IGSF9B cDNA ORF clone, Chelonia mydas(Green sea turtle)

Gene
Clones
gRNAs

Summary

Gene Symbol	IGSF9B
Entrez Gene ID	102934723
Full Name	immunoglobulin superfamily member 9B
Gene Type	protein-coding
Organism	Chelonia mydas(Green sea turtle)

mRNA and Protein(s)

mRNA	Protein	Name
XM_007066974.1	XP_007067036.1	protein turtle homolog B
XM_027829238.1	XP_027685039.1	protein turtle homolog B

Pathways from BioSystems
Gene Ontology

The following IGSF9B gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the IGSF9B 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
OCh375572	XM_027829238.1 Latest version!	Chelonia mydas immunoglobulin superfamily member 9B (IGSF9B), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$727.30 $1039.00
OCh75874	XM_007066974.1 Latest version!	Chelonia mydas immunoglobulin superfamily, member 9B (IGSF9B), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$727.30 $1039.00

ORF Online Only Promotion

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

*Business Day

** 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)

IGSF9B ( XM_027829238.1 ) cDNA ORF clone, Chelonia mydas(Green sea turtle) -> XP_027685039.1 Chelonia mydas immunoglobulin superfamily member 9B (IGSF9B), mRNA.

Price & Availability↑

CloneID	OCh375572
Clone ID Related Accession (Same CDS sequence)	XM_027829238.1
Accession Version	XM_027829238.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4338bp) 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	1548086400000
Organism	Chelonia mydas(Green sea turtle)
Product	protein turtle homolog B
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_006660840.1) annotated using gene prediction method: Gnomon, supported by mRNA evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Chelonia mydas Annotation Release 101 Annotation Version :: 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGTCGGTA GTACTATGAT TTGGTATGTG GCCACTTTGA TAGCAAGTGT AATCACCACC 
AGAGGACTTG CAGCTCAAGC TGCTTACGGC TCAAGGGAGG AACCCGAGTT TGTGACCGCT 
CGTGCTGGCG AGAGCGTGAT CCTGGGATGC GACGTGATCC ATCCGCTGAC CGGGCAGCCC 
CCTCCCTATG TGGTGGAGTG GTTCAAATTC GGAGTCCCCA TTCCCATCTT CATCAAGTTT 
GGGTTTTACC CTCCCCATGT GGACCCAGAG TATGCAGGCC GCGCCAGCCT TCATGATAAG 
GCGTCCCTGC GCATCGAGCA GATTCGCTCC GAGGACCAGG GCTGGTACGA GTGCAAAGTG 
CTTATGCTGG ATCAGCAGTA CGACACCTTC CACAACGGCA GCTGGGTGCA CCTCACGGTC 
AATGCTCCCC CCACCTTCAC GGAAACGCCC CCCCAGTATG TAGAAGCAAA GGAGGGCAGC 
AGTATCACCC TGACCTGCAT GGCTTTCGGG AACCCCAAAC CAATTGTCAC CTGGCTGAGA 
GAAGGGGACC TCTTAGGTGC CAGTGGGAAA TACCAGGTGA GCGATGGGAG TCTGACTGTC 
GTGTCCGTCA GTCGGGAAGA CAGAGGCGCG TACACCTGCC GGGCTTACAG CATCCAAGGG 
GAGGCTGTGC ACACCACTCG CCTGCTCGTA CAAGGACCCC CCTTCATCGT TTCCCCTCCA 
GAGAACATCA CCGTCAACAT CTCCCAGGAT GCCCTGTTCA CCTGCCAGGC CGAGGCATAT 
CCAGGGAACA TGACCTACAC CTGGTACTGG GAGGAGGAGA ACGTCTACTT CAAGAATGAC 
CTGAAACTGA GGGTCCGGAT CCTGATTGAC GGGACGCTGA TCATCTTCCG TGTCAAACCA 
GACGATGCTG GGAAATACAC TTGCATTCCT AGCAACAGCC TTGGCCGCTC ACCATCGGCC 
TCCGCCTACC TGACAGTGCA GTATCCCGCC CGTGTGGTGA ACATGCCACC CATCCTGTAT 
GTTCCCATTG GGATACATGG CTACATCCGC TGTCCGGTGG AGGCGGAACC GCCCGTCACC 
TTCGTCAAGT GGAACAAAGA CGGACGCCCC CTGCGAGTCG AAAAGTATTC TGGCTGGAAC 
CTGCTGGAAG ACGGGTCAAT CCGAATAGAG GAGGTAACAG AGGAAGCTCT CGGCACTTAT 
ACCTGTGTGC CTTATAACGC TCTGGGTACG ATGGGCCAGT CCCCCGCTGC CCGACTGGTA 
CTGAAGGACC CACCCTATTT CACGGTGCTA CCAGGCTGGG AGTACAGACA AGAGGCAGGG 
