LOC105359999 cDNA ORF clone, Ceratosolen solmsi marchali

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC105359999
Entrez Gene ID	105359999
Full Name	mucin-17
Gene Type	protein-coding
Organism	Ceratosolen solmsi marchali

mRNA and Protein(s)

mRNA	Protein	Name
XM_011496768.1	XP_011495070.1	mucin-17

Pathways from BioSystems
Gene Ontology

The following LOC105359999 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC105359999 cDNA ORF which is encoded by the open reading frame (ORF) sequence. ORF sequences can be delivered in our standard vector, pcDNA3.1⁺/C-(K)DYK or the vector of your choice as an expression/transfection-ready ORF clone. Not the clone you want? Click here to find your clone.

***CloneID	Accession No.	Definition	**Vector	*Turnaround time	Price (USD)	Select
OCe195608	XM_011496768.1 Latest version!	Ceratosolen solmsi marchali mucin-17 (LOC105359999), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	29-31	$1371.30 $1959.00

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** You may select a custom vector to replace pcDNA3.1+/C-(K)DYK after clone is added to cart.

** GenScript guarantees 100% sequence accuracy of all synthetic DNA constructs we deliver, but we do not guarantee protein expression in your experimental system. Protein expression is influenced by many factors that may vary between experiments or laboratories. In addition, please pay attention to the signal peptide, propeptide and transit peptide in target ORF, which may affect the choice of vector (N/C terminal tag vector).

***One clone ID might be correlated to multiple accession numbers, which share the same CDS sequence.

Reference Sequences (Refseq)

LOC105359999 ( XM_011496768.1 ) cDNA ORF clone, Ceratosolen solmsi marchali -> XP_011495070.1 Ceratosolen solmsi marchali mucin-17 (LOC105359999), mRNA.

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CloneID	OCe195608
Clone ID Related Accession (Same CDS sequence)	XM_011496768.1
Accession Version	XM_011496768.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 7788bp) 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	2015-03-08
Organism	Ceratosolen solmsi marchali
Product	mucin-17
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_011948417.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Ceratosolen solmsi marchali Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## ab initio :: 9% of CDS bases ##RefSeq-Attributes-END##

