFFKLGKLLCCSEFGIDKEGIAFLKQSAAIRTIIKGPDHPLSCEVQSFLKELTTRCPSNKVYFGHDNSEKSQMNSDRAWNSSLPTYPHFRNSQKANSPGSFIYDVFDNEEILTSKCSLKETEKRLLLQKEKLQSKSILRNLEKHRYIQSASTSSISTSTGIKHSSYSLTSNLARPTSSCVQSMTGSISSLSYLLPLFRSVSKSGQYSLIHQSAWYHIPGRYPTLHTPLPPKRNQIRKDVQAGWENARQNI

Target ORF information:

RefSeq Version	XM_012959860.3
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis putative tetratricopeptide repeat protein 41 (LOC100496167), transcript variant X1, mRNA.

Target ORF information:

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

XM_012959860.3

ORF Insert Sequence:

ATGCAAAAGG ATCCCAGTTA TTACTTTATG CACAGACCAC CAATTTGCCC ATATGTGTGT 
TCAACAATAA AAGATTTCCA AGAAGAGAGA AATTATTTGA GCAAAAATAT ATTTGAGCAA 
CTCAATGACT TCTGCTATGC CCGAGGAACT TCCTTCAAAG CTGTTAATCT CAGGTGGCCA 
TTAGAGGGCC AGCCTTATCA TGTAAAACCT TTCAATGTCG CTGAGCAGTT GACATTGTCT 
CTTGATTACA TTGAACGTTC ATCACCTTTT TTCATATGTA TACTAGGTCA CACTTATGGG 
GAGTTTATTC CTGAAGCTCA TTCTCATTGC CCCATTAATT CTGTCAGTAT TTCAGATTTT 
TCTGCTTTAC CAAATGTGGA GCAGAAACTT GTGGTGGCAG CTAATAGTGG CTATTCTTGG 
TTACTGGAAG GAGGAAACAG AGAGTGCAGC ATCACAGAAC TGGAAATCCA CCATGCTGCA 
TTTTCAAGAG ATGTTGGATT TCAGTATTTC TACTTCAGAG ACCACGTGTT CATTGAAGAA 
CAATTGCACA AGGCAAATGA AGAAGAGAAA AAAACCATTC TTTCCACTTT TGAAAGTGAA 
AATGATTATG AGAGAACAAA GATTTGGGAA CTTAAAATCA GAATAGTAGA TAAAGGGTTT 
CCGGTGAGGT TCTTCAAAAC TAAAGAGGAA CTTGGAAATT TGGTACTGAA AGATTGGTGT 
AATATAATAG AGAGATTGTA TCCTCTCTCA GCCACTCCTA AAAATATTGG TCATGAACAC 
AGCCTTCAAC ATGCTTACAA CAAAGCTTTT GCAGAGTGCC TTTGCAAGGA TTTTGTGCCA 
ACAGAACAAT CAAATAAACT ACTTACAGTC CTGGATGACT TTGTGTTTGG TGCACAGGCA 
GAGAAACAAT CTACTCATTC CTTGGGATCT GAAAGCATAG ATTGTGATGT CTTGCATAAT 
ACAGCTGCAA GATCTGGAGC CGCTTCTATC CTGGTCCTAT ATGGAGATCG AGGCTGTGGC 
AAGTCAACTA TTGCAGCAAA ATGGTTTAAC TCATTTAGGA CAAATAACCC AGATATCACA 
GTAATCTCAT ATTTTGTTGG CAGTAGTGGA AGAAGCAGCA ACATCATGTC TTTCATGCGA 
TACTGCATCA CAGTGCTCCA GTGTGAATAC TTTGGTGTTC AAGCTGAAGA TTTGATGAAC 
AATGAGAATA TTACTGATAT GTGGGCTTTC CCATTGCTCC TGGAGGTTTT TTTGTCATGT 
ATTACATTAA AACCCTGTGT CCTGCTACTA GATGGCATTG ATGGGCTTTC TGGAATTAAT 
GGAATACCCG CAGAGCAAGC AAAGGGCTTT CTATGCCTGC CAGTCAACTT GCCAGATTAC 
TGCAAAATAA TCCTGACAAC CTCTCCAACA CACCTCTCCT TCAAATGTTT AAAGGTTCGT 
TCAGATGTTG TGCTGGCTGA ATATGAAAAT GTGTGGGATG AAAACATTCG GCTGTGTATC 
TTCCACAAAC ATTTAGCAAT GCCCAGGAGG CATATTTCAC AGGACTGGCT TAAAAGCATT 
GTAAACAGGG AAAGAAAAAT GACCCTCCTC CATCTTGCCT TGCTGGCAAA TGAACTGAGC 
ACAATATCAC AGGATGGACC GCAGTACCTA AAAGGATTTC TAAAAGCTCG GTCTGCTAAG 
GAGCTGTTGT CACTGATCAT AGAACGCTGG GTTAATGACT ACAGTTGGAC ATGCAAAAAG 
CAATGTAAAG GGAAAAACAA GTCCTTTCCT GTGGAAAAAT GTAATACAGG TATGAAAGGC 
TGGGTAGTAG ATGTCTTGTG TCTGCTTAGT ACTTCTCGTT GCGGCTTGAG CGAACATGAT 
ATCCTACATC TTCTGAAAGT TTTGGGATAC CAACATAAAT ATGAAGTAAC TACTTTACAT 
TGGGCTTCCT TTCGTTGTAT TACATCTAAG TGGATTAAGG AGAAACCTGA TGGACTTCTG 
CACATTTGTC ATCAAACATT TCGGGATGTT GTTGAACATT TACTGCTTGG TGTTTTTATC 
CCAATCAATG AAAGTCTCAT CATGAATCCT GAAAGAAAGC AATTTCATGA AGTTCTCATT 
GAGCATTTTC AGCATTTACA ATTTTCAAGA CAAGTTTATG AGGAAGTACC ATGGCATCTT 
AAGATGATTG GTGATGTACA TGGGTTATCT ACATTTATTT CAAACAAAAG AAATCTTGGT 
GCGATCTTTA GAAACACAAG GTTTGGACAT CAGATAAAAA TGGACCTAAT TTATCATTGG 
CAGTTTTTGT CTCTGTCTGG AAAGGATCCA GCTGTGGAAT GCCAAAGAAT GAAGGACAGC 
ATTGCAGAAG GTACAAAGAT AGAATTTTGT GAGCTGGTGG ATCAGTGTAG AGTATTAGCC 
TTTGCTGCTC ACTGTCTGAA ACATATTGGC AAGACCGCTG AAGCAGAAAA TGTATTCTTA 
TTAGTTGAAA CTCAACTACA CTTGATGGAA TCAGAAAAAG TAGTTACAGA AGTTACAGAA 
ATACTTTTGT GGGCACAGAA GCATTTGGGA GATCTGTATC GTGAAATTGG ATCTTGGAAA 
GAAGCATTTT GTTATTATCA GAAGGCTTAT TACAATTTTG ATTGTTTACC TACAGAAAAT 
GTGGAAGACG ATGGCATATT ACTTGAACTC AAGGGCAGGC TATTATGCAA TTTAGCCCTT 
TTAAATTCCA GCGAGTGCAG AGGTCAGCAC AACCAGTACC TTGAAAAAGC TTTAAGACAC 
TTTCAGTTAA TCCCACCTAA GCCCTATGAG CAAGCTGAAT TAGAACTCTG TCAAGGACTT 
CACAGATTTT ATTCTGGAGG CATTTGTGAG GCTGAAAAAC ATCTCTGTAA ATGTTTAGCA 
ATACGGAGCA AACTGTATGG CAAGAAAAGC CTCCTTACTG GAGAGGCCCG GGAGAACCTT 
GCAGATTTAC AAAGTCATCT TGGTGAAAAA ATGTATTCCC ACAGGCTACA AGCACTTGAA 
CATTACAAGG AGGTAATAGA AATAAAAAAA GCCAACAGAA CATTTCTGCA ATCAGTGCAA 
GCAAGGCAGA ATCTGGAGCT AAGCCTGAGC ACTACTTTTT TTAAGCTAGG TAAACTCTTG 
TGTTGTTCTG AATTTGGAAT AGATAAAGAA GGTATTGCAT TTTTAAAACA GTCAGCAGCT 
ATCAGAACAA TCATTAAAGG TCCTGATCAT CCTTTGAGCT GTGAGGTCCA AAGCTTTTTG 
AAAGAATTGA CAACTAGATG TCCGAGCAAC AAGGTGTATT TTGGGCATGA CAACAGTGAA 
AAAAGTCAAA TGAACTCTGA TAGAGCTTGG AATTCCTCCC TTCCAACATA CCCTCATTTT 
AGAAATAGCC AGAAAGCAAA TTCTCCAGGA TCATTCATTT ATGATGTGTT TGATAATGAA 
GAGATATTAA CAAGCAAGTG TAGCCTTAAA GAGACTGAAA AGCGTCTTCT GTTACAAAAA 
GAGAAACTAC AAAGTAAATC AATATTGCGC AATTTAGAAA AACACAGGTA CATTCAAAGT 
GCCTCAACAT CTTCAATATC AACATCCACT GGAATAAAGC ATTCAAGCTA CTCCTTGACC 
AGTAACCTTG CTCGACCTAC AAGTTCATGT GTGCAGTCGA TGACAGGCTC AATAAGTTCA 
CTTTCATATC TGCTTCCTTT GTTTAGATCA GTTTCAAAAT CCGGGCAGTA TTCTTTAATC 
CACCAATCTG CTTGGTACCA TATTCCTGGG AGATATCCAA CACTACATAC TCCTCTTCCA 
CCTAAAAGAA ATCAAATTCG CAAAGATGTC CAAGCAGGTT GGGAAAATGC AAGACAAAAC 
ATTTAA

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

LOC100496167 ( XM_031898867.1 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_031754727.1 Xenopus tropicalis putative tetratricopeptide repeat protein 41 (LOC100496167), transcript variant X4, mRNA.

Price & Availability↑

CloneID	OXa54622
Clone ID Related Accession (Same CDS sequence)	XM_031898867.1
Accession Version	XM_031898867.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3795bp) 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	2019-12-17
Organism	Xenopus tropicalis(tropical clawed frog)
Product	putative tetratricopeptide repeat protein 41 isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030679.2) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Xenopus tropicalis Annotation Release 104 Annotation Version :: 104 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCAAAAGG ATCCCAGTTA TTACTTTATG CACAGACCAC CAATTTGCCC ATATGTGTGT 
TCAACAATAA AAGATTTCCA AGAAGAGAGA AATTATTTGA GCAAAAATAT ATTTGAGCAA 
CTCAATGACT TCTGCTATGC CCGAGGAACT TCCTTCAAAG CTGTTAATCT CAGGTGGCCA 
TTAGAGGGCC AGCCTTATCA TGTAAAACCT TTCAATGTCG CTGAGCAGTT GACATTGTCT 
CTTGATTACA TTGAACGTTC ATCACCTTTT TTCATATGTA TACTAGGTCA CACTTATGGG 
GAGTTTATTC CTGAAGCTCA TTCTCATTGC CCCATTAATT CTGTCAGTAT TTCAGATTTT 
TCTGCTTTAC CAAATGTGGA GCAGAAACTT GTGGTGGCAG CTAATAGTGG CTATTCTTGG 
TTACTGGAAG GAGGAAACAG AGAGTGCAGC ATCACAGAAC TGGAAATCCA CCATGCTGCA 
TTTTCAAGAG ATGTTGGATT TCAGTATTTC TACTTCAGAG ACCACGTGTT CATTGAAGAA 
CAATTGCACA AGGCAAATGA AGAAGAGAAA AAAACCATTC TTTCCACTTT TGAAAGTGAA 
AATGATTATG AGAGAACAAA GATTTGGGAA CTTAAAATCA GAATAGTAGA TAAAGGGTTT 
CCGGTGAGGT TCTTCAAAAC TAAAGAGGAA CTTGGAAATT TGGTACTGAA AGATTGGTGT 
AATATAATAG AGAGATTGTA TCCTCTCTCA GCCACTCCTA AAAATATTGG TCATGAACAC 
AGCCTTCAAC ATGCTTACAA CAAAGCTTTT GCAGAGTGCC TTTGCAAGGA TTTTGTGCCA 
ACAGAACAAT CAAATAAACT ACTTACAGTC CTGGATGACT TTGTGTTTGG TGCACAGGCA 
GAGAAACAAT CTACTCATTC CTTGGGATCT GAAAGCATAG ATTGTGATGT CTTGCATAAT 
ACAGCTGCAA GATCTGGAGC CGCTTCTATC CTGGTCCTAT ATGGAGATCG AGGCTGTGGC 
AAGTCAACTA TTGCAGCAAA ATGGTTTAAC TCATTTAGGA CAAATAACCC AGATATCACA 
GTAATCTCAT ATTTTGTTGG CAGTAGTGGA AGAAGCAGCA ACATCATGTC TTTCATGCGA 
TACTGCATCA CAGTGCTCCA GTGTGAATAC TTTGGTGTTC AAGCTGAAGA TTTGATGAAC 
AATGAGAATA TTACTGATAT GTGGGCTTTC CCATTGCTCC TGGAGGTTTT TTTGTCATGT 
ATTACATTAA AACCCTGTGT CCTGCTACTA GATGGCATTG ATGGGCTTTC TGGAATTAAT 
GGAATACCCG CAGAGCAAGC AAAGGGCTTT CTATGCCTGC CAGTCAACTT GCCAGATTAC 
TGCAAAATAA TCCTGACAAC CTCTCCAACA CACCTCTCCT TCAAATGTTT AAAGGTTCGT 
TCAGATGTTG TGCTGGCTGA ATATGAAAAT GTGTGGGATG AAAACATTCG GCTGTGTATC 
TTCCACAAAC ATTTAGCAAT GCCCAGGAGG CATATTTCAC AGGACTGGCT TAAAAGCATT 
GTAAACAGGG AAAGAAAAAT GACCCTCCTC CATCTTGCCT TGCTGGCAAA TGAACTGAGC 
ACAATATCAC AGGATGGACC GCAGTACCTA AAAGGATTTC TAAAAGCTCG GTCTGCTAAG 
GAGCTGTTGT CACTGATCAT AGAACGCTGG GTTAATGACT ACAGTTGGAC ATGCAAAAAG 
CAATGTAAAG GGAAAAACAA GTCCTTTCCT GTGGAAAAAT GTAATACAGG TATGAAAGGC 
TGGGTAGTAG ATGTCTTGTG TCTGCTTAGT ACTTCTCGTT GCGGCTTGAG CGAACATGAT 
ATCCTACATC TTCTGAAAGT TTTGGGATAC CAACATAAAT ATGAAGTAAC TACTTTACAT 
TGGGCTTCCT TTCGTTGTAT TACATCTAAG TGGATTAAGG AGAAACCTGA TGGACTTCTG 
CACATTTGTC ATCAAACATT TCGGGATGTT GTTGAACATT TACTGCTTGG TGTTTTTATC 
CCAATCAATG AAAGTCTCAT CATGAATCCT GAAAGAAAGC AATTTCATGA AGTTCTCATT 
GAGCATTTTC AGCATTTACA ATTTTCAAGA CAAGTTTATG AGGAAGTACC ATGGCATCTT 
AAGATGATTG GTGATGTACA TGGGTTATCT ACATTTATTT CAAACAAAAG AAATCTTGGT 
GCGATCTTTA GAAACACAAG GTTTGGACAT CAGATAAAAA TGGACCTAAT TTATCATTGG 
CAGTTTTTGT CTCTGTCTGG AAAGGATCCA GCTGTGGAAT GCCAAAGAAT GAAGGACAGC 
ATTGCAGAAG GTACAAAGAT AGAATTTTGT GAGCTGGTGG ATCAGTGTAG AGTATTAGCC 
TTTGCTGCTC ACTGTCTGAA ACATATTGGC AAGACCGCTG AAGCAGAAAA TGTATTCTTA 
TTAGTTGAAA CTCAACTACA CTTGATGGAA TCAGAAAAAG TAGTTACAGA AGTTACAGAA 
ATACTTTTGT GGGCACAGAA GCATTTGGGA GATCTGTATC GTGAAATTGG ATCTTGGAAA 
GAAGCATTTT GTTATTATCA GAAGGCTTAT TACAATTTTG ATTGTTTACC TACAGAAAAT 
GTGGAAGACG ATGGCATATT ACTTGAACTC AAGGGCAGGC TATTATGCAA TTTAGCCCTT 
TTAAATTCCA GCGAGTGCAG AGGTCAGCAC AACCAGTACC TTGAAAAAGC TTTAAGACAC 
TTTCAGTTAA TCCCACCTAA GCCCTATGAG CAAGCTGAAT TAGAACTCTG TCAAGGACTT 
CACAGATTTT ATTCTGGAGG CATTTGTGAG GCTGAAAAAC ATCTCTGTAA ATGTTTAGCA 
ATACGGAGCA AACTGTATGG CAAGAAAAGC CTCCTTACTG GAGAGGCCCG GGAGAACCTT 
GCAGATTTAC AAAGTCATCT TGGTGAAAAA ATGTATTCCC ACAGGCTACA AGCACTTGAA 
CATTACAAGG AGGTAATAGA AATAAAAAAA GCCAACAGAA CATTTCTGCA ATCAGTGCAA 
GCAAGGCAGA ATCTGGAGCT AAGCCTGAGC ACTACTTTTT TTAAGCTAGG TAAACTCTTG 
TGTTGTTCTG AATTTGGAAT AGATAAAGAA GGTATTGCAT TTTTAAAACA GTCAGCAGCT 
ATCAGAACAA TCATTAAAGG TCCTGATCAT CCTTTGAGCT GTGAGGTCCA AAGCTTTTTG 
AAAGAATTGA CAACTAGATG TCCGAGCAAC AAGGTGTATT TTGGGCATGA CAACAGTGAA 
AAAAGTCAAA TGAACTCTGA TAGAGCTTGG AATTCCTCCC TTCCAACATA CCCTCATTTT 
AGAAATAGCC AGATATTAAC AAGCAAGTGT AGCCTTAAAG AGACTGAAAA GCGTCTTCTG 
TTACAAAAAG AGAAACTACA AAGTAAATCA ATATTGCGCA ATTTAGAAAA ACACAGGTAC 
ATTCAAAGTG CCTCAACATC TTCAATATCA ACATCCACTG GAATAAAGCA TTCAAGCTAC 
TCCTTGACCA GTAACCTTGC TCGACCTACA AGTTCATGTG TGCAGTCGAT GACAGGCTCA 
ATAAGTTCAC TTTCATATCT GCTTCCTTTG TTTAGATCAG TTTCAAAATC CGGGCAGTAT 
TCTTTAATCC ACCAATCTGC TTGGTACCAT ATTCCTGGGA GATATCCAAC ACTACATACT 
CCTCTTCCAC CTAAAAGAAA TCAAATTCGC AAAGATGTCC AAGCAGGTTG GGAAAATGCA 
AGACAAAACA TTTAA