AGGGAGCTGT TGATCCCTTG TGCTGCTGCA GGAGACCCCT TTCCTGTCAT CGCCTGGAGA 
AAGGTAGGGA AGCCCAGTAG AAGCAAGCAC AACACCCTTC CAGGTGGCAC CCTGCAGTTC 
CGATCCCTCA GCAAGGACGA CCATGGGGAG TGGGAGTGCG TCGCTACCAA CGTGGTCGCA 
AGCATTACTG CCAGCACTCA CCTTACAGTC ATAGGCACAA GCCCTCATGC CCCGTGTAGT 
GTGCATGTCG TGGTCTCCAT GACCTCTGCC AACGTCTCCT GGGAGCCTGG CTATGACGGT 
GGATACGAGC AGACATTCTC AGTTTGGTAT GGCCCTCTGA CGAAGAGAGC ACAGTTTGGA 
CCCCATGACT GGCTGTCTCT TCCGGTACCA ATTGGTCCTA GTTGGCTGCT GGTGGACACC 
CTGGAACCAG AGACCGCCTA CCAGTTCAGT GTCTTGGCTC AAAACAAACT GGGTACGAGC 
GCCTTCAGTG AGGTGGTCAC TGTGAACACG CTCGCATTCC CTGTAACAAC TCCAGAACCC 
CTGGTGCTGG TTACCCCACC GAGGTGCCTA ACAGCCAATC GGACGCAGCA AGGAGTCCTG 
TTGTCGTGGC TTCCTCCAGC CAATCACAGC TTTCCAATTG ACCATTACAT CATGGAGTTC 
CGCGTAGGGG AGAGGTGGGA GATCTTGGAC GATGCTATCT TGGGGAGTGA CAATGACTTT 
TTTGCCAAGG ATTTGTCTCA GGACACCTGG TATGAGTTCC GAGTTCTGGC TGTCATGCAG 
GACCTCATCA GTGAGCCTAG TAACATTGCA GGTGTCTCCA GTACAGACAT CTTCCCCCCG 
CCCGACCTGA CGGAAGATGG TTTGGCCCGA CCCGTGCTGG CAGGCATTGT TGCCACCATC 
TGCTTTCTGG CTGCTGCCAT CCTCTTCAGC ACACTAACTG CCTGCTTTGT CAACAAACAA 
CGCAAACGCA AGCTCAAGCG CAAGAAAGAC CCTCCTCTCT CGATAACCCA CTGCAGGAAG 
AGTCTGGAGT CTCCGTTGTC TTCCGGTAAA GTGAGTCCCG AGAGCATCCG CACGCTCCGC 
CCCCCCTCGG AGTCCTCTGA TGACCAAGGC CAGCAGGGCA AGCGTATGCT GAGCCCCAGC 
AAGGAGAAGG AGTTGTCCCT TTACAAGAAG ACCAAGAGGG CCATTAGCAG CAAGAAGTAC 
AGTGTCTCCA AGGCTGAGGC TGAAGCCGAG GCTACTACCC CCATTGAGCT CATCAGCCGT 
GGGCCTGATG GCCGCTTTGT CATGGACCCC TCAGAGATGG AGCCCTCACT CAAGACCCGC 
CGGATAGAGG GCTTCCCCTT TGTGGAGGAG ACAGACATGT ACCCTGAGTT TCGCCAGTCA 
GACGAAGAGA ATGACGACCC CATTGTGCCC TCCTCTGTGA CAGCCCTCAA ATCTCAGCTG 
ACCCCTCTCT CTTCCAGCCA GGAATCCTAC CTTCAGCCAC CAGCATACAG CCCCAGATTC 
CACAGGGGCT TAGAGGGCAC AGGTGCTCTG GAGAGCCGCC TGCAGGCCAC TGGTCAGGCC 
AGACCTCCAG CTCCAAGGCC TTTCCACCAC AGCCAATTTT ATGGTTACCT CAGCAGCAGC 
AGTCCTGGAG AGATGGACCC TCCGCCCTTC TACATGCCAG AGGTCAGCCC TCTCAGCTCT 
GTCATGTCCT CCCCTCCTCT GCACCCTGAG GGGCCCTTTG GACACCCTAC CATCCCAGAG 
GAGAATGGAG AAAATGCTTC CAACAGCACG TTGCCCCTGA CCCAGACGCC AACGGGGGGC 
CGGTCTCCTG AGCCATGGGG CAGGGCTGAG TTCCCTTTCA ACAGCCTGGA GGCTTCTCCC 
ATGATATTTC CTCAACAGCT CCACCAGTGT GAGGTGGCAG AGTGTGTGCA GCTGACGGCC 
TGTCTTCCTA GGGGCCCGCC CCCTTCCTCC CTCCAGGTCC CTGCATCCTA CCCTGGCATT 
CTGCCCCTGG AGGCACCAAA GAGTTGGACT GGCAAGCCAC CTGGCAGAAG CCAACCCTCT 
GTGCCCACCA CCACCAAATG GCAGGACAAA CCTATGCAAC CTATGGCGAG TCAAGGGCAG 
CTAAGACATA CCAGTCAAGG TATGGGCATA CCCGTGTTGC CTTACCATGA ACCGTCCGAG 
TCAGTCAGCC ACAGTGGCAC AAGCACATTT GGCCTGGACA CCAGGTGGTA TGAGCCCCAA 
CCCAGACCTC GGCCTAGCCC TCGGCAAGTC AGGAGGGCTG AGCCCAGTTT ACATCAGGTG 
GTGCTACAAC CTTCGAGGCT TTCCCCTCTG ACCCAAAGCC CCCTCAGCTC CCGCAACAGC 
TCCCCGGAGC TGACTGCACG TGCCAGACCG CGACCGGGTC TCATCCAGCA AGCGGAGATG 
TCGGAGATCA CCCTGCAGCC CCCCGCAGCA GTCAGCTTCT CTTGCAAGTC CACCCCGTCG 
ACCGGCTCCC CGGCTCAAAG CAGCAGGGGA GAAAGCCCCA GCTACCGACC TGCCGTGGCC 
TTCACCTCTT TGGCCACTGG CTACCCCTCC TCTCAGTGCC CCTCCCTTCC CGGGGACAGT 
ATGGATGTCT TTGGACAAAT TCCCTCTCCG AGGAGGGCTG GAGAGGAGAT TCTCAGACCT 
GAGCCAACAC CGACAACATT ATCCACTTCG GGAGAACGTC CATCTCCATC CCGGAACGCT 
GCTGCACCTG AGAGGCTCGA AGCTCTGAAA TACCAGCGGA TAAAGAAGCC CAAAAAGTCA 
TCCAAGGGCT CCTCAAAATC CAGAAAACAA TCCAATGGTT CTGCCTCCCA GGTTCAGCAC 
CTTCCCAACT CTCAGGTACT GTCGCCTGAC GAAGCGGTCT CCCTCCGCAA AAAGAAGAGA 
CACTCTCGTC AGGATCCCTT CGCTCGCCTC TCCGCATTGA AGGATGACCT TTGCCACCGG 
CAGCTCCCTG AGGACCAGAC AGCTATTCTC AACAGCGTGG ACCACGATGA TTCTGGCGGG 
CATGCCACCT TACTTTAG