ATGGCTTCAA GCGGCTGCTA CTACAACTTC CAACGCTACC AAGAAGGCGC CCGGATCATC 
ACGAACGAGC CTTGCTTGAA TTGCACATGC CACAATCGAA TGCTAATGTG CTATCTGAGG 
GTATGCCCCT TCACAAAGGC GATAGGTCAA GACTGCACGG TGGAAAAGCG TCCGGACCAA 
TGCTGCCCCG TAATCACGTG CCCAGAAGTG CCAGTGCAGC TGTTGACCTC GACGACGACT 
TCGCCCTCCA AATCACCAAC ACCGTCCTCG CCCGACGCTC TGCTTTCATT CGAACTCGGC 
TTCCCCGACA CATACGGCTG CAATGTCAAC GACCGCTTCT TCGCCGACGG CGCCCAACTA 
CCGATCGAAG CCAATAACCC CTGCGAGCTC TGTTACTGCA TCAGAAATAA GACAACCTGT 
CTTATGCAGC AGTGCACTCT ATCCGTTGCT GGATGCAGGC CAGTTTATCA GCCGGGAATC 
TGCTGTCCTG TCAAGTACAA TTGCGAGTAC GACGAAGGAT ACGAAATTGC CGCCGGTACC 
ACACCCGGTC TCATTATGAC CACGACACTC GCACCACGTA CAACACCCCC GCAATGTCAC 
TACGATGATA AAGCATACGA AGACGGTGAA CTTATCTACA CCATACAGCC CTGTCAGCAC 
TGCTATTGCT TCCACGGCGA GATTGTCTGT GCTGTTCAGG AATGTGGTAA GCCCATGGAA 
TCCCATGGCA AAAATTGTAC GGCCCTGCCA CCGCTCGATG GAGAGTGCTG CCCAACCACG 
TATCAGTGCG AAGATGGATT TGCAAATTTA GCAACAGAAA TTTCTGACGA TGGTGACAGG 
AAAAATATTC CAGAACAATC TACTGACCAT GAGGAGCATA GACAGCAAGA ATCGTTCCCA 
GGAGCGGATA ATACGATTCC TGAACAAATA GTAGCCAATC GCATACCTAC AACCGATAAA 
GCATTAATCG TAACACCTTT AGGTAATGAG GTTCCTGAAT TGGGAATTCA AGAGCCTGTA 
AAATTGTCTT CCAATGAAGC TACGATTGAA GAAGAAAGGT ATACGACTTT GATATATGAA 
AATTCTCAAT TAGCAAAAGA ATCGGAGGGA GAGCCGGAAA CGACAGTCAT TAAAGCCAAT 
GATAATAATA CAATGACGGC ACTTGATATA AATGACGATT CATTGAAAAT GTCAACGGGC 
AGTATAAACG AAATATCGCA AACAGAAATT CCTGCAACTA CTCACGGAGG TGTAACATTC 
GAATTTCCTT CAAGAATTAC CGAAGTCAGT ACTGCAGAAA GTGAAAAAGA GGAGAAACCA 
ATAACGGAAT CGAGTATTTC AACGGGATTA CCGGCAGAAT CAAAAATATC CCAAGCCAAT 
GGAGAAATTA CTACAATAAT CAATTTGGAA AAAGGAATAG ACGCATTAAT TGATAGTGAA 
TTAACCGATG CTTACACGAC GGAACAGCAA ACGGAAGAAT TAGATAAATC ATCCACAAAA 
TCTTCCATAA TTGATGACGA ACTTGTAAAA TCAAGCCAAT CCGAGATCAA TACCACTGAG 
AGAGAATTAT CAGAAGACGC AACAACATCG ATAACAAATG AACCAATAGA GAAATCTAGT 
GAATCATCTA GTCCAATTAG TGAAATAACA ACGACAGAGC AAAGCAGTAG TAATAAAATA 
TCAGACTCTC TACTTTATAC TTCTGATAAG GATTCCGATA AGCCAGTGGA TAGCACGGAT 
GGGCAATATT ATACTACTGA ACGTGATAAC AATATAGTTG AGTATTCGAC GGTAAAAATT 
GAGGATAAAT TAGGCGAAGA ACATATGACT TCGGTTAATT ACGAAATACC AATAACTAGT 
TCCGAAGAAT ACAAGAAGGT TGAAAAAGTT AGTACACCAT CTGTTTTTGA AGATCCATTA 
ATAAATAGCG ATGATGAAGT GTCCGAGAAA ATAAATGCAC CGATTGATGC TGAATCAGCG 
ACAGAATTAA GTGTCGATCA TGATGAAAGG ACAGAGGATA TTTATGTAAC TAAAGTCATT 
GAAACGTCAA CTGTAATACA TTCTAACGAA CATATAGATA AAGAAAAAAA TATCTCGTCC 
GACAGTTTTG AAACGTCGAC TATAGACACT TCGATTTATA AAAATGAAAT GGAACAACCT 
AATGGGTTTA CGAGCATTGA ATTTGTAACA GCATCGAGTA CGGATGAAAT TAAAGGAATA 
GAAAATGTAG TGACAGTAAC AAAAACTGAT ACACCAGCAT TGGCTAATGT TGATGAGACT 
AATGATAATA CAGCAATTAA TTCATCCACG GATTTTGATA AATCAACTGA TAACGATTAT 
GATAAGCAAA CGGAAAAAAC TAATTTCCCA TTAAGCACAG AAATACCATT CACCGATAGT 
TTTCACAATA ATAATAATAA TAACGAAGAA GTAAGCAATG AGGCGATAAA TCCTGTATAT 
ACCATCACTG AAGAAAGCAC GCTTGCCCCA ATAAACTCTT CACTTACCGA TAACACTTTT 
GAAAAAACTA ATAACGAAGA AATATCAGCC GAATTCAGCA CTGCGGTTCA AGATCATGAA 