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

RefSeq	XP_031754727.1
CDS	666..4460
Translation	MQKDPSYYFMHRPPICPYVCSTIKDFQEERNYLSKNIFEQLNDFCYARGTSFKAVNLRWPLEGQPYHVKPFNVAEQLTLSLDYIERSSPFFICILGHTYGEFIPEAHSHCPINSVSISDFSALPNVEQKLVVAANSGYSWLLEGGNRECSITELEIHHAAFSRDVGFQYFYFRDHVFIEEQLHKANEEEKKTILSTFESENDYERTKIWELKIRIVDKGFPVRFFKTKEELGNLVLKDWCNIIERLYPLSATPKNIGHEHSLQHAYNKAFAECLCKDFVPTEQSNKLLTVLDDFVFGAQAEKQSTHSLGSESIDCDVLHNTAARSGAASILVLYGDRGCGKSTIAAKWFNSFRTNNPDITVISYFVGSSGRSSNIMSFMRYCITVLQCEYFGVQAEDLMNNENITDMWAFPLLLEVFLSCITLKPCVLLLDGIDGLSGINGIPAEQAKGFLCLPVNLPDYCKIILTTSPTHLSFKCLKVRSDVVLAEYENVWDENIRLCIFHKHLAMPRRHISQDWLKSIVNRERKMTLLHLALLANELSTISQDGPQYLKGFLKARSAKELLSLIIERWVNDYSWTCKKQCKGKNKSFPVEKCNTGMKGWVVDVLCLLSTSRCGLSEHDILHLLKVLGYQHKYEVTTLHWASFRCITSKWIKEKPDGLLHICHQTFRDVVEHLLLGVFIPINESLIMNPERKQFHEVLIEHFQHLQFSRQVYEEVPWHLKMIGDVHGLSTFISNKRNLGAIFRNTRFGHQIKMDLIYHWQFLSLSGKDPAVECQRMKDSIAEGTKIEFCELVDQCRVLAFAAHCLKHIGKTAEAENVFLLVETQLHLMESEKVVTEVTEILLWAQKHLGDLYREIGSWKEAFCYYQKAYYNFDCLPTENVEDDGILLELKGRLLCNLALLNSSECRGQHNQYLEKALRHFQLIPPKPYEQAELELCQGLHRFYSGGICEAEKHLCKCLAIRSKLYGKKSLLTGEARENLADLQSHLGEKMYSHRLQALEHYKEVIEIKKANRTFLQSVQARQNLELSLSTTFFKLGKLLCCSEFGIDKEGIAFLKQSAAIRTIIKGPDHPLSCEVQSFLKELTTRCPSNKVYFGHDNSEKSQMNSDRAWNSSLPTYPHFRNSQILTSKCSLKETEKRLLLQKEKLQSKSILRNLEKHRYIQSASTSSISTSTGIKHSSYSLTSNLARPTSSCVQSMTGSISSLSYLLPLFRSVSKSGQYSLIHQSAWYHIPGRYPTLHTPLPPKRNQIRKDVQAGWENARQNI

Target ORF information:

RefSeq Version	XM_031898867.1
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis putative tetratricopeptide repeat protein 41 (LOC100496167), transcript variant X4, mRNA.

Target ORF information:

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

XM_031898867.1

ORF Insert Sequence:

ATGCAAAAGG ATCCCAGTTA TTACTTTATG CACAGACCAC CAATTTGCCC ATATGTGTGT 
TCAACAATAA AAGATTTCCA AGAAGAGAGA AATTATTTGA GCAAAAATAT ATTTGAGCAA 
CTCAATGACT TCTGCTATGC CCGAGGAACT TCCTTCAAAG CTGTTAATCT CAGGTGGCCA 
TTAGAGGGCC AGCCTTATCA TGTAAAACCT TTCAATGTCG CTGAGCAGTT GACATTGTCT 
CTTGATTACA TTGAACGTTC ATCACCTTTT TTCATATGTA TACTAGGTCA CACTTATGGG 
GAGTTTATTC CTGAAGCTCA TTCTCATTGC CCCATTAATT CTGTCAGTAT TTCAGATTTT 
TCTGCTTTAC CAAATGTGGA GCAGAAACTT GTGGTGGCAG CTAATAGTGG CTATTCTTGG 
TTACTGGAAG GAGGAAACAG AGAGTGCAGC ATCACAGAAC TGGAAATCCA CCATGCTGCA 
TTTTCAAGAG ATGTTGGATT TCAGTATTTC TACTTCAGAG ACCACGTGTT CATTGAAGAA 
CAATTGCACA AGGCAAATGA AGAAGAGAAA AAAACCATTC TTTCCACTTT TGAAAGTGAA 
AATGATTATG AGAGAACAAA GATTTGGGAA CTTAAAATCA GAATAGTAGA TAAAGGGTTT 
CCGGTGAGGT TCTTCAAAAC TAAAGAGGAA CTTGGAAATT TGGTACTGAA AGATTGGTGT 
AATATAATAG AGAGATTGTA TCCTCTCTCA GCCACTCCTA AAAATATTGG TCATGAACAC 
AGCCTTCAAC ATGCTTACAA CAAAGCTTTT GCAGAGTGCC TTTGCAAGGA TTTTGTGCCA 
ACAGAACAAT CAAATAAACT ACTTACAGTC CTGGATGACT TTGTGTTTGG TGCACAGGCA 
GAGAAACAAT CTACTCATTC CTTGGGATCT GAAAGCATAG ATTGTGATGT CTTGCATAAT 
ACAGCTGCAA GATCTGGAGC CGCTTCTATC CTGGTCCTAT ATGGAGATCG AGGCTGTGGC 
AAGTCAACTA TTGCAGCAAA ATGGTTTAAC TCATTTAGGA CAAATAACCC AGATATCACA 
GTAATCTCAT ATTTTGTTGG CAGTAGTGGA AGAAGCAGCA ACATCATGTC TTTCATGCGA 
TACTGCATCA CAGTGCTCCA GTGTGAATAC TTTGGTGTTC AAGCTGAAGA TTTGATGAAC 
AATGAGAATA TTACTGATAT GTGGGCTTTC CCATTGCTCC TGGAGGTTTT TTTGTCATGT 
ATTACATTAA AACCCTGTGT CCTGCTACTA GATGGCATTG ATGGGCTTTC TGGAATTAAT 
GGAATACCCG CAGAGCAAGC AAAGGGCTTT CTATGCCTGC CAGTCAACTT GCCAGATTAC 
TGCAAAATAA TCCTGACAAC CTCTCCAACA CACCTCTCCT TCAAATGTTT AAAGGTTCGT 
TCAGATGTTG TGCTGGCTGA ATATGAAAAT GTGTGGGATG AAAACATTCG GCTGTGTATC 
TTCCACAAAC ATTTAGCAAT GCCCAGGAGG CATATTTCAC AGGACTGGCT TAAAAGCATT 
GTAAACAGGG AAAGAAAAAT GACCCTCCTC CATCTTGCCT TGCTGGCAAA TGAACTGAGC 
ACAATATCAC AGGATGGACC GCAGTACCTA AAAGGATTTC TAAAAGCTCG GTCTGCTAAG 
GAGCTGTTGT CACTGATCAT AGAACGCTGG GTTAATGACT ACAGTTGGAC ATGCAAAAAG 
CAATGTAAAG GGAAAAACAA GTCCTTTCCT GTGGAAAAAT GTAATACAGG TATGAAAGGC 
TGGGTAGTAG ATGTCTTGTG TCTGCTTAGT ACTTCTCGTT GCGGCTTGAG CGAACATGAT 
ATCCTACATC TTCTGAAAGT TTTGGGATAC CAACATAAAT ATGAAGTAAC TACTTTACAT 
TGGGCTTCCT TTCGTTGTAT TACATCTAAG TGGATTAAGG AGAAACCTGA TGGACTTCTG 
CACATTTGTC ATCAAACATT TCGGGATGTT GTTGAACATT TACTGCTTGG TGTTTTTATC 
CCAATCAATG AAAGTCTCAT CATGAATCCT GAAAGAAAGC AATTTCATGA AGTTCTCATT 
GAGCATTTTC AGCATTTACA ATTTTCAAGA CAAGTTTATG AGGAAGTACC ATGGCATCTT 
AAGATGATTG GTGATGTACA TGGGTTATCT ACATTTATTT CAAACAAAAG AAATCTTGGT 
GCGATCTTTA GAAACACAAG GTTTGGACAT CAGATAAAAA TGGACCTAAT TTATCATTGG 
CAGTTTTTGT CTCTGTCTGG AAAGGATCCA GCTGTGGAAT GCCAAAGAAT GAAGGACAGC 
ATTGCAGAAG GTACAAAGAT AGAATTTTGT GAGCTGGTGG ATCAGTGTAG AGTATTAGCC 
TTTGCTGCTC ACTGTCTGAA ACATATTGGC AAGACCGCTG AAGCAGAAAA TGTATTCTTA 
TTAGTTGAAA CTCAACTACA CTTGATGGAA TCAGAAAAAG TAGTTACAGA AGTTACAGAA 
ATACTTTTGT GGGCACAGAA GCATTTGGGA GATCTGTATC GTGAAATTGG ATCTTGGAAA 
GAAGCATTTT GTTATTATCA GAAGGCTTAT TACAATTTTG ATTGTTTACC TACAGAAAAT 
GTGGAAGACG ATGGCATATT ACTTGAACTC AAGGGCAGGC TATTATGCAA TTTAGCCCTT 
TTAAATTCCA GCGAGTGCAG AGGTCAGCAC AACCAGTACC TTGAAAAAGC TTTAAGACAC 
TTTCAGTTAA TCCCACCTAA GCCCTATGAG CAAGCTGAAT TAGAACTCTG TCAAGGACTT 
CACAGATTTT ATTCTGGAGG CATTTGTGAG GCTGAAAAAC ATCTCTGTAA ATGTTTAGCA 
ATACGGAGCA AACTGTATGG CAAGAAAAGC CTCCTTACTG GAGAGGCCCG GGAGAACCTT 
GCAGATTTAC AAAGTCATCT TGGTGAAAAA ATGTATTCCC ACAGGCTACA AGCACTTGAA 
CATTACAAGG AGGTAATAGA AATAAAAAAA GCCAACAGAA CATTTCTGCA ATCAGTGCAA 
GCAAGGCAGA ATCTGGAGCT AAGCCTGAGC ACTACTTTTT TTAAGCTAGG TAAACTCTTG 
TGTTGTTCTG AATTTGGAAT AGATAAAGAA GGTATTGCAT TTTTAAAACA GTCAGCAGCT 
ATCAGAACAA TCATTAAAGG TCCTGATCAT CCTTTGAGCT GTGAGGTCCA AAGCTTTTTG 
AAAGAATTGA CAACTAGATG TCCGAGCAAC AAGGTGTATT TTGGGCATGA CAACAGTGAA 
AAAAGTCAAA TGAACTCTGA TAGAGCTTGG AATTCCTCCC TTCCAACATA CCCTCATTTT 
AGAAATAGCC AGATATTAAC AAGCAAGTGT AGCCTTAAAG AGACTGAAAA GCGTCTTCTG 
TTACAAAAAG AGAAACTACA AAGTAAATCA ATATTGCGCA ATTTAGAAAA ACACAGGTAC 
ATTCAAAGTG CCTCAACATC TTCAATATCA ACATCCACTG GAATAAAGCA TTCAAGCTAC 
TCCTTGACCA GTAACCTTGC TCGACCTACA AGTTCATGTG TGCAGTCGAT GACAGGCTCA 
ATAAGTTCAC TTTCATATCT GCTTCCTTTG TTTAGATCAG TTTCAAAATC CGGGCAGTAT 
TCTTTAATCC ACCAATCTGC TTGGTACCAT ATTCCTGGGA GATATCCAAC ACTACATACT 
CCTCTTCCAC CTAAAAGAAA TCAAATTCGC AAAGATGTCC AAGCAGGTTG GGAAAATGCA 
AGACAAAACA TTTAA

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

LOC100496167 ( XM_012959863.3 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_012815317.2 Xenopus tropicalis putative tetratricopeptide repeat protein 41 (LOC100496167), transcript variant X5, mRNA.