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

RefSeq	XP_027685039.1
CDS	198..4535
Translation	MVGSTMIWYVATLIASVITTRGLAAQAAYGSREEPEFVTARAGESVILGCDVIHPLTGQPPPYVVEWFKFGVPIPIFIKFGFYPPHVDPEYAGRASLHDKASLRIEQIRSEDQGWYECKVLMLDQQYDTFHNGSWVHLTVNAPPTFTETPPQYVEAKEGSSITLTCMAFGNPKPIVTWLREGDLLGASGKYQVSDGSLTVVSVSREDRGAYTCRAYSIQGEAVHTTRLLVQGPPFIVSPPENITVNISQDALFTCQAEAYPGNMTYTWYWEEENVYFKNDLKLRVRILIDGTLIIFRVKPDDAGKYTCIPSNSLGRSPSASAYLTVQYPARVVNMPPILYVPIGIHGYIRCPVEAEPPVTFVKWNKDGRPLRVEKYSGWNLLEDGSIRIEEVTEEALGTYTCVPYNALGTMGQSPAARLVLKDPPYFTVLPGWEYRQEAGRELLIPCAAAGDPFPVIAWRKVGKPSRSKHNTLPGGTLQFRSLSKDDHGEWECVATNVVASITASTHLTVIGTSPHAPCSVHVVVSMTSANVSWEPGYDGGYEQTFSVWYGPLTKRAQFGPHDWLSLPVPIGPSWLLVDTLEPETAYQFSVLAQNKLGTSAFSEVVTVNTLAFPVTTPEPLVLVTPPRCLTANRTQQGVLLSWLPPANHSFPIDHYIMEFRVGERWEILDDAILGSDNDFFAKDLSQDTWYEFRVLAVMQDLISEPSNIAGVSSTDIFPPPDLTEDGLARPVLAGIVATICFLAAAILFSTLTACFVNKQRKRKLKRKKDPPLSITHCRKSLESPLSSGKVSPESIRTLRPPSESSDDQGQQGKRMLSPSKEKELSLYKKTKRAISSKKYSVSKAEAEAEATTPIELISRGPDGRFVMDPSEMEPSLKTRRIEGFPFVEETDMYPEFRQSDEENDDPIVPSSVTALKSQLTPLSSSQESYLQPPAYSPRFHRGLEGTGALESRLQATGQARPPAPRPFHHSQFYGYLSSSSPGEMDPPPFYMPEVSPLSSVMSSPPLHPEGPFGHPTIPEENGENASNSTLPLTQTPTGGRSPEPWGRAEFPFNSLEASPMIFPQQLHQCEVAECVQLTACLPRGPPPSSLQVPASYPGILPLEAPKSWTGKPPGRSQPSVPTTTKWQDKPMQPMASQGQLRHTSQGMGIPVLPYHEPSESVSHSGTSTFGLDTRWYEPQPRPRPSPRQVRRAEPSLHQVVLQPSRLSPLTQSPLSSRNSSPELTARARPRPGLIQQAEMSEITLQPPAAVSFSCKSTPSTGSPAQSSRGESPSYRPAVAFTSLATGYPSSQCPSLPGDSMDVFGQIPSPRRAGEEILRPEPTPTTLSTSGERPSPSRNAAAPERLEALKYQRIKKPKKSSKGSSKSRKQSNGSASQVQHLPNSQVLSPDEAVSLRKKKRHSRQDPFARLSALKDDLCHRQLPEDQTAILNSVDHDDSGGHATLL

Target ORF information:

RefSeq Version	XM_027829238.1
Organism	Chelonia mydas(Green sea turtle)
Definition	Chelonia mydas immunoglobulin superfamily member 9B (IGSF9B), mRNA.

Target ORF information:

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

XM_027829238.1

ORF Insert Sequence:

ATGGTCGGTA GTACTATGAT TTGGTATGTG GCCACTTTGA TAGCAAGTGT AATCACCACC 
AGAGGACTTG CAGCTCAAGC TGCTTACGGC TCAAGGGAGG AACCCGAGTT TGTGACCGCT 
CGTGCTGGCG AGAGCGTGAT CCTGGGATGC GACGTGATCC ATCCGCTGAC CGGGCAGCCC 
CCTCCCTATG TGGTGGAGTG GTTCAAATTC GGAGTCCCCA TTCCCATCTT CATCAAGTTT 
GGGTTTTACC CTCCCCATGT GGACCCAGAG TATGCAGGCC GCGCCAGCCT TCATGATAAG 
GCGTCCCTGC GCATCGAGCA GATTCGCTCC GAGGACCAGG GCTGGTACGA GTGCAAAGTG 
CTTATGCTGG ATCAGCAGTA CGACACCTTC CACAACGGCA GCTGGGTGCA CCTCACGGTC 
AATGCTCCCC CCACCTTCAC GGAAACGCCC CCCCAGTATG TAGAAGCAAA GGAGGGCAGC 
AGTATCACCC TGACCTGCAT GGCTTTCGGG AACCCCAAAC CAATTGTCAC CTGGCTGAGA 
GAAGGGGACC TCTTAGGTGC CAGTGGGAAA TACCAGGTGA GCGATGGGAG TCTGACTGTC 
GTGTCCGTCA GTCGGGAAGA CAGAGGCGCG TACACCTGCC GGGCTTACAG CATCCAAGGG 
GAGGCTGTGC ACACCACTCG CCTGCTCGTA CAAGGACCCC CCTTCATCGT TTCCCCTCCA 
GAGAACATCA CCGTCAACAT CTCCCAGGAT GCCCTGTTCA CCTGCCAGGC CGAGGCATAT 
CCAGGGAACA TGACCTACAC CTGGTACTGG GAGGAGGAGA ACGTCTACTT CAAGAATGAC 
CTGAAACTGA GGGTCCGGAT CCTGATTGAC GGGACGCTGA TCATCTTCCG TGTCAAACCA 
GACGATGCTG GGAAATACAC TTGCATTCCT AGCAACAGCC TTGGCCGCTC ACCATCGGCC 
TCCGCCTACC TGACAGTGCA GTATCCCGCC CGTGTGGTGA ACATGCCACC CATCCTGTAT 
GTTCCCATTG GGATACATGG CTACATCCGC TGTCCGGTGG AGGCGGAACC GCCCGTCACC 
TTCGTCAAGT GGAACAAAGA CGGACGCCCC CTGCGAGTCG AAAAGTATTC TGGCTGGAAC 
CTGCTGGAAG ACGGGTCAAT CCGAATAGAG GAGGTAACAG AGGAAGCTCT CGGCACTTAT 
ACCTGTGTGC CTTATAACGC TCTGGGTACG ATGGGCCAGT CCCCCGCTGC CCGACTGGTA 
CTGAAGGACC CACCCTATTT CACGGTGCTA CCAGGCTGGG AGTACAGACA AGAGGCAGGG 
AGGGAGCTGT TGATCCCTTG TGCTGCTGCA GGAGACCCCT TTCCTGTCAT CGCCTGGAGA 
AAGGTAGGGA AGCCCAGTAG AAGCAAGCAC AACACCCTTC CAGGTGGCAC CCTGCAGTTC 
CGATCCCTCA GCAAGGACGA CCATGGGGAG TGGGAGTGCG TCGCTACCAA CGTGGTCGCA 
AGCATTACTG CCAGCACTCA CCTTACAGTC ATAGGCACAA GCCCTCATGC CCCGTGTAGT 
GTGCATGTCG TGGTCTCCAT GACCTCTGCC AACGTCTCCT GGGAGCCTGG CTATGACGGT 
GGATACGAGC AGACATTCTC AGTTTGGTAT GGCCCTCTGA CGAAGAGAGC ACAGTTTGGA 
CCCCATGACT GGCTGTCTCT TCCGGTACCA ATTGGTCCTA GTTGGCTGCT GGTGGACACC 
CTGGAACCAG AGACCGCCTA CCAGTTCAGT GTCTTGGCTC AAAACAAACT GGGTACGAGC 
GCCTTCAGTG AGGTGGTCAC TGTGAACACG CTCGCATTCC CTGTAACAAC TCCAGAACCC 
CTGGTGCTGG TTACCCCACC GAGGTGCCTA ACAGCCAATC GGACGCAGCA AGGAGTCCTG 
TTGTCGTGGC TTCCTCCAGC CAATCACAGC TTTCCAATTG ACCATTACAT CATGGAGTTC 
CGCGTAGGGG AGAGGTGGGA GATCTTGGAC GATGCTATCT TGGGGAGTGA CAATGACTTT 
TTTGCCAAGG ATTTGTCTCA GGACACCTGG TATGAGTTCC GAGTTCTGGC TGTCATGCAG 
GACCTCATCA GTGAGCCTAG TAACATTGCA GGTGTCTCCA GTACAGACAT CTTCCCCCCG 
CCCGACCTGA CGGAAGATGG TTTGGCCCGA CCCGTGCTGG CAGGCATTGT TGCCACCATC 
TGCTTTCTGG CTGCTGCCAT CCTCTTCAGC ACACTAACTG CCTGCTTTGT CAACAAACAA 
CGCAAACGCA AGCTCAAGCG CAAGAAAGAC CCTCCTCTCT CGATAACCCA CTGCAGGAAG 
AGTCTGGAGT CTCCGTTGTC TTCCGGTAAA GTGAGTCCCG AGAGCATCCG CACGCTCCGC 
CCCCCCTCGG AGTCCTCTGA TGACCAAGGC CAGCAGGGCA AGCGTATGCT GAGCCCCAGC 
AAGGAGAAGG AGTTGTCCCT TTACAAGAAG ACCAAGAGGG CCATTAGCAG CAAGAAGTAC 
AGTGTCTCCA AGGCTGAGGC TGAAGCCGAG GCTACTACCC CCATTGAGCT CATCAGCCGT 
GGGCCTGATG GCCGCTTTGT CATGGACCCC TCAGAGATGG AGCCCTCACT CAAGACCCGC 
CGGATAGAGG GCTTCCCCTT TGTGGAGGAG ACAGACATGT ACCCTGAGTT TCGCCAGTCA 
GACGAAGAGA ATGACGACCC CATTGTGCCC TCCTCTGTGA CAGCCCTCAA ATCTCAGCTG 
ACCCCTCTCT CTTCCAGCCA GGAATCCTAC CTTCAGCCAC CAGCATACAG CCCCAGATTC 
CACAGGGGCT TAGAGGGCAC AGGTGCTCTG GAGAGCCGCC TGCAGGCCAC TGGTCAGGCC 
AGACCTCCAG CTCCAAGGCC TTTCCACCAC AGCCAATTTT ATGGTTACCT CAGCAGCAGC 
AGTCCTGGAG AGATGGACCC TCCGCCCTTC TACATGCCAG AGGTCAGCCC TCTCAGCTCT 
GTCATGTCCT CCCCTCCTCT GCACCCTGAG GGGCCCTTTG GACACCCTAC CATCCCAGAG 
GAGAATGGAG AAAATGCTTC CAACAGCACG TTGCCCCTGA CCCAGACGCC AACGGGGGGC 
CGGTCTCCTG AGCCATGGGG CAGGGCTGAG TTCCCTTTCA ACAGCCTGGA GGCTTCTCCC 
ATGATATTTC CTCAACAGCT CCACCAGTGT GAGGTGGCAG AGTGTGTGCA GCTGACGGCC 
TGTCTTCCTA GGGGCCCGCC CCCTTCCTCC CTCCAGGTCC CTGCATCCTA CCCTGGCATT 
CTGCCCCTGG AGGCACCAAA GAGTTGGACT GGCAAGCCAC CTGGCAGAAG CCAACCCTCT 
GTGCCCACCA CCACCAAATG GCAGGACAAA CCTATGCAAC CTATGGCGAG TCAAGGGCAG 
CTAAGACATA CCAGTCAAGG TATGGGCATA CCCGTGTTGC CTTACCATGA ACCGTCCGAG 
TCAGTCAGCC ACAGTGGCAC AAGCACATTT GGCCTGGACA CCAGGTGGTA TGAGCCCCAA 
CCCAGACCTC GGCCTAGCCC TCGGCAAGTC AGGAGGGCTG AGCCCAGTTT ACATCAGGTG 
GTGCTACAAC CTTCGAGGCT TTCCCCTCTG ACCCAAAGCC CCCTCAGCTC CCGCAACAGC 
TCCCCGGAGC TGACTGCACG TGCCAGACCG CGACCGGGTC TCATCCAGCA AGCGGAGATG 
TCGGAGATCA CCCTGCAGCC CCCCGCAGCA GTCAGCTTCT CTTGCAAGTC CACCCCGTCG 
ACCGGCTCCC CGGCTCAAAG CAGCAGGGGA GAAAGCCCCA GCTACCGACC TGCCGTGGCC 
TTCACCTCTT TGGCCACTGG CTACCCCTCC TCTCAGTGCC CCTCCCTTCC CGGGGACAGT 
ATGGATGTCT TTGGACAAAT TCCCTCTCCG AGGAGGGCTG GAGAGGAGAT TCTCAGACCT 
GAGCCAACAC CGACAACATT ATCCACTTCG GGAGAACGTC CATCTCCATC CCGGAACGCT 
GCTGCACCTG AGAGGCTCGA AGCTCTGAAA TACCAGCGGA TAAAGAAGCC CAAAAAGTCA 
TCCAAGGGCT CCTCAAAATC CAGAAAACAA TCCAATGGTT CTGCCTCCCA GGTTCAGCAC 
CTTCCCAACT CTCAGGTACT GTCGCCTGAC GAAGCGGTCT CCCTCCGCAA AAAGAAGAGA 
CACTCTCGTC AGGATCCCTT CGCTCGCCTC TCCGCATTGA AGGATGACCT TTGCCACCGG 
CAGCTCCCTG AGGACCAGAC AGCTATTCTC AACAGCGTGG ACCACGATGA TTCTGGCGGG 
CATGCCACCT TACTTTAG

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

IGSF9B ( XM_007066974.1 ) cDNA ORF clone, Chelonia mydas(Green sea turtle) -> XP_007067036.1 Chelonia mydas immunoglobulin superfamily, member 9B (IGSF9B), mRNA.