AAACTGCCGC TCGAAGGTAA TACAGAAGCA ATAGAAATAC CGGAACAAGA ATCTACTGAA 
ATTTTAATGC CAGAACGAGG TCCTGAACAT AAAGCAGAGG ATAACGACGC TGTGACGGAT 
AGTGAAGCAA CAGAAGGAAA CTTCGTTAAT GAAAGTGAAC TTCCTGACAG CTTAAATAAT 
ACCGATAATA AGCAAACCGA TCGTCCGGAA TATGTATCAA CGACTTATTT ACCCCCGCAT 
GACTTAAGTA CTGACACAAG TCAGCAGCCG TCTACGTCAC TACACGAAGC TTATCCAATA 
GAAGATTCTG AAATAGAAAG TTATATTACG GAAATTTCTA TTCCATCTAA AGCGTCTTCT 
GAAAGTACGA CAATGCTATC TATCGACGGA ATATCAGAAT ATAATAAACC AGATGAAAAT 
ATAGAACCTA TCGAGCCAAA TCTGCATATG ATAGAGAACG AGCGAACAAG TAATGCAGAA 
AGTACTTCGG AAACAATACC AATTGATGAA ATCAGCACTA AACAAACAAG TACGACTAAT 
TCGTCTGTAG AAGAATATAT AATTCATGCT GACGATGTGA GTACGGAGCA GTCATTGACG 
GACAAAGAAA TCATAGAAAA GTTAACTGTC AAGCCATCAT TGGAGGCTAG TAATACACAA 
TCGCCGATAT TAATTGATCA TCAGAAAGAT ACATCCGAGG TGCATGAAGA ACTTGACGAT 
AATTCACAAG TTAATACGAT GGATAACGAA AATATACGTT CAACCGAAAT GACGATAGAT 
TCAACCTTCA AAGATGAACA TACCGAAACA TTACCAATTA ATTTACAGAA TATTAATGAA 
CATAAGCCTG AATTGGAAGA AGATATATCT CCATTATCAA AGGAAAATGA GTTAATCACT 
GAAGTTTCAG ATATCCAAGA GAGTAGCGAA CCGAGTCCAA ATGAAAATTC TATACCCGAG 
TTAATAAAGA ATCCAATTGA TAAAGAAGAA TCTACAATAA TCGATACTTT AGGAGCAAAT 
AATAAATCAT CCGAACCTAT GAGCGAAGAT CACATTATCG ATGAATTGAA CGCAGTTACA 
CAATCAATTT TATCCGAGGC TTCGTTGGAT ACAAGTGATT TCAATATATC AAAGGAAGTG 
CTGGAAGAAA GTTTGGGAAA TACCGAGACT AGTACAGTAT CTATTGTCGA GGCATTAGGG 
TTGGATGAAA TAACAGACAA TGATAGCGCT GTTACTCAAA AATTCACTGA TAAGGAAAGT 
GAATTGCCGT CGTCGTCCGA AGCATCGACG AATACCGAAG ACGATCAATT CTCAACTACA 
AAAATAGATC CTGAAATATC TGTCAATAAC GAAGAAGATA GAAAAGATAT TACAATTACA 
GAGGATGATA CTCCAACTGA AACGATCGAA GAACATAAAT TTAATAATAT AAACTCTCAA 
TTACCTGGGG AGGAGCCGAT GACTAGTGTA CAAGAAGAAT CTGTCACGGA AAATTTAGAG 
AAAGAATCAT TAACGACAAT AATATATAAT ACCGAACAAT TTACTGAGAG ACCCGAATCG 
CCGAATAATA AACCTAAAGA TGAACATAAA CTGGGACATT CGACAGAAGT AAATCCAATG 
ACTAGTGAAA TGCCTGAAAT TGAAATTAAA TTACCAGTAT CGGCCGACAT GCGGCCCGCT 
TCAGGTATTC CCGGAGAAGG TAATTGTTTG GTCGATGGAC AATCTTATTA TAATAATTCG 
GCTATTCCTC CAGCAAATGC TTGCCAATTA AGTTGTCGAT GTGTGAGTAG CATTGTGCAG 
TGTGATCTTA TTAAATGCTC TCCACCGCCA ACAGACTTGC CTAACTGCGT ACCTATGTAC 
ACAAATGCGG ACTCGTGCTG TCCCATGTAT ACCTGTGATT CGACTTCCAG CGTTGAATTA 
GAGGCTGATA ATCAAATGAC TGATAATCAT TTATCCACTT ATGATGATAA GATGCAAACT 
AAAGCACCGG AAAATCCTTC GGTAGATGAG CATCATGTTT ATTCAGAAAT CACCACAAGT 
ACAGAAAATA CCAGGCCTAT CGAACAATCA ACTGAGTATT CTATTAAATT GCAGCCAGAA 
ATCTTAGAAT CAACCTCAAT TGTCAATGAG TTGGATAAAT CAACAGCTCC TCCATTTTTG 
GAGAAGCAGA CAATTAGTTC TTCGATATTT ATAGAAACTA CTTCAATTGC GATCGATGAG 
TCAAGCGCAC CGGCGGCAGA TATCAGCGAA GAAACATCCC CAGGTTATGT TGGCGATAGA 
AATAAAGACA CCGAAGAATA TCAGCTCGGT GTATCCAATA AAGCTAACAA TACCGAGGAA 
GATGCCATTT TCATAACTAC AGAATTTAGT AGTGCAAAAC CAGAAGATTC TAATGAAGAA 
TATGATATTA ATTTACCGCC GAAATTAGAT TTTGAGCACG AGTCGCAAAC CGAAATGAAT 
AAACTCGAAG AGCCAATGAA TTACGATGAT TTACATAAAA CAATTGCAGA AAATGTTGAT 
TCGATAGTTA GAGAAATTAC AATCGATAAT ACGCCCGAGA CAGTACATTT AACAACACAG 
TCGAGTTTAT TTACTGAATC GGAATCTAAG CATAAAGATT TGATCGAAAC GACTGCGAAA 