Price & Availability↑

CloneID	OXa54623
Clone ID Related Accession (Same CDS sequence)	XM_012959863.3
Accession Version	XM_012959863.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3393bp) 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	2019-12-17
Organism	Xenopus tropicalis(tropical clawed frog)
Product	putative tetratricopeptide repeat protein 41 isoform X3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030679.2) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Dec 18, 2019 this sequence version replaced XM_012959863.2. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Xenopus tropicalis Annotation Release 104 Annotation Version :: 104 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCAAAAGG ATCCCAGTTA TTACTTTATG CACAGACCAC CAATTTGCCC ATATGTGTGT 
TCAACAATAA AAGATTTCCA AGAAGAGAGA AATTATTTGA GCAAAAATAT ATTTGAGCAA 
CTCAATGACT TCTGCTATGC CCGAGGAACT TCCTTCAAAG CTGTTAATCT CAGGTGGCCA 
TTAGAGGGCC AGCCTTATCA TGTAAAACCT TTCAATGTCG CTGAGCAGTT GACATTGTCT 
CTTGATTACA TTGAACGTTC ATCACCTTTT TTCATATGTA TACTAGGTCA CACTTATGGG 
GAGTTTATTC CTGAAGCTCA TTCTCATTGC CCCATTAATT CTGTCAGTAT TTCAGATTTT 
TCTGCTTTAC CAAATGTGGA GCAGAAACTT GTGGTGGCAG CTAATAGTGG CTATTCTTGG 
TTACTGGAAG GAGGAAACAG AGAGTGCAGC ATCACAGAAC TGGAAATCCA CCATGCTGCA 
TTTTCAAGAG ATGTTGGATT TCAGTATTTC TACTTCAGAG ACCACGTGTT CATTGAAGAA 
CAATTGCACA AGGCAAATGA AGAAGAGAAA AAAACCATTC TTTCCACTTT TGAAAGTGAA 
AATGATTATG AGAGAACAAA GATTTGGGAA CTTAAAATCA GAATAGTAGA TAAAGGGTTT 
CCGGTGAGGT TCTTCAAAAC TAAAGAGGAA CTTGGAAATT TGGTACTGAA AGATTGGTGT 
AATATAATAG AGAGATTGTA TCCTCTCTCA GCCACTCCTA AAAATATTGG TCATGAACAC 
AGCCTTCAAC ATGCTTACAA CAAAGCTTTT GCAGAGTGCC TTTGCAAGGA TTTTGTGCCA 
ACAGAACAAT CAAATAAACT ACTTACAGTC CTGGATGACT TTGTGTTTGG TGCACAGGCA 
GAGAAACAAT CTACTCATTC CTTGGGATCT GAAAGCATAG ATTGTGATGT CTTGCATAAT 
ACAGCTGCAA GATCTGGAGC CGCTTCTATC CTGGTCCTAT ATGGAGATCG AGGCTGTGGC 
AAGTCAACTA TTGCAGCAAA ATGGTTTAAC TCATTTAGGA CAAATAACCC AGATATCACA 
GTAATCTCAT ATTTTGTTGG CAGTAGTGGA AGAAGCAGCA ACATCATGTC TTTCATGCGA 
TACTGCATCA CAGTGCTCCA GTGTGAATAC TTTGGTGTTC AAGCTGAAGA TTTGATGAAC 
AATGAGAATA TTACTGATAT GTGGGCTTTC CCATTGCTCC TGGAGGTTTT TTTGTCATGT 
ATTACATTAA AACCCTGTGT CCTGCTACTA GATGGCATTG ATGGGCTTTC TGGAATTAAT 
GGAATACCCG CAGAGCAAGC AAAGGGCTTT CTATGCCTGC CAGTCAACTT GCCAGATTAC 
TGCAAAATAA TCCTGACAAC CTCTCCAACA CACCTCTCCT TCAAATGTTT AAAGGTTCGT 
TCAGATGTTG TGCTGGCTGA ATATGAAAAT GTGTGGGATG AAAACATTCG GCTGTGTATC 
TTCCACAAAC ATTTAGCAAT GCCCAGGAGG CATATTTCAC AGGACTGGCT TAAAAGCATT 
GTAAACAGGG AAAGAAAAAT GACCCTCCTC CATCTTGCCT TGCTGGCAAA TGAACTGAGC 
ACAATATCAC AGGATGGACC GCAGTACCTA AAAGGATTTC TAAAAGCTCG GTCTGCTAAG 
GAGCTGTTGT CACTGATCAT AGAACGCTGG GTTAATGACT ACAGTTGGAC ATGCAAAAAG 
CAATGTAAAG GGAAAAACAA GTCCTTTCCT GTGGAAAAAT GTAATACAGG TATGAAAGGC 
TGGGTAGTAG ATGTCTTGTG TCTGCTTAGT ACTTCTCGTT GCGGCTTGAG CGAACATGAT 
ATCCTACATC TTCTGAAAGT TTTGGGATAC CAACATAAAT ATGAAGTAAC TACTTTACAT 
TGGGCTTCCT TTCGTTGTAT TACATCTAAG TGGATTAAGG AGAAACCTGA TGGACTTCTG 
CACATTTGTC ATCAAACATT TCGGGATGTT GTTGAACATT TACTGCTTGG TGTTTTTATC 
CCAATCAATG AAAGTCTCAT CATGAATCCT GAAAGAAAGC AATTTCATGA AGTTCTCATT 
GAGCATTTTC AGCATTTACA ATTTTCAAGA CAAGTTTATG AGGAAGTACC ATGGCATCTT 
AAGATGATTG GTGATGTACA TGGGTTATCT ACATTTATTT CAAACAAAAG AAATCTTGGT 
GCGATCTTTA GAAACACAAG GTTTGGACAT CAGATAAAAA TGGACCTAAT TTATCATTGG 
CAGTTTTTGT CTCTGTCTGG AAAGGATCCA GCTGTGGAAT GCCAAAGAAT GAAGGACAGC 
ATTGCAGAAG GTACAAAGAT AGAATTTTGT GAGCTGGTGG ATCAGTGTAG AGTATTAGCC 
TTTGCTGCTC ACTGTCTGAA ACATATTGGC AAGACCGCTG AAGCAGAAAA TGTATTCTTA 
TTAGTTGAAA CTCAACTACA CTTGATGGAA TCAGAAAAAG TAGTTACAGA AGTTACAGAA 
ATACTTTTGT GGGCACAGAA GCATTTGGGA GATCTGTATC GTGAAATTGG ATCTTGGAAA 
GAAGCATTTT GTTATTATCA GAAGGCTTAT TACAATTTTG ATTGTTTACC TACAGAAAAT 
GTGGAAGACG ATGGCATATT ACTTGAACTC AAGGGCAGGC TATTATGCAA TTTAGCCCTT 
TTAAATTCCA GCGAGTGCAG AGGTCAGCAC AACCAGTACC TTGAAAAAGC TTTAAGACAC 
TTTCAGTTAA TCCCACCTAA GCCCTATGAG CAAGCTGAAT TAGAACTCTG TCAAGGACTT 
CACAGATTTT ATTCTGGAGG CATTTGTGAG GCTGAAAAAC ATCTCTGTAA ATGTTTAGCA 
ATACGGAGCA AACTGTATGG CAAGAAAAGC CTCCTTACTG GAGAGGCCCG GGAGAACCTT 
GCAGATTTAC AAAGTCATCT TGGTGAAAAA ATGTATTCCC ACAGGCTACA AGCACTTGAA 
CATTACAAGG AGGTAATAGA AATAAAAAAA GCCAACAGAA CATTTCTGCA ATCAGTGCAA 
GCAAGGCAGA ATCTGGAGCT AAGCCTGAGC ACTACTTTTT TTAAGCTAGG TAAACTCTTG 
TGTTGTTCTG AATTTGGAAT AGATAAAGAA GGTATTGCAT TTTTAAAACA GTCAGCAGCT 
ATCAGAACAA TCATTAAAGG TCCTGATCAT CCTTTGAGCT GTGAGGTCCA AAGATCAGTT 
TCAAAATCCG GGCAGTATTC TTTAATCCAC CAATCTGCTT GGTACCATAT TCCTGGGAGA 
TATCCAACAC TACATACTCC TCTTCCACCT AAAAGAAATC AAATTCGCAA AGATGTCCAA 
GCAGGTTGGG AAAATGCAAG ACAAAACATT TAA

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

RefSeq	XP_012815317.2
CDS	667..4059
Translation	MQKDPSYYFMHRPPICPYVCSTIKDFQEERNYLSKNIFEQLNDFCYARGTSFKAVNLRWPLEGQPYHVKPFNVAEQLTLSLDYIERSSPFFICILGHTYGEFIPEAHSHCPINSVSISDFSALPNVEQKLVVAANSGYSWLLEGGNRECSITELEIHHAAFSRDVGFQYFYFRDHVFIEEQLHKANEEEKKTILSTFESENDYERTKIWELKIRIVDKGFPVRFFKTKEELGNLVLKDWCNIIERLYPLSATPKNIGHEHSLQHAYNKAFAECLCKDFVPTEQSNKLLTVLDDFVFGAQAEKQSTHSLGSESIDCDVLHNTAARSGAASILVLYGDRGCGKSTIAAKWFNSFRTNNPDITVISYFVGSSGRSSNIMSFMRYCITVLQCEYFGVQAEDLMNNENITDMWAFPLLLEVFLSCITLKPCVLLLDGIDGLSGINGIPAEQAKGFLCLPVNLPDYCKIILTTSPTHLSFKCLKVRSDVVLAEYENVWDENIRLCIFHKHLAMPRRHISQDWLKSIVNRERKMTLLHLALLANELSTISQDGPQYLKGFLKARSAKELLSLIIERWVNDYSWTCKKQCKGKNKSFPVEKCNTGMKGWVVDVLCLLSTSRCGLSEHDILHLLKVLGYQHKYEVTTLHWASFRCITSKWIKEKPDGLLHICHQTFRDVVEHLLLGVFIPINESLIMNPERKQFHEVLIEHFQHLQFSRQVYEEVPWHLKMIGDVHGLSTFISNKRNLGAIFRNTRFGHQIKMDLIYHWQFLSLSGKDPAVECQRMKDSIAEGTKIEFCELVDQCRVLAFAAHCLKHIGKTAEAENVFLLVETQLHLMESEKVVTEVTEILLWAQKHLGDLYREIGSWKEAFCYYQKAYYNFDCLPTENVEDDGILLELKGRLLCNLALLNSSECRGQHNQYLEKALRHFQLIPPKPYEQAELELCQGLHRFYSGGICEAEKHLCKCLAIRSKLYGKKSLLTGEARENLADLQSHLGEKMYSHRLQALEHYKEVIEIKKANRTFLQSVQARQNLELSLSTTFFKLGKLLCCSEFGIDKEGIAFLKQSAAIRTIIKGPDHPLSCEVQRSVSKSGQYSLIHQSAWYHIPGRYPTLHTPLPPKRNQIRKDVQAGWENARQNI

Target ORF information:

RefSeq Version	XM_012959863.3
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis putative tetratricopeptide repeat protein 41 (LOC100496167), transcript variant X5, mRNA.

Target ORF information:

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

XM_012959863.3

ORF Insert Sequence:

ATGCAAAAGG ATCCCAGTTA TTACTTTATG CACAGACCAC CAATTTGCCC ATATGTGTGT 
TCAACAATAA AAGATTTCCA AGAAGAGAGA AATTATTTGA GCAAAAATAT ATTTGAGCAA 
CTCAATGACT TCTGCTATGC CCGAGGAACT TCCTTCAAAG CTGTTAATCT CAGGTGGCCA 
TTAGAGGGCC AGCCTTATCA TGTAAAACCT TTCAATGTCG CTGAGCAGTT GACATTGTCT 
CTTGATTACA TTGAACGTTC ATCACCTTTT TTCATATGTA TACTAGGTCA CACTTATGGG 
GAGTTTATTC CTGAAGCTCA TTCTCATTGC CCCATTAATT CTGTCAGTAT TTCAGATTTT 
TCTGCTTTAC CAAATGTGGA GCAGAAACTT GTGGTGGCAG CTAATAGTGG CTATTCTTGG 
TTACTGGAAG GAGGAAACAG AGAGTGCAGC ATCACAGAAC TGGAAATCCA CCATGCTGCA 
TTTTCAAGAG ATGTTGGATT TCAGTATTTC TACTTCAGAG ACCACGTGTT CATTGAAGAA 
CAATTGCACA AGGCAAATGA AGAAGAGAAA AAAACCATTC TTTCCACTTT TGAAAGTGAA 
AATGATTATG AGAGAACAAA GATTTGGGAA CTTAAAATCA GAATAGTAGA TAAAGGGTTT 
CCGGTGAGGT TCTTCAAAAC TAAAGAGGAA CTTGGAAATT TGGTACTGAA AGATTGGTGT 
AATATAATAG AGAGATTGTA TCCTCTCTCA GCCACTCCTA AAAATATTGG TCATGAACAC 
AGCCTTCAAC ATGCTTACAA CAAAGCTTTT GCAGAGTGCC TTTGCAAGGA TTTTGTGCCA 
ACAGAACAAT CAAATAAACT ACTTACAGTC CTGGATGACT TTGTGTTTGG TGCACAGGCA 
GAGAAACAAT CTACTCATTC CTTGGGATCT GAAAGCATAG ATTGTGATGT CTTGCATAAT 
ACAGCTGCAA GATCTGGAGC CGCTTCTATC CTGGTCCTAT ATGGAGATCG AGGCTGTGGC 
AAGTCAACTA TTGCAGCAAA ATGGTTTAAC TCATTTAGGA CAAATAACCC AGATATCACA 
GTAATCTCAT ATTTTGTTGG CAGTAGTGGA AGAAGCAGCA ACATCATGTC TTTCATGCGA 
TACTGCATCA CAGTGCTCCA GTGTGAATAC TTTGGTGTTC AAGCTGAAGA TTTGATGAAC 
AATGAGAATA TTACTGATAT GTGGGCTTTC CCATTGCTCC TGGAGGTTTT TTTGTCATGT 
ATTACATTAA AACCCTGTGT CCTGCTACTA GATGGCATTG ATGGGCTTTC TGGAATTAAT 
GGAATACCCG CAGAGCAAGC AAAGGGCTTT CTATGCCTGC CAGTCAACTT GCCAGATTAC 
TGCAAAATAA TCCTGACAAC CTCTCCAACA CACCTCTCCT TCAAATGTTT AAAGGTTCGT 
TCAGATGTTG TGCTGGCTGA ATATGAAAAT GTGTGGGATG AAAACATTCG GCTGTGTATC 
TTCCACAAAC ATTTAGCAAT GCCCAGGAGG CATATTTCAC AGGACTGGCT TAAAAGCATT 
GTAAACAGGG AAAGAAAAAT GACCCTCCTC CATCTTGCCT TGCTGGCAAA TGAACTGAGC 
ACAATATCAC AGGATGGACC GCAGTACCTA AAAGGATTTC TAAAAGCTCG GTCTGCTAAG 
GAGCTGTTGT CACTGATCAT AGAACGCTGG GTTAATGACT ACAGTTGGAC ATGCAAAAAG 
CAATGTAAAG GGAAAAACAA GTCCTTTCCT GTGGAAAAAT GTAATACAGG TATGAAAGGC 
TGGGTAGTAG ATGTCTTGTG TCTGCTTAGT ACTTCTCGTT GCGGCTTGAG CGAACATGAT 
ATCCTACATC TTCTGAAAGT TTTGGGATAC CAACATAAAT ATGAAGTAAC TACTTTACAT 
TGGGCTTCCT TTCGTTGTAT TACATCTAAG TGGATTAAGG AGAAACCTGA TGGACTTCTG 
CACATTTGTC ATCAAACATT TCGGGATGTT GTTGAACATT TACTGCTTGG TGTTTTTATC 
CCAATCAATG AAAGTCTCAT CATGAATCCT GAAAGAAAGC AATTTCATGA AGTTCTCATT 
GAGCATTTTC AGCATTTACA ATTTTCAAGA CAAGTTTATG AGGAAGTACC ATGGCATCTT 
AAGATGATTG GTGATGTACA TGGGTTATCT ACATTTATTT CAAACAAAAG AAATCTTGGT 
GCGATCTTTA GAAACACAAG GTTTGGACAT CAGATAAAAA TGGACCTAAT TTATCATTGG 
CAGTTTTTGT CTCTGTCTGG AAAGGATCCA GCTGTGGAAT GCCAAAGAAT GAAGGACAGC 
ATTGCAGAAG GTACAAAGAT AGAATTTTGT GAGCTGGTGG ATCAGTGTAG AGTATTAGCC 
TTTGCTGCTC ACTGTCTGAA ACATATTGGC AAGACCGCTG AAGCAGAAAA TGTATTCTTA 
TTAGTTGAAA CTCAACTACA CTTGATGGAA TCAGAAAAAG TAGTTACAGA AGTTACAGAA 
ATACTTTTGT GGGCACAGAA GCATTTGGGA GATCTGTATC GTGAAATTGG ATCTTGGAAA 
GAAGCATTTT GTTATTATCA GAAGGCTTAT TACAATTTTG ATTGTTTACC TACAGAAAAT 
GTGGAAGACG ATGGCATATT ACTTGAACTC AAGGGCAGGC TATTATGCAA TTTAGCCCTT 
TTAAATTCCA GCGAGTGCAG AGGTCAGCAC AACCAGTACC TTGAAAAAGC TTTAAGACAC 
TTTCAGTTAA TCCCACCTAA GCCCTATGAG CAAGCTGAAT TAGAACTCTG TCAAGGACTT 
CACAGATTTT ATTCTGGAGG CATTTGTGAG GCTGAAAAAC ATCTCTGTAA ATGTTTAGCA 
ATACGGAGCA AACTGTATGG CAAGAAAAGC CTCCTTACTG GAGAGGCCCG GGAGAACCTT 
GCAGATTTAC AAAGTCATCT TGGTGAAAAA ATGTATTCCC ACAGGCTACA AGCACTTGAA 
CATTACAAGG AGGTAATAGA AATAAAAAAA GCCAACAGAA CATTTCTGCA ATCAGTGCAA 
GCAAGGCAGA ATCTGGAGCT AAGCCTGAGC ACTACTTTTT TTAAGCTAGG TAAACTCTTG 
TGTTGTTCTG AATTTGGAAT AGATAAAGAA GGTATTGCAT TTTTAAAACA GTCAGCAGCT 
ATCAGAACAA TCATTAAAGG TCCTGATCAT CCTTTGAGCT GTGAGGTCCA AAGATCAGTT 
TCAAAATCCG GGCAGTATTC TTTAATCCAC CAATCTGCTT GGTACCATAT TCCTGGGAGA 
TATCCAACAC TACATACTCC TCTTCCACCT AAAAGAAATC AAATTCGCAA AGATGTCCAA 
GCAGGTTGGG AAAATGCAAG ACAAAACATT TAA

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

LOC100496167 ( XM_012959861.2 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_012815315.1 Xenopus tropicalis putative tetratricopeptide repeat protein 41 (LOC100496167), transcript variant X3, mRNA.