Price & Availability↑

CloneID	OCh75874
Clone ID Related Accession (Same CDS sequence)	XM_007066974.1
Accession Version	XM_007066974.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4326bp) 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	1394035200000
Organism	Chelonia mydas(Green sea turtle)
Product	protein turtle homolog B
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_006660840.1) annotated using gene prediction method: Gnomon, supported by mRNA evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Chelonia mydas Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 5.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGTCGGTA GTACTATGAT TTGGTATGTG GCCACTTTGA TAGCAAGTGT AATCACCACC 
AGAGGACTTG CAGCTCAAGC TGCTTACGGC TCAAGGGAGG AACCCGAGTT TGTGACCGCT 
CGTGCTGGCG AGAGCGTGAT CCTGGGATGC GACGTGATCC ATCCGCTGAC CGGGCAGCCC 
CCTCCCTATG TGGTGGAGTG GTTCAAATTC GGAGTCCCCA TTCCCATCTT CATCAAGTTT 
GGGTTTTACC CTCCCCATGT GGACCCAGAG TATGCAGGCC GCGCCAGCCT TCATGATAAG 
GCGTCCCTGC GCATCGAGCA GATTCGCTCC GAGGACCAGG GCTGGTACGA GTGCAAAGTG 
CTTATGCTGG ATCAGCAGTA CGACACCTTC CACAACGGCA GCTGGGTGCA CCTCACGGTC 
AATGCTCCCC CCACCTTCAC GGAAACGCCC CCCCAGTATG TAGAAGCAAA GGAGGGCAGC 
AGTATCACCC TGACCTGCAT GGCTTTCGGG AACCCCAAAC CAATTGTCAC CTGGCTGAGA 
GAAGGGGACC TCTTAGGTGC CAGTGGGAAA TACCAGGTGA GCGATGGGAG TCTGACTGTC 
GTGTCCGTCA GTCGGGAAGA CAGAGGCGCG TACACCTGCC GGGCTTACAG CATCCAAGGG 
GAGGCTGTGC ACACCACTCG CCTGCTCGTA CAAGGACCCC CCTTCATCGT TTCCCCTCCA 
GAGAACATCA CCGTCAACAT CTCCCAGGAT GCCCTGTTCA CCTGCCAGGC CGAGGCATAT 
CCAGGGAACA TGACCTACAC CTGGTACTGG GAGGAGGAGA ACGTCTACTT CAAGAATGAC 
CTGAAACTGA GGGTCCGGAT CCTGATTGAC GGGACGCTGA TCATCTTCCG TGTCAAACCA 
GACGATGCTG GGAAATACAC TTGCATTCCT AGCAACAGCC TTGGCCGCTC ACCATCGGCC 
TCCGCCTACC TGACAGTGCA GTATCCCGCC CGTGTGGTGA ACATGCCACC CATCCTGTAT 
GTTCCCATTG GGATACATGG CTACATCCGC TGTCCGGTGG AGGCGGAACC GCCCGTCACC 
TTCGTCAAGT GGAACAAAGA CGGACGCCCC CTGCGAGTCG AAAAGTATTC TGGCTGGAAC 
CTGCTGGAAG ACGGGTCAAT CCGAATAGAG GAGGTAACAG AGGAAGCTCT CGGCACTTAT 
ACCTGTGTGC CTTATAACGC TCTGGGTACG ATGGGCCAGT CCCCCGCTGC CCGACTGGTA 
CTGAAGGACC CACCCTATTT CACGGTGCTA CCAGGCTGGG AGTACAGACA AGAGGCAGGG 
AGGGAGCTGT TGATCCCTTG TGCTGCTGCA GGAGACCCCT TTCCTGTCAT CGCCTGGAGA 
AAGGTAGGGA AGCCCAGTAG AAGCAAGCAC AACACCCTTC CAGGTGGCAC CCTGCAGTTC 
CGATCCCTCA GCAAGGACGA CCATGGGGAG TGGGAGTGCG TCGCTACCAA CGTGGTCGCA 
AGCATTACTG CCAGCACTCA CCTTACAGTC ATAGGCACAA GCCCTCATGC CCCGTGTAGT 
GTGCATGTCG TGGTCTCCAT GACCTCTGCC AACGTCTCCT GGGAGCCTGG CTATGACGGT 
GGATACGAGC AGACATTCTC AGTTTGGACG AAGAGAGCAC AGTTTGGACC CCATGACTGG 
CTGTCTCTTC CGGTACCAAT TGGTCCTAGT TGGCTGCTGG TGGACACCCT GGAACCAGAG 
ACCGCCTACC AGTTCAGTGT CTTGGCTCAA AACAAACTGG GTACGAGCGC CTTCAGTGAG 
GTGGTCACTG TGAACACGCT CGCATTCCCT GTAACAACTC CAGAACCCCT GGTGCTGGTT 