AATGACATAA CTGCAAACGA CATACAAGAG CCAGCGTATG AAACAACTGC TCTTTCTATA 
GAATCCATTG ATAAGGAAAC ATCAAAGGCT CCTGCGGATA GCGATGAATT ATTCACTCCT 
CCCGCTGCTG AAACGAAGCC AACTTCGTTA GATACGCTTG AAAATATAAC ATTAGCGCCG 
GTAACAATAC CGACTACAGA GGACCAACAA GTCGACAAAC TGAATGATTC TGATTTAGAA 
TACTACTCGC CAACATCTAC AGAATCAAAT TCAGTTGAAA TCAATAAAAT AGCCGTTGAC 
TCGAGCACGG AACTTTCCAT AACTGAGAAG GAATTTGCTG AATCGACTCC AATTTCATCG 
ACCGAAAGTG TCACGAAATA TGAGGAAATT GAATTAGAAA ATTTACCTAC AGTGTCACCG 
AACAACCAAA CAATTTCATT ATCCGTAAAT TCAGAATCCA CCGGACTAAA TAAAGACATT 
GATACGTTAA ACGGTCACGC AACCGAGATC GCGTCAAATG ATTTATCATC CACTATTTCT 
CCAACAGCGG TCGATGATAA TTCAACGGAA AAAAAATTGA TTGCTCAAGT TGAGGAAAAA 
CAAGTACCAA CTACAGTCGT TAATAATAGC TCAGAGGAAG CCCTATTTGT AAAACTGGAC 
ACAAATTCAA CGATAAATGA ATCGGGCGAA GACGTTTTAA CCGAAGAAAA TGTCCCTATA 
ACGGAAGATC CAAAATTAAT TTTGCCGAAT GTCGAAACAA CTAAATTAAC TACTGAAAAT 
GAAGAATCAT CCCCAGAATC GTCGACAATA ATACAATTAA ATATTGAAAA TCTTGAGAAT 
AATGAATTCA CAGATGCCAC GCAATTTGAA GAGACAGAAA ATAAATTCCC GTTAGATAAA 
GATAAGATAG AGTCTGAAGA AGAAATAAGA TTAGAAAGTA CGACGGAAAT TGTGGAGGAG 
CAAAAAGAAG AGCCAACAAC GAGTCATAAG GAATTGAACG AAGAATTGGG AATATCGGGT 
CAAGAAATTA TTACAGAGTC GGCAATAATT AATGATAATG AAACTGAATT TATAATTAGG 
CCAACCGAAT CGTTAATCGA GCCTGAAAAA CATATCACAA CGTTGGATGA TGAAAAAACT 
ATTCAGACGG AGAGTGAAAT AAAGACAACT GAGAAGAGCG AACAATTCGA ACATTCTGAA 
ATTGAAAAAG AATTAGCGGA AGGTATGACG ACAGTTCAAT CTGTATTATA CCATGAACCA 
AGTACACCAG GATACGACGA TCCTATCAAT AAAGATGAAG AGGATATGCA CAGTCCAGTA 
GAAACTACAA CGGATAAATT GTTGTTTGTT AATAAAACGA TCGATCAAAG CAACCTGGAA 
GTCACAACGA TGATAAAGGA CGATGAAGAA ATATTTTCTC ATGAAACGTC GACGATTAAA 
TCGACGTATA TTGAAAGTTA TCAAGATAAC GATGGCTTAG AGATCCTTAC TGAAACACCG 
AACAAAGAAC TTGGCGATGG ATCAACGAGC GACGAAATTC CCGAACTTGA CGAACAAAAG 
GGTAATTTCA GCCAAGTCAC AATCTCAGAA GCTGCCACCA CTGATTCAAC ACCTAGTCAA 
AGTAATAATG AAAATGAGCA CAGCAGCATA GGATCGATTG TACCCGAGGG GCCGACCTCG 
ACAATTGGCA TACCTACTAG CGAAATCCAA ACAACACTAT CAAATGATCT TCGTGAACAA 
AGTACCAAGA TCACAGTACC GGAGGAAGAA TTAACAAACG TTCAACAAAC ATCCGAAGTG 
ACAAATGCCG AAGATAATCA ATATCACGAC CACATTGTCG GCGGCCAACA AACGGAGGAG 
CCAATCGTAT TAGCTACTCA CGGTAATAGC GAAGAGCGAC CGATCGAATC GCACTCGACA 
ACATCCGAAC CCGATATTAA TAAACCTCAC AAGCGTCCCG AGTTCCCGGA TCAACAATCA 
ACGGAAACAG ACGATGAAAA CGTTTTTCCC CCTGATTCCG CCGATATAAA AAATCCATTC 
AATACAGACG ATCCTGAATC GGAAGATTAT GACGATCAGG CAGTTTATGG TCCTGGCACA 
TGCCGATACG GTGGAAAGAT TTACATGTCG GCTCAGCAGA TTCCTCGTGA CGATGCTTGT 
GACTTTTGCT TCTGCTTCCG CAGTGACATA ATATGCTTAC AACAAAGTTG CCCGCCACCG 
ATTCTCGGTT GTCGCGAAGA ACCAATCGGT GGATTCTGCT GTCCAAGGTA CGAGTGTCCG 
GTATCCATGG CAACATCTCT CAATCTGACG ACAACAACCA CGACCACAAC GACAACATTA 
CCACCTCATT TCTTGTCGCA CGCGTACAAA GGGAGCGCAT TCCGTGGAGG ATGTCAAGTT 
GGTAACAAGG CGTACCGAGT TGGTGAAGAT ATAAAATCAA AATCCGGACC CTGTATGTCA 
TGCATCTGCG GAGGAGATGG TAAAATGAAA TGCGAACCGA AAGCTTGTTC CGCGAGCCCA 
ATGCTGAAGG AGATGATAGC TCATGCCGCT GCCAAAAAAA GAAGATGA