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CloneID	OXa07701
Clone ID Related Accession (Same CDS sequence)	XM_012959861.2 , XM_012959860.2 , XM_002938083.4
Accession Version	XM_012959861.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3846bp) 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	2016-09-07
Organism	Xenopus tropicalis(tropical clawed frog)
Product	putative tetratricopeptide repeat protein 41 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030679.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Sep 8, 2016 this sequence version replaced XM_012959861.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Xenopus tropicalis Annotation Release 103 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCAAAAGG ATCCCAGTTA TTACTTTATG CACAGACCAC CAATTTGCCC ATATGTGTGT 
TCAACAATAA AAGATTTCCA AGAAGAGAGA AATTATTTGA GCAAAAATAT ATTTGAGCAA 
CTCAATGACT TCTGCTATGC CCGAGGAACT TCCTTCAAAG CTGTTGATCT CAGGTGGCCA 
TTAGAGGGCC AGCCTTATCA TGTAAAACCT TTCAATGTCG CTGAGCAGTT GACATTGTCT 
CTTGATTACA TTGAACGTTC ATCACCTTTT TTCATATGTA TACTAGGTCA CACTTATGGG 
GAGTTTATTC CTGAAGCTCA TTCTCATTGC CCCATTAATT CTGTCAGTAT TTCAGATTTT 
TCTGCTTTAC CAAATGTGGA GCAGAAACTT GTGGTGGCAG CTAATAGTGG CTATTCTTGG 
TTACTGGAAG GAGGAAACAG AGAGTGCAGC ATCACAGAAC TGGAAATCCA CCATGCTGCA 
TTTTCAAGAG ATGTTGGATT TCAGTATTTC TACTTCAGAG ACCACGTGTG CATTGAAGAA 
CAATTGCACA AGGCAAATGA AGAAGAGAAA AAAACCATTC TTTCCACTTT TGAAAGTGAA 
AATGATTATG AGAGAACAAA GATTTGGGAA CTTAAAATCA GAATAGTAGA TAAAGGATTT 
CCGGTGAGGT TCTTCAAAAC TAAAGAGGAA CTTGGAAATT TGGTACTGAA AGATTGGTGT 
GATATAATAG AGAGATTGTA TCCTCTCTCA GCCACTCCTA AAAATATTGG TCATGAACAC 
AGCCTTCAAC ATGCTTACAA CAAAGCTTTC GCAGAGTGCC TTTGCAAGGA TTTTGTGCCA 
ACAGAACAAT CAAATAAACT ACTTACAGTC CTGGATGACT TTGTGTTTGG TGCACAGGCA 
GAGAAACAAT CTACTCATTC CTTGGGATCT GAAAGCATAG ATTGTGATGT CTTGCATAAT 
ACAGCTGCAA GATCTGGAGC CGCTTCTATC CTGGTCCTAT ATGGAGATCG AGGCTGTGGC 
AAGTCAACTA TTGCAGCAAA ATGGTTTAAC TCATTTAGGA CAAATAACCC AGATATCACA 
GTAATCTCAT ATTTTGTTGG CAGTAGTGGA AGAAGCAGCA ACATCATGTC TTTCATGCGA 
TACTGCATCA CAGTGCTCCA GTGTGAATAC TTTGGTGTTC AAGCTGAAGA TTTGATGAAC 
AATGAGAATA GTACTGATAT GTGGGCTTTC CCATTGCTCC TGGAGGTTTT TTTGTCATGT 
ATTACATTAA AACCCTGTGT CCTGCTACTA GATGGCATTG ATGGGCTTTC TGGAATTAAT 
GGAATACCCG CAGAGCAAGC AAAGGGCTTT CTATGGCTGC CAGTCAACTT GCCAGATTAC 
TGCAAAATAA TCCTGACAAC CTCTCCAACA CACCTCTCCT TCAAATGTTT AAAGGTTCGT 
TCAGATGTTG TGCTGGCTGA ATATGAAAAT GTGTGGGATG AAAACATTCG GCTGTGTATC 
TTCCACAAAC ATTTAGCAAT GCCCAGGAGG CATATTTCAC AGGACTGGCT TAAAAGCATT 
GTAAACAGGG AAAGAAAAAT GACCCTCCTC CATCTTGCCT TGCTGGCAAA TGAACTGAGC 
ACAATATCAC AGGATGGACC GCAGTACCTA AAAGGATTTC TAAAAGCTCG GTCTGCTAAG 
GAGCTGTTGT CACTGATCAT AGAACGCTGG GTTAATGACT ACAGTTGGAC ATGCAAAAAG 
CAATGTAAAG GGAAAAACAA GTCCTTTCCT GTGGAAAAAT GTAATACAGG TATGAAAGGC 
TGGGTAGTAG ATGTCTTGTG TCTGCTTAGT ACTTCTCGTT GCGGCTTGAG CGAACATGAT 
ATCCTACATC TTCTGAAAGT TTTGGGATAC CAACATAAAT ATGAAGTAAC TACTTTACAT 
TGGGCTTCCT TTCGTTGTAT TACATCTAAG TGGATTAAGG AGAAACCTGA TGGACTTCTG 
CACATTTGTC ATCAAACATT TCGGGATGTT GTTGAACATT TACTGCTTGG TGTTTTTATC 
CCAATCAATG AAAGTCTCAT CATGAATCCT GAAAGAAAGC AATTTCATGA AGTTCTCATT 
AAGCATTTTC AGCATTTACA ATTTTCAAGA CAAGTTTATG AGGAAGTACC ATGGCATCTT 
AAGATGATTG GTGATGTACA TGGGTTATCT ACATTTCTTT CAAACAAAAG AAATCTTGGT 
GCGATCTTTA GAAACACAAG GTTTGGACAT CAGATAAAAA TGGACCTAAT TTATCATTGG 
CAGTTTTTGT CTCTGTCTGG AAAGGATCCA GCTGTGGAAT GTCAAAGAAT GAAGGACAGC 
ATTGCAGAAG GTACAAAGAA AGAATTTTGT GAGCTGGTGG ATCAGTGTAG AGTATTAGCC 
TTTGCTGCTC ACTGTCTGAA ACATATTGGC AAGACCGCTG AAGCAGAAAA TGTATTCTTA 
TTAGTTGAAA CTCAACTACA CTTGATGGAA TCAGAAAAAG TAGTTACAGA AGTTACAGAA 
ATACTTTTGT GGGCACAGAA GCATTTGGGA GATCTGTATC GTGAAATTGG ATCTTGGAAA 
GAAGCATTTT GTTATTATCA GAAGGCTTAT TACAATTTTG ATTGTTTACC TACAGAAAAT 
GTGGAAGACG ATGGCATATT ACTTGAACTC AAGGGCAGGC TATTATGCAA TTTAGCCCTT 
TTAAATTCCA GCGAGTGCAG AGGTCAGCAC AACCAGTACC TTGAAAAAGC TTTAAGACAC 
TTTCAGTTAA TCCCACCTAA GCCCTATGAG CAAGCTGAAT TAGAACTCTG TCAAGGACTT 
CACAGATTTT ATTCTGGAGG CATTTGTGAG GCTGAAAAAC ATCTCTGTAA ATGTTTAGCA 
ATACGGAGCA AACTGTATGG CAAGAAAAGC CTCCTTACTG GAGAGGCCCG GGAGAACCTT 
GCAGATTTAC AAAGTCATCT TGGTGAAAAA ATGTATTCCC ACAGGCTACA AGCACTTGAA 
CATTACAAGG AGGTAATAGA AATAAAAAAA GCCAACAGAA CATTTCTGCA ATCAGTGCAA 
GCAAGGCAGA ATCTGGAGCT AAGCCTGAGC ACTACTTTTT TTAAGCTAGG TAAACTCTTG 
TGTTGTTCTG AATTTGGAAT AGATAAAGAA GGTATTGCAT TTTTAAAACA GTCAGCAGCT 
ATCAGAACAA TCATTAAAGG TCCTGATCAT CCTTTGAGCT GTGAGGTCCA AAGCTTTAAT 
GCAGAATTGA CTACTAGATG TCCGAGCAAC AAGGTGTATT TTGGGCATGA CAACAGTGAA 
AAAAGTCAAA TGAACTCTGA TAGAGCTTGG AATTCCTCCC TTCCAACATA CCCTCATTTT 
AGAAATAGCC AGAAAGCAAA TTCTCCAGGA TCATTCATTT ATGATGTGTT TGATAATGAA 
GAGATATTAA CAAGCAAGTG TAGCCTTAAA GAGACTGAAA AGCATCTTCT GTTACAAAAA 
GAGAAACTAC AAAGTAAATC AATATTGTGC AATTTAGAAA ACCACAGGTG CATTCAAAGT 
GCCTCAACAT CTTCAATATC AACATCCACT GGAATAAAGC ATTCAAGCTA CTCCTTGACC 
AGTAACCTTG CTCGACCTAC AAGTTCATGT GTGCAGTCGA TGACAGGCTC AATAAGTTCA 
CTTTCATATT TGCTTCCTTT GTTTAGATCA GTTTCAAAAT CCGAGCAGTA TTCTTTAATC 
CACCAATCTG CTCGGTACCA TATTCCTGGG AGATATCCAA CACTACATAC TCCTCTTCCA 
CCTAAAAGAA ATCAAATTCG CAAAGATGTC CAAGCAGGTT GGGAAAATGC AAGACAAAAC 
ATTTAA

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

RefSeq	XP_012815315.1
CDS	389..4234
Translation	MQKDPSYYFMHRPPICPYVCSTIKDFQEERNYLSKNIFEQLNDFCYARGTSFKAVDLRWPLEGQPYHVKPFNVAEQLTLSLDYIERSSPFFICILGHTYGEFIPEAHSHCPINSVSISDFSALPNVEQKLVVAANSGYSWLLEGGNRECSITELEIHHAAFSRDVGFQYFYFRDHVCIEEQLHKANEEEKKTILSTFESENDYERTKIWELKIRIVDKGFPVRFFKTKEELGNLVLKDWCDIIERLYPLSATPKNIGHEHSLQHAYNKAFAECLCKDFVPTEQSNKLLTVLDDFVFGAQAEKQSTHSLGSESIDCDVLHNTAARSGAASILVLYGDRGCGKSTIAAKWFNSFRTNNPDITVISYFVGSSGRSSNIMSFMRYCITVLQCEYFGVQAEDLMNNENSTDMWAFPLLLEVFLSCITLKPCVLLLDGIDGLSGINGIPAEQAKGFLWLPVNLPDYCKIILTTSPTHLSFKCLKVRSDVVLAEYENVWDENIRLCIFHKHLAMPRRHISQDWLKSIVNRERKMTLLHLALLANELSTISQDGPQYLKGFLKARSAKELLSLIIERWVNDYSWTCKKQCKGKNKSFPVEKCNTGMKGWVVDVLCLLSTSRCGLSEHDILHLLKVLGYQHKYEVTTLHWASFRCITSKWIKEKPDGLLHICHQTFRDVVEHLLLGVFIPINESLIMNPERKQFHEVLIKHFQHLQFSRQVYEEVPWHLKMIGDVHGLSTFLSNKRNLGAIFRNTRFGHQIKMDLIYHWQFLSLSGKDPAVECQRMKDSIAEGTKKEFCELVDQCRVLAFAAHCLKHIGKTAEAENVFLLVETQLHLMESEKVVTEVTEILLWAQKHLGDLYREIGSWKEAFCYYQKAYYNFDCLPTENVEDDGILLELKGRLLCNLALLNSSECRGQHNQYLEKALRHFQLIPPKPYEQAELELCQGLHRFYSGGICEAEKHLCKCLAIRSKLYGKKSLLTGEARENLADLQSHLGEKMYSHRLQALEHYKEVIEIKKANRTFLQSVQARQNLELSLSTTFFKLGKLLCCSEFGIDKEGIAFLKQSAAIRTIIKGPDHPLSCEVQSFNAELTTRCPSNKVYFGHDNSEKSQMNSDRAWNSSLPTYPHFRNSQKANSPGSFIYDVFDNEEILTSKCSLKETEKHLLLQKEKLQSKSILCNLENHRCIQSASTSSISTSTGIKHSSYSLTSNLARPTSSCVQSMTGSISSLSYLLPLFRSVSKSEQYSLIHQSARYHIPGRYPTLHTPLPPKRNQIRKDVQAGWENARQNI

Target ORF information:

RefSeq Version	XM_012959861.2
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis putative tetratricopeptide repeat protein 41 (LOC100496167), transcript variant X3, mRNA.

Target ORF information:

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

XM_012959861.2

ORF Insert Sequence:

ATGCAAAAGG ATCCCAGTTA TTACTTTATG CACAGACCAC CAATTTGCCC ATATGTGTGT 
TCAACAATAA AAGATTTCCA AGAAGAGAGA AATTATTTGA GCAAAAATAT ATTTGAGCAA 
CTCAATGACT TCTGCTATGC CCGAGGAACT TCCTTCAAAG CTGTTGATCT CAGGTGGCCA 
TTAGAGGGCC AGCCTTATCA TGTAAAACCT TTCAATGTCG CTGAGCAGTT GACATTGTCT 
CTTGATTACA TTGAACGTTC ATCACCTTTT TTCATATGTA TACTAGGTCA CACTTATGGG 
GAGTTTATTC CTGAAGCTCA TTCTCATTGC CCCATTAATT CTGTCAGTAT TTCAGATTTT 
TCTGCTTTAC CAAATGTGGA GCAGAAACTT GTGGTGGCAG CTAATAGTGG CTATTCTTGG 
TTACTGGAAG GAGGAAACAG AGAGTGCAGC ATCACAGAAC TGGAAATCCA CCATGCTGCA 
TTTTCAAGAG ATGTTGGATT TCAGTATTTC TACTTCAGAG ACCACGTGTG CATTGAAGAA 
CAATTGCACA AGGCAAATGA AGAAGAGAAA AAAACCATTC TTTCCACTTT TGAAAGTGAA 
AATGATTATG AGAGAACAAA GATTTGGGAA CTTAAAATCA GAATAGTAGA TAAAGGATTT 
CCGGTGAGGT TCTTCAAAAC TAAAGAGGAA CTTGGAAATT TGGTACTGAA AGATTGGTGT 
GATATAATAG AGAGATTGTA TCCTCTCTCA GCCACTCCTA AAAATATTGG TCATGAACAC 
AGCCTTCAAC ATGCTTACAA CAAAGCTTTC GCAGAGTGCC TTTGCAAGGA TTTTGTGCCA 
ACAGAACAAT CAAATAAACT ACTTACAGTC CTGGATGACT TTGTGTTTGG TGCACAGGCA 
GAGAAACAAT CTACTCATTC CTTGGGATCT GAAAGCATAG ATTGTGATGT CTTGCATAAT 
ACAGCTGCAA GATCTGGAGC CGCTTCTATC CTGGTCCTAT ATGGAGATCG AGGCTGTGGC 
AAGTCAACTA TTGCAGCAAA ATGGTTTAAC TCATTTAGGA CAAATAACCC AGATATCACA 
GTAATCTCAT ATTTTGTTGG CAGTAGTGGA AGAAGCAGCA ACATCATGTC TTTCATGCGA 
TACTGCATCA CAGTGCTCCA GTGTGAATAC TTTGGTGTTC AAGCTGAAGA TTTGATGAAC 
AATGAGAATA GTACTGATAT GTGGGCTTTC CCATTGCTCC TGGAGGTTTT TTTGTCATGT 
ATTACATTAA AACCCTGTGT CCTGCTACTA GATGGCATTG ATGGGCTTTC TGGAATTAAT 
GGAATACCCG CAGAGCAAGC AAAGGGCTTT CTATGGCTGC CAGTCAACTT GCCAGATTAC 
TGCAAAATAA TCCTGACAAC CTCTCCAACA CACCTCTCCT TCAAATGTTT AAAGGTTCGT 
TCAGATGTTG TGCTGGCTGA ATATGAAAAT GTGTGGGATG AAAACATTCG GCTGTGTATC 
TTCCACAAAC ATTTAGCAAT GCCCAGGAGG CATATTTCAC AGGACTGGCT TAAAAGCATT 
GTAAACAGGG AAAGAAAAAT GACCCTCCTC CATCTTGCCT TGCTGGCAAA TGAACTGAGC 
ACAATATCAC AGGATGGACC GCAGTACCTA AAAGGATTTC TAAAAGCTCG GTCTGCTAAG 
GAGCTGTTGT CACTGATCAT AGAACGCTGG GTTAATGACT ACAGTTGGAC ATGCAAAAAG 
CAATGTAAAG GGAAAAACAA GTCCTTTCCT GTGGAAAAAT GTAATACAGG TATGAAAGGC 
TGGGTAGTAG ATGTCTTGTG TCTGCTTAGT ACTTCTCGTT GCGGCTTGAG CGAACATGAT 
ATCCTACATC TTCTGAAAGT TTTGGGATAC CAACATAAAT ATGAAGTAAC TACTTTACAT 
TGGGCTTCCT TTCGTTGTAT TACATCTAAG TGGATTAAGG AGAAACCTGA TGGACTTCTG 
CACATTTGTC ATCAAACATT TCGGGATGTT GTTGAACATT TACTGCTTGG TGTTTTTATC 
CCAATCAATG AAAGTCTCAT CATGAATCCT GAAAGAAAGC AATTTCATGA AGTTCTCATT 
AAGCATTTTC AGCATTTACA ATTTTCAAGA CAAGTTTATG AGGAAGTACC ATGGCATCTT 
AAGATGATTG GTGATGTACA TGGGTTATCT ACATTTCTTT CAAACAAAAG AAATCTTGGT 
GCGATCTTTA GAAACACAAG GTTTGGACAT CAGATAAAAA TGGACCTAAT TTATCATTGG 
CAGTTTTTGT CTCTGTCTGG AAAGGATCCA GCTGTGGAAT GTCAAAGAAT GAAGGACAGC 
ATTGCAGAAG GTACAAAGAA AGAATTTTGT GAGCTGGTGG ATCAGTGTAG AGTATTAGCC 
TTTGCTGCTC ACTGTCTGAA ACATATTGGC AAGACCGCTG AAGCAGAAAA TGTATTCTTA 
TTAGTTGAAA CTCAACTACA CTTGATGGAA TCAGAAAAAG TAGTTACAGA AGTTACAGAA 
ATACTTTTGT GGGCACAGAA GCATTTGGGA GATCTGTATC GTGAAATTGG ATCTTGGAAA 
GAAGCATTTT GTTATTATCA GAAGGCTTAT TACAATTTTG ATTGTTTACC TACAGAAAAT 
GTGGAAGACG ATGGCATATT ACTTGAACTC AAGGGCAGGC TATTATGCAA TTTAGCCCTT 
TTAAATTCCA GCGAGTGCAG AGGTCAGCAC AACCAGTACC TTGAAAAAGC TTTAAGACAC 
TTTCAGTTAA TCCCACCTAA GCCCTATGAG CAAGCTGAAT TAGAACTCTG TCAAGGACTT 
CACAGATTTT ATTCTGGAGG CATTTGTGAG GCTGAAAAAC ATCTCTGTAA ATGTTTAGCA 
ATACGGAGCA AACTGTATGG CAAGAAAAGC CTCCTTACTG GAGAGGCCCG GGAGAACCTT 
GCAGATTTAC AAAGTCATCT TGGTGAAAAA ATGTATTCCC ACAGGCTACA AGCACTTGAA 
CATTACAAGG AGGTAATAGA AATAAAAAAA GCCAACAGAA CATTTCTGCA ATCAGTGCAA 
GCAAGGCAGA ATCTGGAGCT AAGCCTGAGC ACTACTTTTT TTAAGCTAGG TAAACTCTTG 
TGTTGTTCTG AATTTGGAAT AGATAAAGAA GGTATTGCAT TTTTAAAACA GTCAGCAGCT 
ATCAGAACAA TCATTAAAGG TCCTGATCAT CCTTTGAGCT GTGAGGTCCA AAGCTTTAAT 
GCAGAATTGA CTACTAGATG TCCGAGCAAC AAGGTGTATT TTGGGCATGA CAACAGTGAA 
AAAAGTCAAA TGAACTCTGA TAGAGCTTGG AATTCCTCCC TTCCAACATA CCCTCATTTT 
AGAAATAGCC AGAAAGCAAA TTCTCCAGGA TCATTCATTT ATGATGTGTT TGATAATGAA 
GAGATATTAA CAAGCAAGTG TAGCCTTAAA GAGACTGAAA AGCATCTTCT GTTACAAAAA 
GAGAAACTAC AAAGTAAATC AATATTGTGC AATTTAGAAA ACCACAGGTG CATTCAAAGT 
GCCTCAACAT CTTCAATATC AACATCCACT GGAATAAAGC ATTCAAGCTA CTCCTTGACC 
AGTAACCTTG CTCGACCTAC AAGTTCATGT GTGCAGTCGA TGACAGGCTC AATAAGTTCA 
CTTTCATATT TGCTTCCTTT GTTTAGATCA GTTTCAAAAT CCGAGCAGTA TTCTTTAATC 
CACCAATCTG CTCGGTACCA TATTCCTGGG AGATATCCAA CACTACATAC TCCTCTTCCA 
CCTAAAAGAA ATCAAATTCG CAAAGATGTC CAAGCAGGTT GGGAAAATGC AAGACAAAAC 
ATTTAA