ACCCCACCGA GGTGCCTAAC AGCCAATCGG ACGCAGCAAG GAGTCCTGTT GTCGTGGCTT 
CCTCCAGCCA ATCACAGCTT TCCAATTGAC CATTACATCA TGGAGTTCCG CGTAGGGGAG 
AGGTGGGAGA TCTTGGACGA TGCTATCTTG GGGAGTGACA ATGACTTTTT TGCCAAGGAT 
TTGTCTCAGG ACACCTGGTA TGAGTTCCGA GTTCTGGCTG TCATGCAGGA CCTCATCAGT 
GAGCCTAGTA ACATTGCAGG TGTCTCCAGT ACAGACATCT TCCCCCCGCC CGACCTGACG 
GAAGATGGTT TGGCCCGACC CGTGCTGGCA GGCATTGTTG CCACCATCTG CTTTCTGGCT 
GCTGCCATCC TCTTCAGCAC ACTAACTGCC TGCTTTGTCA ACAAACAACG CAAACGCAAG 
CTCAAGCGCA AGAAAGACCC TCCTCTCTCG ATAACCCACT GCAGGAAGAG TCTGGAGTCT 
CCGTTGTCTT CCGGTAAAGT GAGTCCCGAG AGCATCCGCA CGCTCCGCCC CCCCTCGGAG 
TCCTCTGATG ACCAAGGCCA GCAGGGCAAG CGTATGCTGA GCCCCAGCAA GGAGAAGGAG 
TTGTCCCTTT ACAAGAAGAC CAAGAGGGCC ATTAGCAGCA AGAAGTACAG TGTCTCCAAG 
GCTGAGGCTG AAGCCGAGGC TACTACCCCC ATTGAGCTCA TCAGCCGTGG GCCTGATGGC 
CGCTTTGTCA TGGACCCCTC AGAGATGGAG CCCTCACTCA AGACCCGCCG GATAGAGGGC 
TTCCCCTTTG TGGAGGAGAC AGACATGTAC CCTGAGTTTC GCCAGTCAGA CGAAGAGAAT 
GACGACCCCA TTGTGCCCTC CTCTGTGACA GCCCTCAAAT CTCAGCTGAC CCCTCTCTCT 
TCCAGCCAGG AATCCTACCT TCAGCCACCA GCATACAGCC CCAGATTCCA CAGGGGCTTA 
GAGGGCACAG GTGCTCTGGA GAGCCGCCTG CAGGCCACTG GTCAGGCCAG ACCTCCAGCT 
CCAAGGCCTT TCCACCACAG CCAATTTTAT GGTTACCTCA GCAGCAGCAG TCCTGGAGAG 
ATGGACCCTC CGCCCTTCTA CATGCCAGAG GTCAGCCCTC TCAGCTCTGT CATGTCCTCC 
CCTCCTCTGC ACCCTGAGGG GCCCTTTGGA CACCCTACCA TCCCAGAGGA GAATGGAGAA 
AATGCTTCCA ACAGCACGTT GCCCCTGACC CAGACGCCAA CGGGGGGCCG GTCTCCTGAG 
CCATGGGGCA GGGCTGAGTT CCCTTTCAAC AGCCTGGAGG CTTCTCCCAT GATATTTCCT 
CAACAGCTCC ACCAGTGTGA GGTGGCAGAG TGTGTGCAGC TGACGGCCTG TCTTCCTAGG 
GGCCCGCCCC CTTCCTCCCT CCAGGTCCCT GCATCCTACC CTGGCATTCT GCCCCTGGAG 
GCACCAAAGA GTTGGACTGG CAAGCCACCT GGCAGAAGCC AACCCTCTGT GCCCACCACC 
ACCAAATGGC AGGACAAACC TATGCAACCT ATGGCGAGTC AAGGGCAGCT AAGACATACC 
AGTCAAGGTA TGGGCATACC CGTGTTGCCT TACCATGAAC CGTCCGAGTC AGTCAGCCAC 
AGTGGCACAA GCACATTTGG CCTGGACACC AGGTGGTATG AGCCCCAACC CAGACCTCGG 
CCTAGCCCTC GGCAAGTCAG GAGGGCTGAG CCCAGTTTAC ATCAGGTGGT GCTACAACCT 
TCGAGGCTTT CCCCTCTGAC CCAAAGCCCC CTCAGCTCCC GCAACAGCTC CCCGGAGCTG 
ACTGCACGTG CCAGACCGCG ACCGGGTCTC ATCCAGCAAG CGGAGATGTC GGAGATCACC 
CTGCAGCCCC CCGCAGCAGT CAGCTTCTCT TGCAAGTCCA CCCCGTCGAC CGGCTCCCCG 
GCTCAAAGCA GCAGGGGAGA AAGCCCCAGC TACCGACCTG CCGTGGCCTT CACCTCTTTG 
GCCACTGGCT ACCCCTCCTC TCAGTGCCCC TCCCTTCCCG GGGACAGTAT GGATGTCTTT 
GGACAAATTC CCTCTCCGAG GAGGGCTGGA GAGGAGATTC TCAGACCTGA GCCAACACCG 
ACAACATTAT CCACTTCGGG AGAACGTCCA TCTCCATCCC GGAACGCTGC TGCACCTGAG 
AGGCTCGAAG CTCTGAAATA CCAGCGGATA AAGAAGCCCA AAAAGTCATC CAAGGGCTCC 
TCAAAATCCA GAAAACAATC CAATGGTTCT GCCTCCCAGG TTCAGCACCT TCCCAACTCT 
CAGGTACTGT CGCCTGACGA AGCGGTCTCC CTCCGCAAAA AGAAGAGACA CTCTCGTCAG 
GATCCCTTCG CTCGCCTCTC CGCATTGAAG GATGACCTTT GCCACCGGCA GCTCCCTGAG 
GACCAGACAG CTATTCTCAA CAGCGTGGAC CACGATGATT CTGGCGGGCA TGCCACCTTA 
CTTTAG