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

RefSeq	XP_011495070.1
CDS	1..7788
Translation	MASSGCYYNFQRYQEGARIITNEPCLNCTCHNRMLMCYLRVCPFTKAIGQDCTVEKRPDQCCPVITCPEVPVQLLTSTTTSPSKSPTPSSPDALLSFELGFPDTYGCNVNDRFFADGAQLPIEANNPCELCYCIRNKTTCLMQQCTLSVAGCRPVYQPGICCPVKYNCEYDEGYEIAAGTTPGLIMTTTLAPRTTPPQCHYDDKAYEDGELIYTIQPCQHCYCFHGEIVCAVQECGKPMESHGKNCTALPPLDGECCPTTYQCEDGFANLATEISDDGDRKNIPEQSTDHEEHRQQESFPGADNTIPEQIVANRIPTTDKALIVTPLGNEVPELGIQEPVKLSSNEATIEEERYTTLIYENSQLAKESEGEPETTVIKANDNNTMTALDINDDSLKMSTGSINEISQTEIPATTHGGVTFEFPSRITEVSTAESEKEEKPITESSISTGLPAESKISQANGEITTIINLEKGIDALIDSELTDAYTTEQQTEELDKSSTKSSIIDDELVKSSQSEINTTERELSEDATTSITNEPIEKSSESSSPISEITTTEQSSSNKISDSLLYTSDKDSDKPVDSTDGQYYTTERDNNIVEYSTVKIEDKLGEEHMTSVNYEIPITSSEEYKKVEKVSTPSVFEDPLINSDDEVSEKINAPIDAESATELSVDHDERTEDIYVTKVIETSTVIHSNEHIDKEKNISSDSFETSTIDTSIYKNEMEQPNGFTSIEFVTASSTDEIKGIENVVTVTKTDTPALANVDETNDNTAINSSTDFDKSTDNDYDKQTEKTNFPLSTEIPFTDSFHNNNNNNEEVSNEAINPVYTITEESTLAPINSSLTDNTFEKTNNEEISAEFSTAVQDHEKLPLEGNTEAIEIPEQESTEILMPERGPEHKAEDNDAVTDSEATEGNFVNESELPDSLNNTDNKQTDRPEYVSTTYLPPHDLSTDTSQQPSTSLHEAYPIEDSEIESYITEISIPSKASSESTTMLSIDGISEYNKPDENIEPIEPNLHMIENERTSNAESTSETIPIDEISTKQTSTTNSSVEEYIIHADDVSTEQSLTDKEIIEKLTVKPSLEASNTQSPILIDHQKDTSEVHEELDDNSQVNTMDNENIRSTEMTIDSTFKDEHTETLPINLQNINEHKPELEEDISPLSKENELITEVSDIQESSEPSPNENSIPELIKNPIDKEESTIIDTLGANNKSSEPMSEDHIIDELNAVTQSILSEASLDTSDFNISKEVLEESLGNTETSTVSIVEALGLDEITDNDSAVTQKFTDKESELPSSSEASTNTEDDQFSTTKIDPEISVNNEEDRKDITITEDDTPTETIEEHKFNNINSQLPGEEPMTSVQEESVTENLEKESLTTIIYNTEQFTERPESPNNKPKDEHKLGHSTEVNPMTSEMPEIEIKLPVSADMRPASGIPGEGNCLVDGQSYYNNSAIPPANACQLSCRCVSSIVQCDLIKCSPPPTDLPNCVPMYTNADSCCPMYTCDSTSSVELEADNQMTDNHLSTYDDKMQTKAPENPSVDEHHVYSEITTSTENTRPIEQSTEYSIKLQPEILESTSIVNELDKSTAPPFLEKQTISSSIFIETTSIAIDESSAPAADISEETSPGYVGDRNKDTEEYQLGVSNKANNTEEDAIFITTEFSSAKPEDSNEEYDINLPPKLDFEHESQTEMNKLEEPMNYDDLHKTIAENVDSIVREITIDNTPETVHLTTQSSLFTESESKHKDLIETTAKNDITANDIQEPAYETTALSIESIDKETSKAPADSDELFTPPAAETKPTSLDTLENITLAPVTIPTTEDQQVDKLNDSDLEYYSPTSTESNSVEINKIAVDSSTELSITEKEFAESTPISSTESVTKYEEIELENLPTVSPNNQTISLSVNSESTGLNKDIDTLNGHATEIASNDLSSTISPTAVDDNSTEKKLIAQVEEKQVPTTVVNNSSEEALFVKLDTNSTINESGEDVLTEENVPITEDPKLILPNVETTKLTTENEESSPESSTIIQLNIENLENNEFTDATQFEETENKFPLDKDKIESEEEIRLESTTEIVEEQKEEPTTSHKELNEELGISGQEIITESAIINDNETEFIIRPTESLIEPEKHITTLDDEKTIQTESEIKTTEKSEQFEHSEIEKELAEGMTTVQSVLYHEPSTPGYDDPINKDEEDMHSPVETTTDKLLFVNKTIDQSNLEVTTMIKDDEEIFSHETSTIKSTYIESYQDNDGLEILTETPNKELGDGSTSDEIPELDEQKGNFSQVTISEAATTDSTPSQSNNENEHSSIGSIVPEGPTSTIGIPTSEIQTTLSNDLREQSTKITVPEEELTNVQQTSEVTNAEDNQYHDHIVGGQQTEEPIVLATHGNSEERPIESHSTTSEPDINKPHKRPEFPDQQSTETDDENVFPPDSADIKNPFNTDDPESEDYDDQAVYGPGTCRYGGKIYMSAQQIPRDDACDFCFCFRSDIICLQQSCPPPILGCREEPIGGFCCPRYECPVSMATSLNLTTTTTTTTTTLPPHFLSHAYKGSAFRGGCQVGNKAYRVGEDIKSKSGPCMSCICGGDGKMKCEPKACSASPMLKEMIAHAAAKKRR

Target ORF information:

RefSeq Version	XM_011496768.1
Organism	Ceratosolen solmsi marchali
Definition	Ceratosolen solmsi marchali mucin-17 (LOC105359999), mRNA.

Target ORF information:

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

XM_011496768.1

ORF Insert Sequence:

ATGGCTTCAA GCGGCTGCTA CTACAACTTC CAACGCTACC AAGAAGGCGC CCGGATCATC 
ACGAACGAGC CTTGCTTGAA TTGCACATGC CACAATCGAA TGCTAATGTG CTATCTGAGG 
GTATGCCCCT TCACAAAGGC GATAGGTCAA GACTGCACGG TGGAAAAGCG TCCGGACCAA 
TGCTGCCCCG TAATCACGTG CCCAGAAGTG CCAGTGCAGC TGTTGACCTC GACGACGACT 
TCGCCCTCCA AATCACCAAC ACCGTCCTCG CCCGACGCTC TGCTTTCATT CGAACTCGGC 
TTCCCCGACA CATACGGCTG CAATGTCAAC GACCGCTTCT TCGCCGACGG CGCCCAACTA 
CCGATCGAAG CCAATAACCC CTGCGAGCTC TGTTACTGCA TCAGAAATAA GACAACCTGT 
CTTATGCAGC AGTGCACTCT ATCCGTTGCT GGATGCAGGC CAGTTTATCA GCCGGGAATC 
TGCTGTCCTG TCAAGTACAA TTGCGAGTAC GACGAAGGAT ACGAAATTGC CGCCGGTACC 
ACACCCGGTC TCATTATGAC CACGACACTC GCACCACGTA CAACACCCCC GCAATGTCAC 
TACGATGATA AAGCATACGA AGACGGTGAA CTTATCTACA CCATACAGCC CTGTCAGCAC 
TGCTATTGCT TCCACGGCGA GATTGTCTGT GCTGTTCAGG AATGTGGTAA GCCCATGGAA 
TCCCATGGCA AAAATTGTAC GGCCCTGCCA CCGCTCGATG GAGAGTGCTG CCCAACCACG 
TATCAGTGCG AAGATGGATT TGCAAATTTA GCAACAGAAA TTTCTGACGA TGGTGACAGG 
AAAAATATTC CAGAACAATC TACTGACCAT GAGGAGCATA GACAGCAAGA ATCGTTCCCA 
GGAGCGGATA ATACGATTCC TGAACAAATA GTAGCCAATC GCATACCTAC AACCGATAAA 
GCATTAATCG TAACACCTTT AGGTAATGAG GTTCCTGAAT TGGGAATTCA AGAGCCTGTA 
AAATTGTCTT CCAATGAAGC TACGATTGAA GAAGAAAGGT ATACGACTTT GATATATGAA 
AATTCTCAAT TAGCAAAAGA ATCGGAGGGA GAGCCGGAAA CGACAGTCAT TAAAGCCAAT 
GATAATAATA CAATGACGGC ACTTGATATA AATGACGATT CATTGAAAAT GTCAACGGGC 
AGTATAAACG AAATATCGCA AACAGAAATT CCTGCAACTA CTCACGGAGG TGTAACATTC 
GAATTTCCTT CAAGAATTAC CGAAGTCAGT ACTGCAGAAA GTGAAAAAGA GGAGAAACCA 
ATAACGGAAT CGAGTATTTC AACGGGATTA CCGGCAGAAT CAAAAATATC CCAAGCCAAT 
GGAGAAATTA CTACAATAAT CAATTTGGAA AAAGGAATAG ACGCATTAAT TGATAGTGAA 
TTAACCGATG CTTACACGAC GGAACAGCAA ACGGAAGAAT TAGATAAATC ATCCACAAAA 
TCTTCCATAA TTGATGACGA ACTTGTAAAA TCAAGCCAAT CCGAGATCAA TACCACTGAG 
AGAGAATTAT CAGAAGACGC AACAACATCG ATAACAAATG AACCAATAGA GAAATCTAGT 
GAATCATCTA GTCCAATTAG TGAAATAACA ACGACAGAGC AAAGCAGTAG TAATAAAATA 
TCAGACTCTC TACTTTATAC TTCTGATAAG GATTCCGATA AGCCAGTGGA TAGCACGGAT 
GGGCAATATT ATACTACTGA ACGTGATAAC AATATAGTTG AGTATTCGAC GGTAAAAATT 
GAGGATAAAT TAGGCGAAGA ACATATGACT TCGGTTAATT ACGAAATACC AATAACTAGT 
TCCGAAGAAT ACAAGAAGGT TGAAAAAGTT AGTACACCAT CTGTTTTTGA AGATCCATTA 
ATAAATAGCG ATGATGAAGT GTCCGAGAAA ATAAATGCAC CGATTGATGC TGAATCAGCG 
ACAGAATTAA GTGTCGATCA TGATGAAAGG ACAGAGGATA TTTATGTAAC TAAAGTCATT 
GAAACGTCAA CTGTAATACA TTCTAACGAA CATATAGATA AAGAAAAAAA TATCTCGTCC 
GACAGTTTTG AAACGTCGAC TATAGACACT TCGATTTATA AAAATGAAAT GGAACAACCT 
AATGGGTTTA CGAGCATTGA ATTTGTAACA GCATCGAGTA CGGATGAAAT TAAAGGAATA 
GAAAATGTAG TGACAGTAAC AAAAACTGAT ACACCAGCAT TGGCTAATGT TGATGAGACT 
AATGATAATA CAGCAATTAA TTCATCCACG GATTTTGATA AATCAACTGA TAACGATTAT 
GATAAGCAAA CGGAAAAAAC TAATTTCCCA TTAAGCACAG AAATACCATT CACCGATAGT 
TTTCACAATA ATAATAATAA TAACGAAGAA GTAAGCAATG AGGCGATAAA TCCTGTATAT 
ACCATCACTG AAGAAAGCAC GCTTGCCCCA ATAAACTCTT CACTTACCGA TAACACTTTT 
GAAAAAACTA ATAACGAAGA AATATCAGCC GAATTCAGCA CTGCGGTTCA AGATCATGAA 