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

LOC100496167 ( XM_012959860.2 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_012815314.1 Xenopus tropicalis putative tetratricopeptide repeat protein 41 (LOC100496167), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OXa07701
Clone ID Related Accession (Same CDS sequence)	XM_012959861.2 , XM_012959860.2 , XM_002938083.4
Accession Version	XM_012959860.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3846bp) 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	2016-09-07
Organism	Xenopus tropicalis(tropical clawed frog)
Product	putative tetratricopeptide repeat protein 41 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030679.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Sep 8, 2016 this sequence version replaced XM_012959860.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Xenopus tropicalis Annotation Release 103 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCAAAAGG ATCCCAGTTA TTACTTTATG CACAGACCAC CAATTTGCCC ATATGTGTGT 
TCAACAATAA AAGATTTCCA AGAAGAGAGA AATTATTTGA GCAAAAATAT ATTTGAGCAA 
CTCAATGACT TCTGCTATGC CCGAGGAACT TCCTTCAAAG CTGTTGATCT CAGGTGGCCA 
TTAGAGGGCC AGCCTTATCA TGTAAAACCT TTCAATGTCG CTGAGCAGTT GACATTGTCT 
CTTGATTACA TTGAACGTTC ATCACCTTTT TTCATATGTA TACTAGGTCA CACTTATGGG 
GAGTTTATTC CTGAAGCTCA TTCTCATTGC CCCATTAATT CTGTCAGTAT TTCAGATTTT 
TCTGCTTTAC CAAATGTGGA GCAGAAACTT GTGGTGGCAG CTAATAGTGG CTATTCTTGG 
TTACTGGAAG GAGGAAACAG AGAGTGCAGC ATCACAGAAC TGGAAATCCA CCATGCTGCA 
TTTTCAAGAG ATGTTGGATT TCAGTATTTC TACTTCAGAG ACCACGTGTG CATTGAAGAA 
CAATTGCACA AGGCAAATGA AGAAGAGAAA AAAACCATTC TTTCCACTTT TGAAAGTGAA 
AATGATTATG AGAGAACAAA GATTTGGGAA CTTAAAATCA GAATAGTAGA TAAAGGATTT 
CCGGTGAGGT TCTTCAAAAC TAAAGAGGAA CTTGGAAATT TGGTACTGAA AGATTGGTGT 
GATATAATAG AGAGATTGTA TCCTCTCTCA GCCACTCCTA AAAATATTGG TCATGAACAC 
AGCCTTCAAC ATGCTTACAA CAAAGCTTTC GCAGAGTGCC TTTGCAAGGA TTTTGTGCCA 
ACAGAACAAT CAAATAAACT ACTTACAGTC CTGGATGACT TTGTGTTTGG TGCACAGGCA 
GAGAAACAAT CTACTCATTC CTTGGGATCT GAAAGCATAG ATTGTGATGT CTTGCATAAT 
ACAGCTGCAA GATCTGGAGC CGCTTCTATC CTGGTCCTAT ATGGAGATCG AGGCTGTGGC 
AAGTCAACTA TTGCAGCAAA ATGGTTTAAC TCATTTAGGA CAAATAACCC AGATATCACA 
GTAATCTCAT ATTTTGTTGG CAGTAGTGGA AGAAGCAGCA ACATCATGTC TTTCATGCGA 
TACTGCATCA CAGTGCTCCA GTGTGAATAC TTTGGTGTTC AAGCTGAAGA TTTGATGAAC 
AATGAGAATA GTACTGATAT GTGGGCTTTC CCATTGCTCC TGGAGGTTTT TTTGTCATGT 
ATTACATTAA AACCCTGTGT CCTGCTACTA GATGGCATTG ATGGGCTTTC TGGAATTAAT 
GGAATACCCG CAGAGCAAGC AAAGGGCTTT CTATGGCTGC CAGTCAACTT GCCAGATTAC 
TGCAAAATAA TCCTGACAAC CTCTCCAACA CACCTCTCCT TCAAATGTTT AAAGGTTCGT 
TCAGATGTTG TGCTGGCTGA ATATGAAAAT GTGTGGGATG AAAACATTCG GCTGTGTATC 
TTCCACAAAC ATTTAGCAAT GCCCAGGAGG CATATTTCAC AGGACTGGCT TAAAAGCATT 
GTAAACAGGG AAAGAAAAAT GACCCTCCTC CATCTTGCCT TGCTGGCAAA TGAACTGAGC 
ACAATATCAC AGGATGGACC GCAGTACCTA AAAGGATTTC TAAAAGCTCG GTCTGCTAAG 
GAGCTGTTGT CACTGATCAT AGAACGCTGG GTTAATGACT ACAGTTGGAC ATGCAAAAAG 
CAATGTAAAG GGAAAAACAA GTCCTTTCCT GTGGAAAAAT GTAATACAGG TATGAAAGGC 
TGGGTAGTAG ATGTCTTGTG TCTGCTTAGT ACTTCTCGTT GCGGCTTGAG CGAACATGAT 
ATCCTACATC TTCTGAAAGT TTTGGGATAC CAACATAAAT ATGAAGTAAC TACTTTACAT 
TGGGCTTCCT TTCGTTGTAT TACATCTAAG TGGATTAAGG AGAAACCTGA TGGACTTCTG 
CACATTTGTC ATCAAACATT TCGGGATGTT GTTGAACATT TACTGCTTGG TGTTTTTATC 
CCAATCAATG AAAGTCTCAT CATGAATCCT GAAAGAAAGC AATTTCATGA AGTTCTCATT 
AAGCATTTTC AGCATTTACA ATTTTCAAGA CAAGTTTATG AGGAAGTACC ATGGCATCTT 
AAGATGATTG GTGATGTACA TGGGTTATCT ACATTTCTTT CAAACAAAAG AAATCTTGGT 
GCGATCTTTA GAAACACAAG GTTTGGACAT CAGATAAAAA TGGACCTAAT TTATCATTGG 
CAGTTTTTGT CTCTGTCTGG AAAGGATCCA GCTGTGGAAT GTCAAAGAAT GAAGGACAGC 
ATTGCAGAAG GTACAAAGAA AGAATTTTGT GAGCTGGTGG ATCAGTGTAG AGTATTAGCC 
TTTGCTGCTC ACTGTCTGAA ACATATTGGC AAGACCGCTG AAGCAGAAAA TGTATTCTTA 
TTAGTTGAAA CTCAACTACA CTTGATGGAA TCAGAAAAAG TAGTTACAGA AGTTACAGAA 
ATACTTTTGT GGGCACAGAA GCATTTGGGA GATCTGTATC GTGAAATTGG ATCTTGGAAA 
GAAGCATTTT GTTATTATCA GAAGGCTTAT TACAATTTTG ATTGTTTACC TACAGAAAAT 
GTGGAAGACG ATGGCATATT ACTTGAACTC AAGGGCAGGC TATTATGCAA TTTAGCCCTT 
TTAAATTCCA GCGAGTGCAG AGGTCAGCAC AACCAGTACC TTGAAAAAGC TTTAAGACAC 
TTTCAGTTAA TCCCACCTAA GCCCTATGAG CAAGCTGAAT TAGAACTCTG TCAAGGACTT 
CACAGATTTT ATTCTGGAGG CATTTGTGAG GCTGAAAAAC ATCTCTGTAA ATGTTTAGCA 
ATACGGAGCA AACTGTATGG CAAGAAAAGC CTCCTTACTG GAGAGGCCCG GGAGAACCTT 
GCAGATTTAC AAAGTCATCT TGGTGAAAAA ATGTATTCCC ACAGGCTACA AGCACTTGAA 
CATTACAAGG AGGTAATAGA AATAAAAAAA GCCAACAGAA CATTTCTGCA ATCAGTGCAA 
GCAAGGCAGA ATCTGGAGCT AAGCCTGAGC ACTACTTTTT TTAAGCTAGG TAAACTCTTG 
TGTTGTTCTG AATTTGGAAT AGATAAAGAA GGTATTGCAT TTTTAAAACA GTCAGCAGCT 
ATCAGAACAA TCATTAAAGG TCCTGATCAT CCTTTGAGCT GTGAGGTCCA AAGCTTTAAT 
GCAGAATTGA CTACTAGATG TCCGAGCAAC AAGGTGTATT TTGGGCATGA CAACAGTGAA 
AAAAGTCAAA TGAACTCTGA TAGAGCTTGG AATTCCTCCC TTCCAACATA CCCTCATTTT 
AGAAATAGCC AGAAAGCAAA TTCTCCAGGA TCATTCATTT ATGATGTGTT TGATAATGAA 
GAGATATTAA CAAGCAAGTG TAGCCTTAAA GAGACTGAAA AGCATCTTCT GTTACAAAAA 
GAGAAACTAC AAAGTAAATC AATATTGTGC AATTTAGAAA ACCACAGGTG CATTCAAAGT 
GCCTCAACAT CTTCAATATC AACATCCACT GGAATAAAGC ATTCAAGCTA CTCCTTGACC 
AGTAACCTTG CTCGACCTAC AAGTTCATGT GTGCAGTCGA TGACAGGCTC AATAAGTTCA 
CTTTCATATT TGCTTCCTTT GTTTAGATCA GTTTCAAAAT CCGAGCAGTA TTCTTTAATC 
CACCAATCTG CTCGGTACCA TATTCCTGGG AGATATCCAA CACTACATAC TCCTCTTCCA 
CCTAAAAGAA ATCAAATTCG CAAAGATGTC CAAGCAGGTT GGGAAAATGC AAGACAAAAC 
ATTTAA

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

RefSeq	XP_012815314.1
CDS	566..4411
Translation	MQKDPSYYFMHRPPICPYVCSTIKDFQEERNYLSKNIFEQLNDFCYARGTSFKAVDLRWPLEGQPYHVKPFNVAEQLTLSLDYIERSSPFFICILGHTYGEFIPEAHSHCPINSVSISDFSALPNVEQKLVVAANSGYSWLLEGGNRECSITELEIHHAAFSRDVGFQYFYFRDHVCIEEQLHKANEEEKKTILSTFESENDYERTKIWELKIRIVDKGFPVRFFKTKEELGNLVLKDWCDIIERLYPLSATPKNIGHEHSLQHAYNKAFAECLCKDFVPTEQSNKLLTVLDDFVFGAQAEKQSTHSLGSESIDCDVLHNTAARSGAASILVLYGDRGCGKSTIAAKWFNSFRTNNPDITVISYFVGSSGRSSNIMSFMRYCITVLQCEYFGVQAEDLMNNENSTDMWAFPLLLEVFLSCITLKPCVLLLDGIDGLSGINGIPAEQAKGFLWLPVNLPDYCKIILTTSPTHLSFKCLKVRSDVVLAEYENVWDENIRLCIFHKHLAMPRRHISQDWLKSIVNRERKMTLLHLALLANELSTISQDGPQYLKGFLKARSAKELLSLIIERWVNDYSWTCKKQCKGKNKSFPVEKCNTGMKGWVVDVLCLLSTSRCGLSEHDILHLLKVLGYQHKYEVTTLHWASFRCITSKWIKEKPDGLLHICHQTFRDVVEHLLLGVFIPINESLIMNPERKQFHEVLIKHFQHLQFSRQVYEEVPWHLKMIGDVHGLSTFLSNKRNLGAIFRNTRFGHQIKMDLIYHWQFLSLSGKDPAVECQRMKDSIAEGTKKEFCELVDQCRVLAFAAHCLKHIGKTAEAENVFLLVETQLHLMESEKVVTEVTEILLWAQKHLGDLYREIGSWKEAFCYYQKAYYNFDCLPTENVEDDGILLELKGRLLCNLALLNSSECRGQHNQYLEKALRHFQLIPPKPYEQAELELCQGLHRFYSGGICEAEKHLCKCLAIRSKLYGKKSLLTGEARENLADLQSHLGEKMYSHRLQALEHYKEVIEIKKANRTFLQSVQARQNLELSLSTTFFKLGKLLCCSEFGIDKEGIAFLKQSAAIRTIIKGPDHPLSCEVQSFNAELTTRCPSNKVYFGHDNSEKSQMNSDRAWNSSLPTYPHFRNSQKANSPGSFIYDVFDNEEILTSKCSLKETEKHLLLQKEKLQSKSILCNLENHRCIQSASTSSISTSTGIKHSSYSLTSNLARPTSSCVQSMTGSISSLSYLLPLFRSVSKSEQYSLIHQSARYHIPGRYPTLHTPLPPKRNQIRKDVQAGWENARQNI

Target ORF information:

RefSeq Version	XM_012959860.2
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis putative tetratricopeptide repeat protein 41 (LOC100496167), transcript variant X1, mRNA.

