SH3TC1 cDNA ORF clone, Chelonia mydas(Green sea turtle)

Gene
Clones
gRNAs

Summary

Gene Symbol	SH3TC1
Entrez Gene ID	102935582
Full Name	SH3 domain and tetratricopeptide repeats 1
Gene Type	protein-coding
Organism	Chelonia mydas(Green sea turtle)

mRNA and Protein(s)

mRNA	Protein	Name
XM_007056520.1	XP_007056582.1	SH3 domain and tetratricopeptide repeat-containing protein 1
XM_027818892.1	XP_027674693.1	SH3 domain and tetratricopeptide repeat-containing protein 1

Pathways from BioSystems
Gene Ontology

The following SH3TC1 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the SH3TC1 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
OCh367073	XM_027818892.1 Latest version!	Chelonia mydas SH3 domain and tetratricopeptide repeats 1 (SH3TC1), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$727.30 $1039.00
OCh65585	XM_007056520.1 Latest version!	Chelonia mydas SH3 domain and tetratricopeptide repeats 1 (SH3TC1), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$727.30 $1039.00

ORF Online Only Promotion

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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)

SH3TC1 ( XM_027818892.1 ) cDNA ORF clone, Chelonia mydas(Green sea turtle) -> XP_027674693.1 Chelonia mydas SH3 domain and tetratricopeptide repeats 1 (SH3TC1), mRNA.

Price & Availability↑

CloneID	OCh367073
Clone ID Related Accession (Same CDS sequence)	XM_027818892.1
Accession Version	XM_027818892.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4029bp) 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	SH3 domain and tetratricopeptide repeat-containing protein 1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_006619744.1) 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##