AAACTGCCGC TCGAAGGTAA TACAGAAGCA ATAGAAATAC CGGAACAAGA ATCTACTGAA 
ATTTTAATGC CAGAACGAGG TCCTGAACAT AAAGCAGAGG ATAACGACGC TGTGACGGAT 
AGTGAAGCAA CAGAAGGAAA CTTCGTTAAT GAAAGTGAAC TTCCTGACAG CTTAAATAAT 
ACCGATAATA AGCAAACCGA TCGTCCGGAA TATGTATCAA CGACTTATTT ACCCCCGCAT 
GACTTAAGTA CTGACACAAG TCAGCAGCCG TCTACGTCAC TACACGAAGC TTATCCAATA 
GAAGATTCTG AAATAGAAAG TTATATTACG GAAATTTCTA TTCCATCTAA AGCGTCTTCT 
GAAAGTACGA CAATGCTATC TATCGACGGA ATATCAGAAT ATAATAAACC AGATGAAAAT 
ATAGAACCTA TCGAGCCAAA TCTGCATATG ATAGAGAACG AGCGAACAAG TAATGCAGAA 
AGTACTTCGG AAACAATACC AATTGATGAA ATCAGCACTA AACAAACAAG TACGACTAAT 
TCGTCTGTAG AAGAATATAT AATTCATGCT GACGATGTGA GTACGGAGCA GTCATTGACG 
GACAAAGAAA TCATAGAAAA GTTAACTGTC AAGCCATCAT TGGAGGCTAG TAATACACAA 
TCGCCGATAT TAATTGATCA TCAGAAAGAT ACATCCGAGG TGCATGAAGA ACTTGACGAT 
AATTCACAAG TTAATACGAT GGATAACGAA AATATACGTT CAACCGAAAT GACGATAGAT 
TCAACCTTCA AAGATGAACA TACCGAAACA TTACCAATTA ATTTACAGAA TATTAATGAA 
CATAAGCCTG AATTGGAAGA AGATATATCT CCATTATCAA AGGAAAATGA GTTAATCACT 
GAAGTTTCAG ATATCCAAGA GAGTAGCGAA CCGAGTCCAA ATGAAAATTC TATACCCGAG 
TTAATAAAGA ATCCAATTGA TAAAGAAGAA TCTACAATAA TCGATACTTT AGGAGCAAAT 
AATAAATCAT CCGAACCTAT GAGCGAAGAT CACATTATCG ATGAATTGAA CGCAGTTACA 
CAATCAATTT TATCCGAGGC TTCGTTGGAT ACAAGTGATT TCAATATATC AAAGGAAGTG 
CTGGAAGAAA GTTTGGGAAA TACCGAGACT AGTACAGTAT CTATTGTCGA GGCATTAGGG 
TTGGATGAAA TAACAGACAA TGATAGCGCT GTTACTCAAA AATTCACTGA TAAGGAAAGT 
GAATTGCCGT CGTCGTCCGA AGCATCGACG AATACCGAAG ACGATCAATT CTCAACTACA 
AAAATAGATC CTGAAATATC TGTCAATAAC GAAGAAGATA GAAAAGATAT TACAATTACA 
GAGGATGATA CTCCAACTGA AACGATCGAA GAACATAAAT TTAATAATAT AAACTCTCAA 
TTACCTGGGG AGGAGCCGAT GACTAGTGTA CAAGAAGAAT CTGTCACGGA AAATTTAGAG 
AAAGAATCAT TAACGACAAT AATATATAAT ACCGAACAAT TTACTGAGAG ACCCGAATCG 
CCGAATAATA AACCTAAAGA TGAACATAAA CTGGGACATT CGACAGAAGT AAATCCAATG 
ACTAGTGAAA TGCCTGAAAT TGAAATTAAA TTACCAGTAT CGGCCGACAT GCGGCCCGCT 
TCAGGTATTC CCGGAGAAGG TAATTGTTTG GTCGATGGAC AATCTTATTA TAATAATTCG 
GCTATTCCTC CAGCAAATGC TTGCCAATTA AGTTGTCGAT GTGTGAGTAG CATTGTGCAG 
TGTGATCTTA TTAAATGCTC TCCACCGCCA ACAGACTTGC CTAACTGCGT ACCTATGTAC 
ACAAATGCGG ACTCGTGCTG TCCCATGTAT ACCTGTGATT CGACTTCCAG CGTTGAATTA 
GAGGCTGATA ATCAAATGAC TGATAATCAT TTATCCACTT ATGATGATAA GATGCAAACT 
AAAGCACCGG AAAATCCTTC GGTAGATGAG CATCATGTTT ATTCAGAAAT CACCACAAGT 
ACAGAAAATA CCAGGCCTAT CGAACAATCA ACTGAGTATT CTATTAAATT GCAGCCAGAA 
ATCTTAGAAT CAACCTCAAT TGTCAATGAG TTGGATAAAT CAACAGCTCC TCCATTTTTG 
GAGAAGCAGA CAATTAGTTC TTCGATATTT ATAGAAACTA CTTCAATTGC GATCGATGAG 
TCAAGCGCAC CGGCGGCAGA TATCAGCGAA GAAACATCCC CAGGTTATGT TGGCGATAGA 
AATAAAGACA CCGAAGAATA TCAGCTCGGT GTATCCAATA AAGCTAACAA TACCGAGGAA 
GATGCCATTT TCATAACTAC AGAATTTAGT AGTGCAAAAC CAGAAGATTC TAATGAAGAA 
TATGATATTA ATTTACCGCC GAAATTAGAT TTTGAGCACG AGTCGCAAAC CGAAATGAAT 
AAACTCGAAG AGCCAATGAA TTACGATGAT TTACATAAAA CAATTGCAGA AAATGTTGAT 
TCGATAGTTA GAGAAATTAC AATCGATAAT ACGCCCGAGA CAGTACATTT AACAACACAG 
TCGAGTTTAT TTACTGAATC GGAATCTAAG CATAAAGATT TGATCGAAAC GACTGCGAAA 