Target ORF information:

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

XM_012959860.2

ORF Insert Sequence:

ATGCAAAAGG ATCCCAGTTA TTACTTTATG CACAGACCAC CAATTTGCCC ATATGTGTGT 
TCAACAATAA AAGATTTCCA AGAAGAGAGA AATTATTTGA GCAAAAATAT ATTTGAGCAA 
CTCAATGACT TCTGCTATGC CCGAGGAACT TCCTTCAAAG CTGTTGATCT CAGGTGGCCA 
TTAGAGGGCC AGCCTTATCA TGTAAAACCT TTCAATGTCG CTGAGCAGTT GACATTGTCT 
CTTGATTACA TTGAACGTTC ATCACCTTTT TTCATATGTA TACTAGGTCA CACTTATGGG 
GAGTTTATTC CTGAAGCTCA TTCTCATTGC CCCATTAATT CTGTCAGTAT TTCAGATTTT 
TCTGCTTTAC CAAATGTGGA GCAGAAACTT GTGGTGGCAG CTAATAGTGG CTATTCTTGG 
TTACTGGAAG GAGGAAACAG AGAGTGCAGC ATCACAGAAC TGGAAATCCA CCATGCTGCA 
TTTTCAAGAG ATGTTGGATT TCAGTATTTC TACTTCAGAG ACCACGTGTG CATTGAAGAA 
CAATTGCACA AGGCAAATGA AGAAGAGAAA AAAACCATTC TTTCCACTTT TGAAAGTGAA 
AATGATTATG AGAGAACAAA GATTTGGGAA CTTAAAATCA GAATAGTAGA TAAAGGATTT 
CCGGTGAGGT TCTTCAAAAC TAAAGAGGAA CTTGGAAATT TGGTACTGAA AGATTGGTGT 
GATATAATAG AGAGATTGTA TCCTCTCTCA GCCACTCCTA AAAATATTGG TCATGAACAC 
AGCCTTCAAC ATGCTTACAA CAAAGCTTTC GCAGAGTGCC TTTGCAAGGA TTTTGTGCCA 
ACAGAACAAT CAAATAAACT ACTTACAGTC CTGGATGACT TTGTGTTTGG TGCACAGGCA 
GAGAAACAAT CTACTCATTC CTTGGGATCT GAAAGCATAG ATTGTGATGT CTTGCATAAT 
ACAGCTGCAA GATCTGGAGC CGCTTCTATC CTGGTCCTAT ATGGAGATCG AGGCTGTGGC 
AAGTCAACTA TTGCAGCAAA ATGGTTTAAC TCATTTAGGA CAAATAACCC AGATATCACA 
GTAATCTCAT ATTTTGTTGG CAGTAGTGGA AGAAGCAGCA ACATCATGTC TTTCATGCGA 
TACTGCATCA CAGTGCTCCA GTGTGAATAC TTTGGTGTTC AAGCTGAAGA TTTGATGAAC 
AATGAGAATA GTACTGATAT GTGGGCTTTC CCATTGCTCC TGGAGGTTTT TTTGTCATGT 
ATTACATTAA AACCCTGTGT CCTGCTACTA GATGGCATTG ATGGGCTTTC TGGAATTAAT 
GGAATACCCG CAGAGCAAGC AAAGGGCTTT CTATGGCTGC CAGTCAACTT GCCAGATTAC 
TGCAAAATAA TCCTGACAAC CTCTCCAACA CACCTCTCCT TCAAATGTTT AAAGGTTCGT 
TCAGATGTTG TGCTGGCTGA ATATGAAAAT GTGTGGGATG AAAACATTCG GCTGTGTATC 
TTCCACAAAC ATTTAGCAAT GCCCAGGAGG CATATTTCAC AGGACTGGCT TAAAAGCATT 
GTAAACAGGG AAAGAAAAAT GACCCTCCTC CATCTTGCCT TGCTGGCAAA TGAACTGAGC 
ACAATATCAC AGGATGGACC GCAGTACCTA AAAGGATTTC TAAAAGCTCG GTCTGCTAAG 
GAGCTGTTGT CACTGATCAT AGAACGCTGG GTTAATGACT ACAGTTGGAC ATGCAAAAAG 
CAATGTAAAG GGAAAAACAA GTCCTTTCCT GTGGAAAAAT GTAATACAGG TATGAAAGGC 
TGGGTAGTAG ATGTCTTGTG TCTGCTTAGT ACTTCTCGTT GCGGCTTGAG CGAACATGAT 
ATCCTACATC TTCTGAAAGT TTTGGGATAC CAACATAAAT ATGAAGTAAC TACTTTACAT 
TGGGCTTCCT TTCGTTGTAT TACATCTAAG TGGATTAAGG AGAAACCTGA TGGACTTCTG 
CACATTTGTC ATCAAACATT TCGGGATGTT GTTGAACATT TACTGCTTGG TGTTTTTATC 
CCAATCAATG AAAGTCTCAT CATGAATCCT GAAAGAAAGC AATTTCATGA AGTTCTCATT 
AAGCATTTTC AGCATTTACA ATTTTCAAGA CAAGTTTATG AGGAAGTACC ATGGCATCTT 
AAGATGATTG GTGATGTACA TGGGTTATCT ACATTTCTTT CAAACAAAAG AAATCTTGGT 
GCGATCTTTA GAAACACAAG GTTTGGACAT CAGATAAAAA TGGACCTAAT TTATCATTGG 
CAGTTTTTGT CTCTGTCTGG AAAGGATCCA GCTGTGGAAT GTCAAAGAAT GAAGGACAGC 
ATTGCAGAAG GTACAAAGAA AGAATTTTGT GAGCTGGTGG ATCAGTGTAG AGTATTAGCC 
TTTGCTGCTC ACTGTCTGAA ACATATTGGC AAGACCGCTG AAGCAGAAAA TGTATTCTTA 
TTAGTTGAAA CTCAACTACA CTTGATGGAA TCAGAAAAAG TAGTTACAGA AGTTACAGAA 
ATACTTTTGT GGGCACAGAA GCATTTGGGA GATCTGTATC GTGAAATTGG ATCTTGGAAA 
GAAGCATTTT GTTATTATCA GAAGGCTTAT TACAATTTTG ATTGTTTACC TACAGAAAAT 
GTGGAAGACG ATGGCATATT ACTTGAACTC AAGGGCAGGC TATTATGCAA TTTAGCCCTT 
TTAAATTCCA GCGAGTGCAG AGGTCAGCAC AACCAGTACC TTGAAAAAGC TTTAAGACAC 
TTTCAGTTAA TCCCACCTAA GCCCTATGAG CAAGCTGAAT TAGAACTCTG TCAAGGACTT 
CACAGATTTT ATTCTGGAGG CATTTGTGAG GCTGAAAAAC ATCTCTGTAA ATGTTTAGCA 
ATACGGAGCA AACTGTATGG CAAGAAAAGC CTCCTTACTG GAGAGGCCCG GGAGAACCTT 
GCAGATTTAC AAAGTCATCT TGGTGAAAAA ATGTATTCCC ACAGGCTACA AGCACTTGAA 
CATTACAAGG AGGTAATAGA AATAAAAAAA GCCAACAGAA CATTTCTGCA ATCAGTGCAA 
GCAAGGCAGA ATCTGGAGCT AAGCCTGAGC ACTACTTTTT TTAAGCTAGG TAAACTCTTG 
TGTTGTTCTG AATTTGGAAT AGATAAAGAA GGTATTGCAT TTTTAAAACA GTCAGCAGCT 
ATCAGAACAA TCATTAAAGG TCCTGATCAT CCTTTGAGCT GTGAGGTCCA AAGCTTTAAT 
GCAGAATTGA CTACTAGATG TCCGAGCAAC AAGGTGTATT TTGGGCATGA CAACAGTGAA 
AAAAGTCAAA TGAACTCTGA TAGAGCTTGG AATTCCTCCC TTCCAACATA CCCTCATTTT 
AGAAATAGCC AGAAAGCAAA TTCTCCAGGA TCATTCATTT ATGATGTGTT TGATAATGAA 
GAGATATTAA CAAGCAAGTG TAGCCTTAAA GAGACTGAAA AGCATCTTCT GTTACAAAAA 
GAGAAACTAC AAAGTAAATC AATATTGTGC AATTTAGAAA ACCACAGGTG CATTCAAAGT 
GCCTCAACAT CTTCAATATC AACATCCACT GGAATAAAGC ATTCAAGCTA CTCCTTGACC 
AGTAACCTTG CTCGACCTAC AAGTTCATGT GTGCAGTCGA TGACAGGCTC AATAAGTTCA 
CTTTCATATT TGCTTCCTTT GTTTAGATCA GTTTCAAAAT CCGAGCAGTA TTCTTTAATC 
CACCAATCTG CTCGGTACCA TATTCCTGGG AGATATCCAA CACTACATAC TCCTCTTCCA 
CCTAAAAGAA ATCAAATTCG CAAAGATGTC CAAGCAGGTT GGGAAAATGC AAGACAAAAC 
ATTTAA

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

LOC100496167 ( XM_002938083.4 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_002938129.1 Xenopus tropicalis putative tetratricopeptide repeat protein 41 (LOC100496167), transcript variant X2, mRNA.

Price & Availability↑

CloneID	OXa07701
Clone ID Related Accession (Same CDS sequence)	XM_012959861.2 , XM_012959860.2 , XM_002938083.4
Accession Version	XM_002938083.4 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3846bp) 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	2016-09-07
Organism	Xenopus tropicalis(tropical clawed frog)
Product	putative tetratricopeptide repeat protein 41 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030679.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Sep 8, 2016 this sequence version replaced XM_002938083.3. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Xenopus tropicalis Annotation Release 103 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCAAAAGG ATCCCAGTTA TTACTTTATG CACAGACCAC CAATTTGCCC ATATGTGTGT 
TCAACAATAA AAGATTTCCA AGAAGAGAGA AATTATTTGA GCAAAAATAT ATTTGAGCAA 
CTCAATGACT TCTGCTATGC CCGAGGAACT TCCTTCAAAG CTGTTGATCT CAGGTGGCCA 
TTAGAGGGCC AGCCTTATCA TGTAAAACCT TTCAATGTCG CTGAGCAGTT GACATTGTCT 
CTTGATTACA TTGAACGTTC ATCACCTTTT TTCATATGTA TACTAGGTCA CACTTATGGG 
GAGTTTATTC CTGAAGCTCA TTCTCATTGC CCCATTAATT CTGTCAGTAT TTCAGATTTT 
TCTGCTTTAC CAAATGTGGA GCAGAAACTT GTGGTGGCAG CTAATAGTGG CTATTCTTGG 
TTACTGGAAG GAGGAAACAG AGAGTGCAGC ATCACAGAAC TGGAAATCCA CCATGCTGCA 
TTTTCAAGAG ATGTTGGATT TCAGTATTTC TACTTCAGAG ACCACGTGTG CATTGAAGAA 
CAATTGCACA AGGCAAATGA AGAAGAGAAA AAAACCATTC TTTCCACTTT TGAAAGTGAA 
AATGATTATG AGAGAACAAA GATTTGGGAA CTTAAAATCA GAATAGTAGA TAAAGGATTT 
CCGGTGAGGT TCTTCAAAAC TAAAGAGGAA CTTGGAAATT TGGTACTGAA AGATTGGTGT 
GATATAATAG AGAGATTGTA TCCTCTCTCA GCCACTCCTA AAAATATTGG TCATGAACAC 
AGCCTTCAAC ATGCTTACAA CAAAGCTTTC GCAGAGTGCC TTTGCAAGGA TTTTGTGCCA 
ACAGAACAAT CAAATAAACT ACTTACAGTC CTGGATGACT TTGTGTTTGG TGCACAGGCA 
GAGAAACAAT CTACTCATTC CTTGGGATCT GAAAGCATAG ATTGTGATGT CTTGCATAAT 
ACAGCTGCAA GATCTGGAGC CGCTTCTATC CTGGTCCTAT ATGGAGATCG AGGCTGTGGC 
AAGTCAACTA TTGCAGCAAA ATGGTTTAAC TCATTTAGGA CAAATAACCC AGATATCACA 
GTAATCTCAT ATTTTGTTGG CAGTAGTGGA AGAAGCAGCA ACATCATGTC TTTCATGCGA 
TACTGCATCA CAGTGCTCCA GTGTGAATAC TTTGGTGTTC AAGCTGAAGA TTTGATGAAC 
AATGAGAATA GTACTGATAT GTGGGCTTTC CCATTGCTCC TGGAGGTTTT TTTGTCATGT 
ATTACATTAA AACCCTGTGT CCTGCTACTA GATGGCATTG ATGGGCTTTC TGGAATTAAT 
GGAATACCCG CAGAGCAAGC AAAGGGCTTT CTATGGCTGC CAGTCAACTT GCCAGATTAC 
TGCAAAATAA TCCTGACAAC CTCTCCAACA CACCTCTCCT TCAAATGTTT AAAGGTTCGT 
TCAGATGTTG TGCTGGCTGA ATATGAAAAT GTGTGGGATG AAAACATTCG GCTGTGTATC 
TTCCACAAAC ATTTAGCAAT GCCCAGGAGG CATATTTCAC AGGACTGGCT TAAAAGCATT 
GTAAACAGGG AAAGAAAAAT GACCCTCCTC CATCTTGCCT TGCTGGCAAA TGAACTGAGC 
ACAATATCAC AGGATGGACC GCAGTACCTA AAAGGATTTC TAAAAGCTCG GTCTGCTAAG 
GAGCTGTTGT CACTGATCAT AGAACGCTGG GTTAATGACT ACAGTTGGAC ATGCAAAAAG 
CAATGTAAAG GGAAAAACAA GTCCTTTCCT GTGGAAAAAT GTAATACAGG TATGAAAGGC 
TGGGTAGTAG ATGTCTTGTG TCTGCTTAGT ACTTCTCGTT GCGGCTTGAG CGAACATGAT 
ATCCTACATC TTCTGAAAGT TTTGGGATAC CAACATAAAT ATGAAGTAAC TACTTTACAT 
TGGGCTTCCT TTCGTTGTAT TACATCTAAG TGGATTAAGG AGAAACCTGA TGGACTTCTG 
CACATTTGTC ATCAAACATT TCGGGATGTT GTTGAACATT TACTGCTTGG TGTTTTTATC 
CCAATCAATG AAAGTCTCAT CATGAATCCT GAAAGAAAGC AATTTCATGA AGTTCTCATT 
AAGCATTTTC AGCATTTACA ATTTTCAAGA CAAGTTTATG AGGAAGTACC ATGGCATCTT 
AAGATGATTG GTGATGTACA TGGGTTATCT ACATTTCTTT CAAACAAAAG AAATCTTGGT 
GCGATCTTTA GAAACACAAG GTTTGGACAT CAGATAAAAA TGGACCTAAT TTATCATTGG 
CAGTTTTTGT CTCTGTCTGG AAAGGATCCA GCTGTGGAAT GTCAAAGAAT GAAGGACAGC 
ATTGCAGAAG GTACAAAGAA AGAATTTTGT GAGCTGGTGG ATCAGTGTAG AGTATTAGCC 
TTTGCTGCTC ACTGTCTGAA ACATATTGGC AAGACCGCTG AAGCAGAAAA TGTATTCTTA 
TTAGTTGAAA CTCAACTACA CTTGATGGAA TCAGAAAAAG TAGTTACAGA AGTTACAGAA 
ATACTTTTGT GGGCACAGAA GCATTTGGGA GATCTGTATC GTGAAATTGG ATCTTGGAAA 
GAAGCATTTT GTTATTATCA GAAGGCTTAT TACAATTTTG ATTGTTTACC TACAGAAAAT 
GTGGAAGACG ATGGCATATT ACTTGAACTC AAGGGCAGGC TATTATGCAA TTTAGCCCTT 
TTAAATTCCA GCGAGTGCAG AGGTCAGCAC AACCAGTACC TTGAAAAAGC TTTAAGACAC 
TTTCAGTTAA TCCCACCTAA GCCCTATGAG CAAGCTGAAT TAGAACTCTG TCAAGGACTT 
CACAGATTTT ATTCTGGAGG CATTTGTGAG GCTGAAAAAC ATCTCTGTAA ATGTTTAGCA 
ATACGGAGCA AACTGTATGG CAAGAAAAGC CTCCTTACTG GAGAGGCCCG GGAGAACCTT 
GCAGATTTAC AAAGTCATCT TGGTGAAAAA ATGTATTCCC ACAGGCTACA AGCACTTGAA 
CATTACAAGG AGGTAATAGA AATAAAAAAA GCCAACAGAA CATTTCTGCA ATCAGTGCAA 
GCAAGGCAGA ATCTGGAGCT AAGCCTGAGC ACTACTTTTT TTAAGCTAGG TAAACTCTTG 
TGTTGTTCTG AATTTGGAAT AGATAAAGAA GGTATTGCAT TTTTAAAACA GTCAGCAGCT 
ATCAGAACAA TCATTAAAGG TCCTGATCAT CCTTTGAGCT GTGAGGTCCA AAGCTTTAAT 
GCAGAATTGA CTACTAGATG TCCGAGCAAC AAGGTGTATT TTGGGCATGA CAACAGTGAA 
AAAAGTCAAA TGAACTCTGA TAGAGCTTGG AATTCCTCCC TTCCAACATA CCCTCATTTT 
AGAAATAGCC AGAAAGCAAA TTCTCCAGGA TCATTCATTT ATGATGTGTT TGATAATGAA 
GAGATATTAA CAAGCAAGTG TAGCCTTAAA GAGACTGAAA AGCATCTTCT GTTACAAAAA 
GAGAAACTAC AAAGTAAATC AATATTGTGC AATTTAGAAA ACCACAGGTG CATTCAAAGT 
GCCTCAACAT CTTCAATATC AACATCCACT GGAATAAAGC ATTCAAGCTA CTCCTTGACC 
AGTAACCTTG CTCGACCTAC AAGTTCATGT GTGCAGTCGA TGACAGGCTC AATAAGTTCA 
CTTTCATATT TGCTTCCTTT GTTTAGATCA GTTTCAAAAT CCGAGCAGTA TTCTTTAATC 
CACCAATCTG CTCGGTACCA TATTCCTGGG AGATATCCAA CACTACATAC TCCTCTTCCA 
CCTAAAAGAA ATCAAATTCG CAAAGATGTC CAAGCAGGTT GGGAAAATGC AAGACAAAAC 
ATTTAA