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

RefSeq	XP_007067036.1
CDS	1..4326
Translation	MVGSTMIWYVATLIASVITTRGLAAQAAYGSREEPEFVTARAGESVILGCDVIHPLTGQPPPYVVEWFKFGVPIPIFIKFGFYPPHVDPEYAGRASLHDKASLRIEQIRSEDQGWYECKVLMLDQQYDTFHNGSWVHLTVNAPPTFTETPPQYVEAKEGSSITLTCMAFGNPKPIVTWLREGDLLGASGKYQVSDGSLTVVSVSREDRGAYTCRAYSIQGEAVHTTRLLVQGPPFIVSPPENITVNISQDALFTCQAEAYPGNMTYTWYWEEENVYFKNDLKLRVRILIDGTLIIFRVKPDDAGKYTCIPSNSLGRSPSASAYLTVQYPARVVNMPPILYVPIGIHGYIRCPVEAEPPVTFVKWNKDGRPLRVEKYSGWNLLEDGSIRIEEVTEEALGTYTCVPYNALGTMGQSPAARLVLKDPPYFTVLPGWEYRQEAGRELLIPCAAAGDPFPVIAWRKVGKPSRSKHNTLPGGTLQFRSLSKDDHGEWECVATNVVASITASTHLTVIGTSPHAPCSVHVVVSMTSANVSWEPGYDGGYEQTFSVWTKRAQFGPHDWLSLPVPIGPSWLLVDTLEPETAYQFSVLAQNKLGTSAFSEVVTVNTLAFPVTTPEPLVLVTPPRCLTANRTQQGVLLSWLPPANHSFPIDHYIMEFRVGERWEILDDAILGSDNDFFAKDLSQDTWYEFRVLAVMQDLISEPSNIAGVSSTDIFPPPDLTEDGLARPVLAGIVATICFLAAAILFSTLTACFVNKQRKRKLKRKKDPPLSITHCRKSLESPLSSGKVSPESIRTLRPPSESSDDQGQQGKRMLSPSKEKELSLYKKTKRAISSKKYSVSKAEAEAEATTPIELISRGPDGRFVMDPSEMEPSLKTRRIEGFPFVEETDMYPEFRQSDEENDDPIVPSSVTALKSQLTPLSSSQESYLQPPAYSPRFHRGLEGTGALESRLQATGQARPPAPRPFHHSQFYGYLSSSSPGEMDPPPFYMPEVSPLSSVMSSPPLHPEGPFGHPTIPEENGENASNSTLPLTQTPTGGRSPEPWGRAEFPFNSLEASPMIFPQQLHQCEVAECVQLTACLPRGPPPSSLQVPASYPGILPLEAPKSWTGKPPGRSQPSVPTTTKWQDKPMQPMASQGQLRHTSQGMGIPVLPYHEPSESVSHSGTSTFGLDTRWYEPQPRPRPSPRQVRRAEPSLHQVVLQPSRLSPLTQSPLSSRNSSPELTARARPRPGLIQQAEMSEITLQPPAAVSFSCKSTPSTGSPAQSSRGESPSYRPAVAFTSLATGYPSSQCPSLPGDSMDVFGQIPSPRRAGEEILRPEPTPTTLSTSGERPSPSRNAAAPERLEALKYQRIKKPKKSSKGSSKSRKQSNGSASQVQHLPNSQVLSPDEAVSLRKKKRHSRQDPFARLSALKDDLCHRQLPEDQTAILNSVDHDDSGGHATLL

Target ORF information:

RefSeq Version	XM_007066974.1
Organism	Chelonia mydas(Green sea turtle)
Definition	Chelonia mydas immunoglobulin superfamily, member 9B (IGSF9B), mRNA.

Target ORF information:

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

XM_007066974.1

ORF Insert Sequence:

ATGGTCGGTA GTACTATGAT TTGGTATGTG GCCACTTTGA TAGCAAGTGT AATCACCACC 
AGAGGACTTG CAGCTCAAGC TGCTTACGGC TCAAGGGAGG AACCCGAGTT TGTGACCGCT 
CGTGCTGGCG AGAGCGTGAT CCTGGGATGC GACGTGATCC ATCCGCTGAC CGGGCAGCCC 
CCTCCCTATG TGGTGGAGTG GTTCAAATTC GGAGTCCCCA TTCCCATCTT CATCAAGTTT 
GGGTTTTACC CTCCCCATGT GGACCCAGAG TATGCAGGCC GCGCCAGCCT TCATGATAAG 
GCGTCCCTGC GCATCGAGCA GATTCGCTCC GAGGACCAGG GCTGGTACGA GTGCAAAGTG 
CTTATGCTGG ATCAGCAGTA CGACACCTTC CACAACGGCA GCTGGGTGCA CCTCACGGTC 
AATGCTCCCC CCACCTTCAC GGAAACGCCC CCCCAGTATG TAGAAGCAAA GGAGGGCAGC 
AGTATCACCC TGACCTGCAT GGCTTTCGGG AACCCCAAAC CAATTGTCAC CTGGCTGAGA 
GAAGGGGACC TCTTAGGTGC CAGTGGGAAA TACCAGGTGA GCGATGGGAG TCTGACTGTC 
GTGTCCGTCA GTCGGGAAGA CAGAGGCGCG TACACCTGCC GGGCTTACAG CATCCAAGGG 
GAGGCTGTGC ACACCACTCG CCTGCTCGTA CAAGGACCCC CCTTCATCGT TTCCCCTCCA 
GAGAACATCA CCGTCAACAT CTCCCAGGAT GCCCTGTTCA CCTGCCAGGC CGAGGCATAT 
CCAGGGAACA TGACCTACAC CTGGTACTGG GAGGAGGAGA ACGTCTACTT CAAGAATGAC 
CTGAAACTGA GGGTCCGGAT CCTGATTGAC GGGACGCTGA TCATCTTCCG TGTCAAACCA 
GACGATGCTG GGAAATACAC TTGCATTCCT AGCAACAGCC TTGGCCGCTC ACCATCGGCC 
TCCGCCTACC TGACAGTGCA GTATCCCGCC CGTGTGGTGA ACATGCCACC CATCCTGTAT 
GTTCCCATTG GGATACATGG CTACATCCGC TGTCCGGTGG AGGCGGAACC GCCCGTCACC 
TTCGTCAAGT GGAACAAAGA CGGACGCCCC CTGCGAGTCG AAAAGTATTC TGGCTGGAAC 
CTGCTGGAAG ACGGGTCAAT CCGAATAGAG GAGGTAACAG AGGAAGCTCT CGGCACTTAT 
ACCTGTGTGC CTTATAACGC TCTGGGTACG ATGGGCCAGT CCCCCGCTGC CCGACTGGTA 
CTGAAGGACC CACCCTATTT CACGGTGCTA CCAGGCTGGG AGTACAGACA AGAGGCAGGG 
AGGGAGCTGT TGATCCCTTG TGCTGCTGCA GGAGACCCCT TTCCTGTCAT CGCCTGGAGA 
AAGGTAGGGA AGCCCAGTAG AAGCAAGCAC AACACCCTTC CAGGTGGCAC CCTGCAGTTC 
CGATCCCTCA GCAAGGACGA CCATGGGGAG TGGGAGTGCG TCGCTACCAA CGTGGTCGCA 
AGCATTACTG CCAGCACTCA CCTTACAGTC ATAGGCACAA GCCCTCATGC CCCGTGTAGT 
GTGCATGTCG TGGTCTCCAT GACCTCTGCC AACGTCTCCT GGGAGCCTGG CTATGACGGT 
GGATACGAGC AGACATTCTC AGTTTGGACG AAGAGAGCAC AGTTTGGACC CCATGACTGG 
CTGTCTCTTC CGGTACCAAT TGGTCCTAGT TGGCTGCTGG TGGACACCCT GGAACCAGAG 
ACCGCCTACC AGTTCAGTGT CTTGGCTCAA AACAAACTGG GTACGAGCGC CTTCAGTGAG 
GTGGTCACTG TGAACACGCT CGCATTCCCT GTAACAACTC CAGAACCCCT GGTGCTGGTT 
ACCCCACCGA GGTGCCTAAC AGCCAATCGG ACGCAGCAAG GAGTCCTGTT GTCGTGGCTT 
CCTCCAGCCA ATCACAGCTT TCCAATTGAC CATTACATCA TGGAGTTCCG CGTAGGGGAG 
AGGTGGGAGA TCTTGGACGA TGCTATCTTG GGGAGTGACA ATGACTTTTT TGCCAAGGAT 
TTGTCTCAGG ACACCTGGTA TGAGTTCCGA GTTCTGGCTG TCATGCAGGA CCTCATCAGT 
GAGCCTAGTA ACATTGCAGG TGTCTCCAGT ACAGACATCT TCCCCCCGCC CGACCTGACG 
GAAGATGGTT TGGCCCGACC CGTGCTGGCA GGCATTGTTG CCACCATCTG CTTTCTGGCT 
GCTGCCATCC TCTTCAGCAC ACTAACTGCC TGCTTTGTCA ACAAACAACG CAAACGCAAG 
CTCAAGCGCA AGAAAGACCC TCCTCTCTCG ATAACCCACT GCAGGAAGAG TCTGGAGTCT 
CCGTTGTCTT CCGGTAAAGT GAGTCCCGAG AGCATCCGCA CGCTCCGCCC CCCCTCGGAG 
TCCTCTGATG ACCAAGGCCA GCAGGGCAAG CGTATGCTGA GCCCCAGCAA GGAGAAGGAG 
TTGTCCCTTT ACAAGAAGAC CAAGAGGGCC ATTAGCAGCA AGAAGTACAG TGTCTCCAAG 
GCTGAGGCTG AAGCCGAGGC TACTACCCCC ATTGAGCTCA TCAGCCGTGG GCCTGATGGC 
CGCTTTGTCA TGGACCCCTC AGAGATGGAG CCCTCACTCA AGACCCGCCG GATAGAGGGC 
TTCCCCTTTG TGGAGGAGAC AGACATGTAC CCTGAGTTTC GCCAGTCAGA CGAAGAGAAT 
GACGACCCCA TTGTGCCCTC CTCTGTGACA GCCCTCAAAT CTCAGCTGAC CCCTCTCTCT 
TCCAGCCAGG AATCCTACCT TCAGCCACCA GCATACAGCC CCAGATTCCA CAGGGGCTTA 
GAGGGCACAG GTGCTCTGGA GAGCCGCCTG CAGGCCACTG GTCAGGCCAG ACCTCCAGCT 
CCAAGGCCTT TCCACCACAG CCAATTTTAT GGTTACCTCA GCAGCAGCAG TCCTGGAGAG 
ATGGACCCTC CGCCCTTCTA CATGCCAGAG GTCAGCCCTC TCAGCTCTGT CATGTCCTCC 
CCTCCTCTGC ACCCTGAGGG GCCCTTTGGA CACCCTACCA TCCCAGAGGA GAATGGAGAA 
AATGCTTCCA ACAGCACGTT GCCCCTGACC CAGACGCCAA CGGGGGGCCG GTCTCCTGAG 
CCATGGGGCA GGGCTGAGTT CCCTTTCAAC AGCCTGGAGG CTTCTCCCAT GATATTTCCT 
CAACAGCTCC ACCAGTGTGA GGTGGCAGAG TGTGTGCAGC TGACGGCCTG TCTTCCTAGG 
GGCCCGCCCC CTTCCTCCCT CCAGGTCCCT GCATCCTACC CTGGCATTCT GCCCCTGGAG 
GCACCAAAGA GTTGGACTGG CAAGCCACCT GGCAGAAGCC AACCCTCTGT GCCCACCACC 
ACCAAATGGC AGGACAAACC TATGCAACCT ATGGCGAGTC AAGGGCAGCT AAGACATACC 
AGTCAAGGTA TGGGCATACC CGTGTTGCCT TACCATGAAC CGTCCGAGTC AGTCAGCCAC 
AGTGGCACAA GCACATTTGG CCTGGACACC AGGTGGTATG AGCCCCAACC CAGACCTCGG 
CCTAGCCCTC GGCAAGTCAG GAGGGCTGAG CCCAGTTTAC ATCAGGTGGT GCTACAACCT 
TCGAGGCTTT CCCCTCTGAC CCAAAGCCCC CTCAGCTCCC GCAACAGCTC CCCGGAGCTG 
ACTGCACGTG CCAGACCGCG ACCGGGTCTC ATCCAGCAAG CGGAGATGTC GGAGATCACC 
CTGCAGCCCC CCGCAGCAGT CAGCTTCTCT TGCAAGTCCA CCCCGTCGAC CGGCTCCCCG 
GCTCAAAGCA GCAGGGGAGA AAGCCCCAGC TACCGACCTG CCGTGGCCTT CACCTCTTTG 
GCCACTGGCT ACCCCTCCTC TCAGTGCCCC TCCCTTCCCG GGGACAGTAT GGATGTCTTT 
GGACAAATTC CCTCTCCGAG GAGGGCTGGA GAGGAGATTC TCAGACCTGA GCCAACACCG 
ACAACATTAT CCACTTCGGG AGAACGTCCA TCTCCATCCC GGAACGCTGC TGCACCTGAG 
AGGCTCGAAG CTCTGAAATA CCAGCGGATA AAGAAGCCCA AAAAGTCATC CAAGGGCTCC 
TCAAAATCCA GAAAACAATC CAATGGTTCT GCCTCCCAGG TTCAGCACCT TCCCAACTCT 
CAGGTACTGT CGCCTGACGA AGCGGTCTCC CTCCGCAAAA AGAAGAGACA CTCTCGTCAG 
GATCCCTTCG CTCGCCTCTC CGCATTGAAG GATGACCTTT GCCACCGGCA GCTCCCTGAG 
GACCAGACAG CTATTCTCAA CAGCGTGGAC CACGATGATT CTGGCGGGCA TGCCACCTTA 
CTTTAG

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

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IGSF9B cDNA ORF clone, Chelonia mydas(Green sea turtle)

Gene

Clones

gRNAs

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

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