AATGACATAA CTGCAAACGA CATACAAGAG CCAGCGTATG AAACAACTGC TCTTTCTATA 
GAATCCATTG ATAAGGAAAC ATCAAAGGCT CCTGCGGATA GCGATGAATT ATTCACTCCT 
CCCGCTGCTG AAACGAAGCC AACTTCGTTA GATACGCTTG AAAATATAAC ATTAGCGCCG 
GTAACAATAC CGACTACAGA GGACCAACAA GTCGACAAAC TGAATGATTC TGATTTAGAA 
TACTACTCGC CAACATCTAC AGAATCAAAT TCAGTTGAAA TCAATAAAAT AGCCGTTGAC 
TCGAGCACGG AACTTTCCAT AACTGAGAAG GAATTTGCTG AATCGACTCC AATTTCATCG 
ACCGAAAGTG TCACGAAATA TGAGGAAATT GAATTAGAAA ATTTACCTAC AGTGTCACCG 
AACAACCAAA CAATTTCATT ATCCGTAAAT TCAGAATCCA CCGGACTAAA TAAAGACATT 
GATACGTTAA ACGGTCACGC AACCGAGATC GCGTCAAATG ATTTATCATC CACTATTTCT 
CCAACAGCGG TCGATGATAA TTCAACGGAA AAAAAATTGA TTGCTCAAGT TGAGGAAAAA 
CAAGTACCAA CTACAGTCGT TAATAATAGC TCAGAGGAAG CCCTATTTGT AAAACTGGAC 
ACAAATTCAA CGATAAATGA ATCGGGCGAA GACGTTTTAA CCGAAGAAAA TGTCCCTATA 
ACGGAAGATC CAAAATTAAT TTTGCCGAAT GTCGAAACAA CTAAATTAAC TACTGAAAAT 
GAAGAATCAT CCCCAGAATC GTCGACAATA ATACAATTAA ATATTGAAAA TCTTGAGAAT 
AATGAATTCA CAGATGCCAC GCAATTTGAA GAGACAGAAA ATAAATTCCC GTTAGATAAA 
GATAAGATAG AGTCTGAAGA AGAAATAAGA TTAGAAAGTA CGACGGAAAT TGTGGAGGAG 
CAAAAAGAAG AGCCAACAAC GAGTCATAAG GAATTGAACG AAGAATTGGG AATATCGGGT 
CAAGAAATTA TTACAGAGTC GGCAATAATT AATGATAATG AAACTGAATT TATAATTAGG 
CCAACCGAAT CGTTAATCGA GCCTGAAAAA CATATCACAA CGTTGGATGA TGAAAAAACT 
ATTCAGACGG AGAGTGAAAT AAAGACAACT GAGAAGAGCG AACAATTCGA ACATTCTGAA 
ATTGAAAAAG AATTAGCGGA AGGTATGACG ACAGTTCAAT CTGTATTATA CCATGAACCA 
AGTACACCAG GATACGACGA TCCTATCAAT AAAGATGAAG AGGATATGCA CAGTCCAGTA 
GAAACTACAA CGGATAAATT GTTGTTTGTT AATAAAACGA TCGATCAAAG CAACCTGGAA 
GTCACAACGA TGATAAAGGA CGATGAAGAA ATATTTTCTC ATGAAACGTC GACGATTAAA 
TCGACGTATA TTGAAAGTTA TCAAGATAAC GATGGCTTAG AGATCCTTAC TGAAACACCG 
AACAAAGAAC TTGGCGATGG ATCAACGAGC GACGAAATTC CCGAACTTGA CGAACAAAAG 
GGTAATTTCA GCCAAGTCAC AATCTCAGAA GCTGCCACCA CTGATTCAAC ACCTAGTCAA 
AGTAATAATG AAAATGAGCA CAGCAGCATA GGATCGATTG TACCCGAGGG GCCGACCTCG 
ACAATTGGCA TACCTACTAG CGAAATCCAA ACAACACTAT CAAATGATCT TCGTGAACAA 
AGTACCAAGA TCACAGTACC GGAGGAAGAA TTAACAAACG TTCAACAAAC ATCCGAAGTG 
ACAAATGCCG AAGATAATCA ATATCACGAC CACATTGTCG GCGGCCAACA AACGGAGGAG 
CCAATCGTAT TAGCTACTCA CGGTAATAGC GAAGAGCGAC CGATCGAATC GCACTCGACA 
ACATCCGAAC CCGATATTAA TAAACCTCAC AAGCGTCCCG AGTTCCCGGA TCAACAATCA 
ACGGAAACAG ACGATGAAAA CGTTTTTCCC CCTGATTCCG CCGATATAAA AAATCCATTC 
AATACAGACG ATCCTGAATC GGAAGATTAT GACGATCAGG CAGTTTATGG TCCTGGCACA 
TGCCGATACG GTGGAAAGAT TTACATGTCG GCTCAGCAGA TTCCTCGTGA CGATGCTTGT 
GACTTTTGCT TCTGCTTCCG CAGTGACATA ATATGCTTAC AACAAAGTTG CCCGCCACCG 
ATTCTCGGTT GTCGCGAAGA ACCAATCGGT GGATTCTGCT GTCCAAGGTA CGAGTGTCCG 
GTATCCATGG CAACATCTCT CAATCTGACG ACAACAACCA CGACCACAAC GACAACATTA 
CCACCTCATT TCTTGTCGCA CGCGTACAAA GGGAGCGCAT TCCGTGGAGG ATGTCAAGTT 
GGTAACAAGG CGTACCGAGT TGGTGAAGAT ATAAAATCAA AATCCGGACC CTGTATGTCA 
TGCATCTGCG GAGGAGATGG TAAAATGAAA TGCGAACCGA AAGCTTGTTC CGCGAGCCCA 
ATGCTGAAGG AGATGATAGC TCATGCCGCT GCCAAAAAAA GAAGATGA