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

RefSeq	XP_002938129.1
CDS	576..4421
Translation	MQKDPSYYFMHRPPICPYVCSTIKDFQEERNYLSKNIFEQLNDFCYARGTSFKAVDLRWPLEGQPYHVKPFNVAEQLTLSLDYIERSSPFFICILGHTYGEFIPEAHSHCPINSVSISDFSALPNVEQKLVVAANSGYSWLLEGGNRECSITELEIHHAAFSRDVGFQYFYFRDHVCIEEQLHKANEEEKKTILSTFESENDYERTKIWELKIRIVDKGFPVRFFKTKEELGNLVLKDWCDIIERLYPLSATPKNIGHEHSLQHAYNKAFAECLCKDFVPTEQSNKLLTVLDDFVFGAQAEKQSTHSLGSESIDCDVLHNTAARSGAASILVLYGDRGCGKSTIAAKWFNSFRTNNPDITVISYFVGSSGRSSNIMSFMRYCITVLQCEYFGVQAEDLMNNENSTDMWAFPLLLEVFLSCITLKPCVLLLDGIDGLSGINGIPAEQAKGFLWLPVNLPDYCKIILTTSPTHLSFKCLKVRSDVVLAEYENVWDENIRLCIFHKHLAMPRRHISQDWLKSIVNRERKMTLLHLALLANELSTISQDGPQYLKGFLKARSAKELLSLIIERWVNDYSWTCKKQCKGKNKSFPVEKCNTGMKGWVVDVLCLLSTSRCGLSEHDILHLLKVLGYQHKYEVTTLHWASFRCITSKWIKEKPDGLLHICHQTFRDVVEHLLLGVFIPINESLIMNPERKQFHEVLIKHFQHLQFSRQVYEEVPWHLKMIGDVHGLSTFLSNKRNLGAIFRNTRFGHQIKMDLIYHWQFLSLSGKDPAVECQRMKDSIAEGTKKEFCELVDQCRVLAFAAHCLKHIGKTAEAENVFLLVETQLHLMESEKVVTEVTEILLWAQKHLGDLYREIGSWKEAFCYYQKAYYNFDCLPTENVEDDGILLELKGRLLCNLALLNSSECRGQHNQYLEKALRHFQLIPPKPYEQAELELCQGLHRFYSGGICEAEKHLCKCLAIRSKLYGKKSLLTGEARENLADLQSHLGEKMYSHRLQALEHYKEVIEIKKANRTFLQSVQARQNLELSLSTTFFKLGKLLCCSEFGIDKEGIAFLKQSAAIRTIIKGPDHPLSCEVQSFNAELTTRCPSNKVYFGHDNSEKSQMNSDRAWNSSLPTYPHFRNSQKANSPGSFIYDVFDNEEILTSKCSLKETEKHLLLQKEKLQSKSILCNLENHRCIQSASTSSISTSTGIKHSSYSLTSNLARPTSSCVQSMTGSISSLSYLLPLFRSVSKSEQYSLIHQSARYHIPGRYPTLHTPLPPKRNQIRKDVQAGWENARQNI

Target ORF information:

RefSeq Version	XM_002938083.4
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis putative tetratricopeptide repeat protein 41 (LOC100496167), transcript variant X2, mRNA.

Target ORF information:

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

XM_002938083.4

ORF Insert Sequence:

ATGCAAAAGG ATCCCAGTTA TTACTTTATG CACAGACCAC CAATTTGCCC ATATGTGTGT 
TCAACAATAA AAGATTTCCA AGAAGAGAGA AATTATTTGA GCAAAAATAT ATTTGAGCAA 
CTCAATGACT TCTGCTATGC CCGAGGAACT TCCTTCAAAG CTGTTGATCT CAGGTGGCCA 
TTAGAGGGCC AGCCTTATCA TGTAAAACCT TTCAATGTCG CTGAGCAGTT GACATTGTCT 
CTTGATTACA TTGAACGTTC ATCACCTTTT TTCATATGTA TACTAGGTCA CACTTATGGG 
GAGTTTATTC CTGAAGCTCA TTCTCATTGC CCCATTAATT CTGTCAGTAT TTCAGATTTT 
TCTGCTTTAC CAAATGTGGA GCAGAAACTT GTGGTGGCAG CTAATAGTGG CTATTCTTGG 
TTACTGGAAG GAGGAAACAG AGAGTGCAGC ATCACAGAAC TGGAAATCCA CCATGCTGCA 
TTTTCAAGAG ATGTTGGATT TCAGTATTTC TACTTCAGAG ACCACGTGTG CATTGAAGAA 
CAATTGCACA AGGCAAATGA AGAAGAGAAA AAAACCATTC TTTCCACTTT TGAAAGTGAA 
AATGATTATG AGAGAACAAA GATTTGGGAA CTTAAAATCA GAATAGTAGA TAAAGGATTT 
CCGGTGAGGT TCTTCAAAAC TAAAGAGGAA CTTGGAAATT TGGTACTGAA AGATTGGTGT 
GATATAATAG AGAGATTGTA TCCTCTCTCA GCCACTCCTA AAAATATTGG TCATGAACAC 
AGCCTTCAAC ATGCTTACAA CAAAGCTTTC GCAGAGTGCC TTTGCAAGGA TTTTGTGCCA 
ACAGAACAAT CAAATAAACT ACTTACAGTC CTGGATGACT TTGTGTTTGG TGCACAGGCA 
GAGAAACAAT CTACTCATTC CTTGGGATCT GAAAGCATAG ATTGTGATGT CTTGCATAAT 
ACAGCTGCAA GATCTGGAGC CGCTTCTATC CTGGTCCTAT ATGGAGATCG AGGCTGTGGC 
AAGTCAACTA TTGCAGCAAA ATGGTTTAAC TCATTTAGGA CAAATAACCC AGATATCACA 
GTAATCTCAT ATTTTGTTGG CAGTAGTGGA AGAAGCAGCA ACATCATGTC TTTCATGCGA 
TACTGCATCA CAGTGCTCCA GTGTGAATAC TTTGGTGTTC AAGCTGAAGA TTTGATGAAC 
AATGAGAATA GTACTGATAT GTGGGCTTTC CCATTGCTCC TGGAGGTTTT TTTGTCATGT 
ATTACATTAA AACCCTGTGT CCTGCTACTA GATGGCATTG ATGGGCTTTC TGGAATTAAT 
GGAATACCCG CAGAGCAAGC AAAGGGCTTT CTATGGCTGC CAGTCAACTT GCCAGATTAC 
TGCAAAATAA TCCTGACAAC CTCTCCAACA CACCTCTCCT TCAAATGTTT AAAGGTTCGT 
TCAGATGTTG TGCTGGCTGA ATATGAAAAT GTGTGGGATG AAAACATTCG GCTGTGTATC 
TTCCACAAAC ATTTAGCAAT GCCCAGGAGG CATATTTCAC AGGACTGGCT TAAAAGCATT 
GTAAACAGGG AAAGAAAAAT GACCCTCCTC CATCTTGCCT TGCTGGCAAA TGAACTGAGC 
ACAATATCAC AGGATGGACC GCAGTACCTA AAAGGATTTC TAAAAGCTCG GTCTGCTAAG 
GAGCTGTTGT CACTGATCAT AGAACGCTGG GTTAATGACT ACAGTTGGAC ATGCAAAAAG 
CAATGTAAAG GGAAAAACAA GTCCTTTCCT GTGGAAAAAT GTAATACAGG TATGAAAGGC 
TGGGTAGTAG ATGTCTTGTG TCTGCTTAGT ACTTCTCGTT GCGGCTTGAG CGAACATGAT 
ATCCTACATC TTCTGAAAGT TTTGGGATAC CAACATAAAT ATGAAGTAAC TACTTTACAT 
TGGGCTTCCT TTCGTTGTAT TACATCTAAG TGGATTAAGG AGAAACCTGA TGGACTTCTG 
CACATTTGTC ATCAAACATT TCGGGATGTT GTTGAACATT TACTGCTTGG TGTTTTTATC 
CCAATCAATG AAAGTCTCAT CATGAATCCT GAAAGAAAGC AATTTCATGA AGTTCTCATT 
AAGCATTTTC AGCATTTACA ATTTTCAAGA CAAGTTTATG AGGAAGTACC ATGGCATCTT 
AAGATGATTG GTGATGTACA TGGGTTATCT ACATTTCTTT CAAACAAAAG AAATCTTGGT 
GCGATCTTTA GAAACACAAG GTTTGGACAT CAGATAAAAA TGGACCTAAT TTATCATTGG 
CAGTTTTTGT CTCTGTCTGG AAAGGATCCA GCTGTGGAAT GTCAAAGAAT GAAGGACAGC 
ATTGCAGAAG GTACAAAGAA AGAATTTTGT GAGCTGGTGG ATCAGTGTAG AGTATTAGCC 
TTTGCTGCTC ACTGTCTGAA ACATATTGGC AAGACCGCTG AAGCAGAAAA TGTATTCTTA 
TTAGTTGAAA CTCAACTACA CTTGATGGAA TCAGAAAAAG TAGTTACAGA AGTTACAGAA 
ATACTTTTGT GGGCACAGAA GCATTTGGGA GATCTGTATC GTGAAATTGG ATCTTGGAAA 
GAAGCATTTT GTTATTATCA GAAGGCTTAT TACAATTTTG ATTGTTTACC TACAGAAAAT 
GTGGAAGACG ATGGCATATT ACTTGAACTC AAGGGCAGGC TATTATGCAA TTTAGCCCTT 
TTAAATTCCA GCGAGTGCAG AGGTCAGCAC AACCAGTACC TTGAAAAAGC TTTAAGACAC 
TTTCAGTTAA TCCCACCTAA GCCCTATGAG CAAGCTGAAT TAGAACTCTG TCAAGGACTT 
CACAGATTTT ATTCTGGAGG CATTTGTGAG GCTGAAAAAC ATCTCTGTAA ATGTTTAGCA 
ATACGGAGCA AACTGTATGG CAAGAAAAGC CTCCTTACTG GAGAGGCCCG GGAGAACCTT 
GCAGATTTAC AAAGTCATCT TGGTGAAAAA ATGTATTCCC ACAGGCTACA AGCACTTGAA 
CATTACAAGG AGGTAATAGA AATAAAAAAA GCCAACAGAA CATTTCTGCA ATCAGTGCAA 
GCAAGGCAGA ATCTGGAGCT AAGCCTGAGC ACTACTTTTT TTAAGCTAGG TAAACTCTTG 
TGTTGTTCTG AATTTGGAAT AGATAAAGAA GGTATTGCAT TTTTAAAACA GTCAGCAGCT 
ATCAGAACAA TCATTAAAGG TCCTGATCAT CCTTTGAGCT GTGAGGTCCA AAGCTTTAAT 
GCAGAATTGA CTACTAGATG TCCGAGCAAC AAGGTGTATT TTGGGCATGA CAACAGTGAA 
AAAAGTCAAA TGAACTCTGA TAGAGCTTGG AATTCCTCCC TTCCAACATA CCCTCATTTT 
AGAAATAGCC AGAAAGCAAA TTCTCCAGGA TCATTCATTT ATGATGTGTT TGATAATGAA 
GAGATATTAA CAAGCAAGTG TAGCCTTAAA GAGACTGAAA AGCATCTTCT GTTACAAAAA 
GAGAAACTAC AAAGTAAATC AATATTGTGC AATTTAGAAA ACCACAGGTG CATTCAAAGT 
GCCTCAACAT CTTCAATATC AACATCCACT GGAATAAAGC ATTCAAGCTA CTCCTTGACC 
AGTAACCTTG CTCGACCTAC AAGTTCATGT GTGCAGTCGA TGACAGGCTC AATAAGTTCA 
CTTTCATATT TGCTTCCTTT GTTTAGATCA GTTTCAAAAT CCGAGCAGTA TTCTTTAATC 
CACCAATCTG CTCGGTACCA TATTCCTGGG AGATATCCAA CACTACATAC TCCTCTTCCA 
CCTAAAAGAA ATCAAATTCG CAAAGATGTC CAAGCAGGTT GGGAAAATGC AAGACAAAAC 
ATTTAA

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

LOC100496167 ( XM_012959863.2 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_012815317.1 Xenopus tropicalis putative tetratricopeptide repeat protein 41 (LOC100496167), transcript variant X4, mRNA.

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CloneID	OXa36464
Clone ID Related Accession (Same CDS sequence)	XM_012959863.2
Accession Version	XM_012959863.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3393bp) 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	2016-09-07
Organism	Xenopus tropicalis(tropical clawed frog)
Product	putative tetratricopeptide repeat protein 41 isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030679.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Sep 8, 2016 this sequence version replaced XM_012959863.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Xenopus tropicalis Annotation Release 103 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCAAAAGG ATCCCAGTTA TTACTTTATG CACAGACCAC CAATTTGCCC ATATGTGTGT 
TCAACAATAA AAGATTTCCA AGAAGAGAGA AATTATTTGA GCAAAAATAT ATTTGAGCAA 
CTCAATGACT TCTGCTATGC CCGAGGAACT TCCTTCAAAG CTGTTGATCT CAGGTGGCCA 
TTAGAGGGCC AGCCTTATCA TGTAAAACCT TTCAATGTCG CTGAGCAGTT GACATTGTCT 
CTTGATTACA TTGAACGTTC ATCACCTTTT TTCATATGTA TACTAGGTCA CACTTATGGG 
GAGTTTATTC CTGAAGCTCA TTCTCATTGC CCCATTAATT CTGTCAGTAT TTCAGATTTT 
TCTGCTTTAC CAAATGTGGA GCAGAAACTT GTGGTGGCAG CTAATAGTGG CTATTCTTGG 
TTACTGGAAG GAGGAAACAG AGAGTGCAGC ATCACAGAAC TGGAAATCCA CCATGCTGCA 
TTTTCAAGAG ATGTTGGATT TCAGTATTTC TACTTCAGAG ACCACGTGTG CATTGAAGAA 
CAATTGCACA AGGCAAATGA AGAAGAGAAA AAAACCATTC TTTCCACTTT TGAAAGTGAA 
AATGATTATG AGAGAACAAA GATTTGGGAA CTTAAAATCA GAATAGTAGA TAAAGGATTT 
CCGGTGAGGT TCTTCAAAAC TAAAGAGGAA CTTGGAAATT TGGTACTGAA AGATTGGTGT 
GATATAATAG AGAGATTGTA TCCTCTCTCA GCCACTCCTA AAAATATTGG TCATGAACAC 
AGCCTTCAAC ATGCTTACAA CAAAGCTTTC GCAGAGTGCC TTTGCAAGGA TTTTGTGCCA 
ACAGAACAAT CAAATAAACT ACTTACAGTC CTGGATGACT TTGTGTTTGG TGCACAGGCA 
GAGAAACAAT CTACTCATTC CTTGGGATCT GAAAGCATAG ATTGTGATGT CTTGCATAAT 
ACAGCTGCAA GATCTGGAGC CGCTTCTATC CTGGTCCTAT ATGGAGATCG AGGCTGTGGC 
AAGTCAACTA TTGCAGCAAA ATGGTTTAAC TCATTTAGGA CAAATAACCC AGATATCACA 
GTAATCTCAT ATTTTGTTGG CAGTAGTGGA AGAAGCAGCA ACATCATGTC TTTCATGCGA 
TACTGCATCA CAGTGCTCCA GTGTGAATAC TTTGGTGTTC AAGCTGAAGA TTTGATGAAC 
AATGAGAATA GTACTGATAT GTGGGCTTTC CCATTGCTCC TGGAGGTTTT TTTGTCATGT 
ATTACATTAA AACCCTGTGT CCTGCTACTA GATGGCATTG ATGGGCTTTC TGGAATTAAT 
GGAATACCCG CAGAGCAAGC AAAGGGCTTT CTATGGCTGC CAGTCAACTT GCCAGATTAC 
TGCAAAATAA TCCTGACAAC CTCTCCAACA CACCTCTCCT TCAAATGTTT AAAGGTTCGT 
TCAGATGTTG TGCTGGCTGA ATATGAAAAT GTGTGGGATG AAAACATTCG GCTGTGTATC 
TTCCACAAAC ATTTAGCAAT GCCCAGGAGG CATATTTCAC AGGACTGGCT TAAAAGCATT 
GTAAACAGGG AAAGAAAAAT GACCCTCCTC CATCTTGCCT TGCTGGCAAA TGAACTGAGC 
ACAATATCAC AGGATGGACC GCAGTACCTA AAAGGATTTC TAAAAGCTCG GTCTGCTAAG 
GAGCTGTTGT CACTGATCAT AGAACGCTGG GTTAATGACT ACAGTTGGAC ATGCAAAAAG 
CAATGTAAAG GGAAAAACAA GTCCTTTCCT GTGGAAAAAT GTAATACAGG TATGAAAGGC 
TGGGTAGTAG ATGTCTTGTG TCTGCTTAGT ACTTCTCGTT GCGGCTTGAG CGAACATGAT 
ATCCTACATC TTCTGAAAGT TTTGGGATAC CAACATAAAT ATGAAGTAAC TACTTTACAT 
TGGGCTTCCT TTCGTTGTAT TACATCTAAG TGGATTAAGG AGAAACCTGA TGGACTTCTG 
CACATTTGTC ATCAAACATT TCGGGATGTT GTTGAACATT TACTGCTTGG TGTTTTTATC 
CCAATCAATG AAAGTCTCAT CATGAATCCT GAAAGAAAGC AATTTCATGA AGTTCTCATT 
AAGCATTTTC AGCATTTACA ATTTTCAAGA CAAGTTTATG AGGAAGTACC ATGGCATCTT 
AAGATGATTG GTGATGTACA TGGGTTATCT ACATTTCTTT CAAACAAAAG AAATCTTGGT 
GCGATCTTTA GAAACACAAG GTTTGGACAT CAGATAAAAA TGGACCTAAT TTATCATTGG 
CAGTTTTTGT CTCTGTCTGG AAAGGATCCA GCTGTGGAAT GTCAAAGAAT GAAGGACAGC 
ATTGCAGAAG GTACAAAGAA AGAATTTTGT GAGCTGGTGG ATCAGTGTAG AGTATTAGCC 
TTTGCTGCTC ACTGTCTGAA ACATATTGGC AAGACCGCTG AAGCAGAAAA TGTATTCTTA 
TTAGTTGAAA CTCAACTACA CTTGATGGAA TCAGAAAAAG TAGTTACAGA AGTTACAGAA 
ATACTTTTGT GGGCACAGAA GCATTTGGGA GATCTGTATC GTGAAATTGG ATCTTGGAAA 
GAAGCATTTT GTTATTATCA GAAGGCTTAT TACAATTTTG ATTGTTTACC TACAGAAAAT 
GTGGAAGACG ATGGCATATT ACTTGAACTC AAGGGCAGGC TATTATGCAA TTTAGCCCTT 
TTAAATTCCA GCGAGTGCAG AGGTCAGCAC AACCAGTACC TTGAAAAAGC TTTAAGACAC 
TTTCAGTTAA TCCCACCTAA GCCCTATGAG CAAGCTGAAT TAGAACTCTG TCAAGGACTT 
CACAGATTTT ATTCTGGAGG CATTTGTGAG GCTGAAAAAC ATCTCTGTAA ATGTTTAGCA 
ATACGGAGCA AACTGTATGG CAAGAAAAGC CTCCTTACTG GAGAGGCCCG GGAGAACCTT 
GCAGATTTAC AAAGTCATCT TGGTGAAAAA ATGTATTCCC ACAGGCTACA AGCACTTGAA 
CATTACAAGG AGGTAATAGA AATAAAAAAA GCCAACAGAA CATTTCTGCA ATCAGTGCAA 
GCAAGGCAGA ATCTGGAGCT AAGCCTGAGC ACTACTTTTT TTAAGCTAGG TAAACTCTTG 
TGTTGTTCTG AATTTGGAAT AGATAAAGAA GGTATTGCAT TTTTAAAACA GTCAGCAGCT 
ATCAGAACAA TCATTAAAGG TCCTGATCAT CCTTTGAGCT GTGAGGTCCA AAGATCAGTT 
TCAAAATCCG AGCAGTATTC TTTAATCCAC CAATCTGCTC GGTACCATAT TCCTGGGAGA 
TATCCAACAC TACATACTCC TCTTCCACCT AAAAGAAATC AAATTCGCAA AGATGTCCAA 
GCAGGTTGGG AAAATGCAAG ACAAAACATT TAA

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

RefSeq	XP_012815317.1
CDS	566..3958
Translation	MQKDPSYYFMHRPPICPYVCSTIKDFQEERNYLSKNIFEQLNDFCYARGTSFKAVDLRWPLEGQPYHVKPFNVAEQLTLSLDYIERSSPFFICILGHTYGEFIPEAHSHCPINSVSISDFSALPNVEQKLVVAANSGYSWLLEGGNRECSITELEIHHAAFSRDVGFQYFYFRDHVCIEEQLHKANEEEKKTILSTFESENDYERTKIWELKIRIVDKGFPVRFFKTKEELGNLVLKDWCDIIERLYPLSATPKNIGHEHSLQHAYNKAFAECLCKDFVPTEQSNKLLTVLDDFVFGAQAEKQSTHSLGSESIDCDVLHNTAARSGAASILVLYGDRGCGKSTIAAKWFNSFRTNNPDITVISYFVGSSGRSSNIMSFMRYCITVLQCEYFGVQAEDLMNNENSTDMWAFPLLLEVFLSCITLKPCVLLLDGIDGLSGINGIPAEQAKGFLWLPVNLPDYCKIILTTSPTHLSFKCLKVRSDVVLAEYENVWDENIRLCIFHKHLAMPRRHISQDWLKSIVNRERKMTLLHLALLANELSTISQDGPQYLKGFLKARSAKELLSLIIERWVNDYSWTCKKQCKGKNKSFPVEKCNTGMKGWVVDVLCLLSTSRCGLSEHDILHLLKVLGYQHKYEVTTLHWASFRCITSKWIKEKPDGLLHICHQTFRDVVEHLLLGVFIPINESLIMNPERKQFHEVLIKHFQHLQFSRQVYEEVPWHLKMIGDVHGLSTFLSNKRNLGAIFRNTRFGHQIKMDLIYHWQFLSLSGKDPAVECQRMKDSIAEGTKKEFCELVDQCRVLAFAAHCLKHIGKTAEAENVFLLVETQLHLMESEKVVTEVTEILLWAQKHLGDLYREIGSWKEAFCYYQKAYYNFDCLPTENVEDDGILLELKGRLLCNLALLNSSECRGQHNQYLEKALRHFQLIPPKPYEQAELELCQGLHRFYSGGICEAEKHLCKCLAIRSKLYGKKSLLTGEARENLADLQSHLGEKMYSHRLQALEHYKEVIEIKKANRTFLQSVQARQNLELSLSTTFFKLGKLLCCSEFGIDKEGIAFLKQSAAIRTIIKGPDHPLSCEVQRSVSKSEQYSLIHQSARYHIPGRYPTLHTPLPPKRNQIRKDVQAGWENARQNI

Target ORF information:

RefSeq Version	XM_012959863.2
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis putative tetratricopeptide repeat protein 41 (LOC100496167), transcript variant X4, mRNA.

Target ORF information:

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

XM_012959863.2

ORF Insert Sequence:

ATGCAAAAGG ATCCCAGTTA TTACTTTATG CACAGACCAC CAATTTGCCC ATATGTGTGT 
TCAACAATAA AAGATTTCCA AGAAGAGAGA AATTATTTGA GCAAAAATAT ATTTGAGCAA 
CTCAATGACT TCTGCTATGC CCGAGGAACT TCCTTCAAAG CTGTTGATCT CAGGTGGCCA 
TTAGAGGGCC AGCCTTATCA TGTAAAACCT TTCAATGTCG CTGAGCAGTT GACATTGTCT 
CTTGATTACA TTGAACGTTC ATCACCTTTT TTCATATGTA TACTAGGTCA CACTTATGGG 
GAGTTTATTC CTGAAGCTCA TTCTCATTGC CCCATTAATT CTGTCAGTAT TTCAGATTTT 
TCTGCTTTAC CAAATGTGGA GCAGAAACTT GTGGTGGCAG CTAATAGTGG CTATTCTTGG 
TTACTGGAAG GAGGAAACAG AGAGTGCAGC ATCACAGAAC TGGAAATCCA CCATGCTGCA 
TTTTCAAGAG ATGTTGGATT TCAGTATTTC TACTTCAGAG ACCACGTGTG CATTGAAGAA 
CAATTGCACA AGGCAAATGA AGAAGAGAAA AAAACCATTC TTTCCACTTT TGAAAGTGAA 
AATGATTATG AGAGAACAAA GATTTGGGAA CTTAAAATCA GAATAGTAGA TAAAGGATTT 
CCGGTGAGGT TCTTCAAAAC TAAAGAGGAA CTTGGAAATT TGGTACTGAA AGATTGGTGT 
GATATAATAG AGAGATTGTA TCCTCTCTCA GCCACTCCTA AAAATATTGG TCATGAACAC 
AGCCTTCAAC ATGCTTACAA CAAAGCTTTC GCAGAGTGCC TTTGCAAGGA TTTTGTGCCA 
ACAGAACAAT CAAATAAACT ACTTACAGTC CTGGATGACT TTGTGTTTGG TGCACAGGCA 
GAGAAACAAT CTACTCATTC CTTGGGATCT GAAAGCATAG ATTGTGATGT CTTGCATAAT 
ACAGCTGCAA GATCTGGAGC CGCTTCTATC CTGGTCCTAT ATGGAGATCG AGGCTGTGGC 
AAGTCAACTA TTGCAGCAAA ATGGTTTAAC TCATTTAGGA CAAATAACCC AGATATCACA 
GTAATCTCAT ATTTTGTTGG CAGTAGTGGA AGAAGCAGCA ACATCATGTC TTTCATGCGA 
TACTGCATCA CAGTGCTCCA GTGTGAATAC TTTGGTGTTC AAGCTGAAGA TTTGATGAAC 
AATGAGAATA GTACTGATAT GTGGGCTTTC CCATTGCTCC TGGAGGTTTT TTTGTCATGT 
ATTACATTAA AACCCTGTGT CCTGCTACTA GATGGCATTG ATGGGCTTTC TGGAATTAAT 
GGAATACCCG CAGAGCAAGC AAAGGGCTTT CTATGGCTGC CAGTCAACTT GCCAGATTAC 
TGCAAAATAA TCCTGACAAC CTCTCCAACA CACCTCTCCT TCAAATGTTT AAAGGTTCGT 
TCAGATGTTG TGCTGGCTGA ATATGAAAAT GTGTGGGATG AAAACATTCG GCTGTGTATC 
TTCCACAAAC ATTTAGCAAT GCCCAGGAGG CATATTTCAC AGGACTGGCT TAAAAGCATT 
GTAAACAGGG AAAGAAAAAT GACCCTCCTC CATCTTGCCT TGCTGGCAAA TGAACTGAGC 
ACAATATCAC AGGATGGACC GCAGTACCTA AAAGGATTTC TAAAAGCTCG GTCTGCTAAG 
GAGCTGTTGT CACTGATCAT AGAACGCTGG GTTAATGACT ACAGTTGGAC ATGCAAAAAG 
CAATGTAAAG GGAAAAACAA GTCCTTTCCT GTGGAAAAAT GTAATACAGG TATGAAAGGC 
TGGGTAGTAG ATGTCTTGTG TCTGCTTAGT ACTTCTCGTT GCGGCTTGAG CGAACATGAT 
ATCCTACATC TTCTGAAAGT TTTGGGATAC CAACATAAAT ATGAAGTAAC TACTTTACAT 
TGGGCTTCCT TTCGTTGTAT TACATCTAAG TGGATTAAGG AGAAACCTGA TGGACTTCTG 
CACATTTGTC ATCAAACATT TCGGGATGTT GTTGAACATT TACTGCTTGG TGTTTTTATC 
CCAATCAATG AAAGTCTCAT CATGAATCCT GAAAGAAAGC AATTTCATGA AGTTCTCATT 
AAGCATTTTC AGCATTTACA ATTTTCAAGA CAAGTTTATG AGGAAGTACC ATGGCATCTT 
AAGATGATTG GTGATGTACA TGGGTTATCT ACATTTCTTT CAAACAAAAG AAATCTTGGT 
GCGATCTTTA GAAACACAAG GTTTGGACAT CAGATAAAAA TGGACCTAAT TTATCATTGG 
CAGTTTTTGT CTCTGTCTGG AAAGGATCCA GCTGTGGAAT GTCAAAGAAT GAAGGACAGC 
ATTGCAGAAG GTACAAAGAA AGAATTTTGT GAGCTGGTGG ATCAGTGTAG AGTATTAGCC 
TTTGCTGCTC ACTGTCTGAA ACATATTGGC AAGACCGCTG AAGCAGAAAA TGTATTCTTA 
TTAGTTGAAA CTCAACTACA CTTGATGGAA TCAGAAAAAG TAGTTACAGA AGTTACAGAA 
ATACTTTTGT GGGCACAGAA GCATTTGGGA GATCTGTATC GTGAAATTGG ATCTTGGAAA 
GAAGCATTTT GTTATTATCA GAAGGCTTAT TACAATTTTG ATTGTTTACC TACAGAAAAT 
GTGGAAGACG ATGGCATATT ACTTGAACTC AAGGGCAGGC TATTATGCAA TTTAGCCCTT 
TTAAATTCCA GCGAGTGCAG AGGTCAGCAC AACCAGTACC TTGAAAAAGC TTTAAGACAC 
TTTCAGTTAA TCCCACCTAA GCCCTATGAG CAAGCTGAAT TAGAACTCTG TCAAGGACTT 
CACAGATTTT ATTCTGGAGG CATTTGTGAG GCTGAAAAAC ATCTCTGTAA ATGTTTAGCA 
ATACGGAGCA AACTGTATGG CAAGAAAAGC CTCCTTACTG GAGAGGCCCG GGAGAACCTT 
GCAGATTTAC AAAGTCATCT TGGTGAAAAA ATGTATTCCC ACAGGCTACA AGCACTTGAA 
CATTACAAGG AGGTAATAGA AATAAAAAAA GCCAACAGAA CATTTCTGCA ATCAGTGCAA 
GCAAGGCAGA ATCTGGAGCT AAGCCTGAGC ACTACTTTTT TTAAGCTAGG TAAACTCTTG 
TGTTGTTCTG AATTTGGAAT AGATAAAGAA GGTATTGCAT TTTTAAAACA GTCAGCAGCT 
ATCAGAACAA TCATTAAAGG TCCTGATCAT CCTTTGAGCT GTGAGGTCCA AAGATCAGTT 
TCAAAATCCG AGCAGTATTC TTTAATCCAC CAATCTGCTC GGTACCATAT TCCTGGGAGA 
TATCCAACAC TACATACTCC TCTTCCACCT AAAAGAAATC AAATTCGCAA AGATGTCCAA 
GCAGGTTGGG AAAATGCAAG ACAAAACATT TAA

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

Bos taurus (cattle)	LOC505479	XP_003586125.2
Danio rerio (zebrafish)	LOC101885759	XP_005164667.1
Pan troglodytes (chimpanzee)	LOC100615653	XP_003313972.1
Mus musculus (house mouse)	BC030307	NP_001003910.2
Xenopus tropicalis (tropical clawed frog)	LOC100496167	XP_002938129.1
Rattus norvegicus (Norway rat)	LOC362863	NP_001164076.1

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

LOC100496167 cDNA ORF clone, Xenopus tropicalis(tropical clawed frog)

Gene

Clones

gRNAs

Target ORF information:

Target ORF information:

ORF Insert Sequence:

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