ATGGAGGAAG AAGGATTCTG CAGCTCTGCT CCCTATCTGG AAAGGAAACA ACATAGCTCT 
TGGGAAGGAA ATAAACAGCA GCTGGGGAGG AGTGTGTCTG ATTGTACGCA TGTGGCAGCT 
AATACTGCCA TTTCCACATC GATTAACATG GAAGAGGAAG TCTCTTTGCA AGGACAAATG 
GCCATGGACT TTTCTCAGAA TAACTGCTTG AAGGCCAGTT CAAGGATACC ACCCAGTCCA 
GCAGAGAGTT TTCCAACAGA TATCTCCCTC AAGCTAATCA TGGTAAAACA AAAGAGTGGA 
CTTCCTGACC CCCGACTGCA GGGAGAACTG AGAGGACGAC TCCGTCTTCT GGAGAATGAC 
AGCAGGGAGG TCATGGCAGT TTTTAGTGAG CTGTCTGCCA GATTGTTGTC TATTCACAGT 
GACCAAGACC TAATAGTGGT GACATTTAAA ACATTTGAAG AAATATGGAA GTTTTTAACC 
TACTATTCCC TTGGTTTTAT AAATCACTGC ATGGAGAATT TGTTGCTAGA TCAGTCTTTC 
TGGCTCTGTT CCCAAGAAGA GAATGAGGAT AAACAAGAAG AAGCTGGAAT TGAAGTCTAT 
ATAAATGAAG AGTCTCTAAA TTTGATGTAC AGAGGTCTCT TAATACAGGA AGGAACTTTC 
TTTGTATTAT GTCCTGACAA CCTCATAAGA GAGACAACGG CTGCAGACAT GGCAGTGAAA 
GTTTATCAAG AGAACAGAAG AGTTACTGAA GACATCTCTG GTGGATCACT GGGTGAAGAT 
CTGACCTCAG TGTCTAAAGC TGCTGCAGAG ACTTTGATCC CTTTTCATCA ATGGTTTCTT 
AAAGTATACT CTGATCCTGT TCATTTTGCT AGCAAAATGG AGTCTAAATG CAGCAAGCAA 
ATAGCTACGG GATCTTCTGA AGCAGTGATT AGTTATGCAA GTGCTGTGCC TGAAGAGATT 
AGCTTCCAGA GCGGAGACAA AATTGAAATC ATTGGCTACT TCATAGAATG TCTGGAGTGG 
TTTGTTGGAA GACATATGTT GACGGGACAA ATTGGTTTTG TAAAGACCAG CCACGTTAAA 
CCTGACACCT CTGGAACTAA ACAACAAAAT CTGGATTTTC TTGATAAGGA AGAGAAATCT 
TTTTTCGCAA AAGAAAGAAA TGTTGTGGAA GAGGATGTGG TGCATTTATT GAAGCAGAGA 
TCAAATACAG AAGTTTGCAC TGTGTATAGA GTAGACAGAT TAGAAGAATT AGAATTTCAG 
AACCCTCAAG AACAAGAAAT GCCACATCCC TCATCTAATA CAGACTCCAA TAGAATGAGG 
GAGATGGTAA AAGAATCCCT TATGAAATGT AAAGATTTCC AGCTCCACTT GAAAGGGACA 
TCTAGTCAAG GAAATGATTT TCCTAGCTCT TCAAATCAGC AGACCTGTGC CTTGGCTGAA 
GAGCCACGTT TCTGCATACA ACAAGATGAA GAAGATCACG GGTCTGGGGT CTTTCAGGCA 
TTATTGTTGT TCTTAAACAG TAAAGAGTAT GAGGTGCACT TCAAAAACCT GTACGACTTC 
TCCTTCCCGT TTCTTAACAC CACATTTTAT GGCTACACTG GTGAAGAACA ACTGGTTGAC 
TATTTTGGAC TGGCAAGGGA GGCAGCAAAG AAAGCAAATC TGCCTTGGGC CCTAACAAGG 
CTATGCTTTC TTTTGGGTAG ACTGTGTGTT AGAAAGCTCA AATTTTCCCA AGCTCGCGTT 
TATTTTGAAG AAGCCTTAGG AGCTATAAGA GGAGGTTTTA GTGACCTGTA TCTTGTAGTT 
GCTCTTTATA CAAATCTAAC AGTCATCTAC TTGAAACAGA AGAACAAAGG AAAATGTGCT 
CAGATTTTTG ACAAGGTTAC TTCCCTGCTC ATGGGAATTC CCAGCTACAT CTGTAGCACT 
GACATGGAGT CAGACATTCT AAGGTACGCT TTAAAGAGGA CAGTACTGAG TCAGAGCAAG 
CATGCAGAAG CCAGAGCATG CTTCCTCTTG GCAAAACATT ACACAAAACT TAAACAGTAT 
GAAGAGGCAC TACCATTCCT AGAAAGGCTG CAGCTTTTGA ATAATGACTT GGATTTACAG 
AAGAGCTCGC TGTCAGCCGA CTGCTATTTT AAACTAGGTG AGTCCTACAA TCAAAAATGC 
TTGCCACACA TTGTGCTAAG TTGCATAAAG GTTGCTTCTT CCCAGGGATC ATATACTCTA 
ATGGACTCTT TGAGAAGCAT TGATTTAGTC ACCAAAAATG CTCCCAAACT CCATAGGCTG 
AGGAAAGCTG GGCAAATGCT CCCATCCCAA ATTGCACCTT ATCTCAGACA GGCACTTTCC 
TCAGCATTTA CCAATGAGCA GCAAAAACTA TGCAGCACAA TTTATCTTAG CTTATCCGAA 
CTCTACAGTC ATCACAGACG GTATGGAGAA GCCATTGTTT ATATGGAGAA AGTACTGGAC 
TTCAATACTT CTGCCCATGT GGGAGAAACT ATTAACCATT TAGTTTCACT TGCTTGGTTA 
TATATTCTTC ACAGGCAAAA TACTGTCGCT TTGGCCATCC TAAATACCAT TGTAGACTCT 
TCATTGAGTA GTCCTCAGCA GTTAGGTGTT GTTTATAATA TGACTGCCAT TGCTTTGAAA 
CGAACCAACA ACATAAAGCA AGCTGCTGCG AGTTACTACA AAGCTCTGCA CGTTTCAGAA 
GAGGCTGATA TGGTACACAA CCATGCTGTG GTTCTGGCTA ATTTTGGAAC TCTCTGCCTG 
CATTTAGCAG CCAATTGTTT GGCAGAGCAC TACTATGTCA AAGCAGTAAA GCTATTCTCT 
GGACTTCCAA GCTTGGATGG TGGTCACAAT TTTACTCAAG TCCTCCTCCA ACTGGGACGC 
TATTATGCTA ATGGAACTCA TAAGAAAAGA GGACAATTTT ATTATGAATG GGCATTATTG 
GTGGCAATGG AAACAAATCA TTTGGAAAGT CAGCTCCAAG CTGTTCAGTT GCTGTGTCAA 
TTCTACACTA CAGTTGTTCC AGATGAAGCT CAGTGTGTCA TTTACAATGA ATATCAACTA 
TCCTTGGCTA GGAAAATGTC AGACAAAGTT TTGGAGGGGC AAATTTTGGA AACCATCAGT 
CAGCTGTATC TCTCTTTAGG CACAGAAAGG GCTTACAGAT CAGCTCTGGA ATATACCAAA 
AGAAGCCTTG GAATATTTAT AGATCTTCAG AAGAAAGAGA AAGAGGCATA TGCTTGGCTT 
CAGGCAGGAA AGATCTATTA CATTCTGAGG CAGAATGAGC TAGTGGATCT TTATATTCAG 
GTTGCTCAAG ATGCTGCTCT TTGTAATGGG GATCCAAACT TAGGAATGGA ATTGTTTGAA 
GCTGCAGGAG ACATATTTTT CAATGGTACC TGGGAGAAGG AAAAAGCAGT GTCATTCTAC 
AGGGACAGGG CTCTTCCACT TGCCATTAAG ACTGGAAACA AAAAGGCAGA ACTCCGATTA 
TGCAACAAAC TAGTGCAATT GCTGGTAAAT CTACAGGATT CTGAGGACAG TCTGGAATAT 
GCACAAGTAT CCGTCACACT TAGTGTGAAG TTAGGAAATC AGCTAAATGA ACGAATAGCA 
TATCACAGAC TGGCTACTAT CCATCATCGC CTGGGTCAGT GTGAACTTGC TGAACACTTT 
TACTTAAAAG CGTTGTCCCT TTGCTCCTCT CCTCTGGAAT TTGATGAGGA ATCAATGTAT 
TATGTGAAAG TGTATCTAAT CCTAGGAGAC ATTATATTCT ATGACCTAAA GGATCCTTTT 
GATGCAGCAG GATATTATCA TTTGGCACTT GCAGCTGCCA TGGACTTGGG CAACAAAAAG 
GCTCAGCTGA AGATTTACAC AAGGCTCGCA GTAATCTACC ACAATTTCCT TATGGATCGG 
GAGATGTCTC TTTTCTTCTA TCAGAGAGCA AGAACCTTTG CAACAGAGCT TAACGTTCGG 
AGAATAAACC TGGCACCTGA TCAGTATTAT AAGAATGCAA CATGGGTACC TGTGAAAAAT 
GCCATGTGA

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

RefSeq	XP_027674693.1
CDS	281..4309
Translation	MEEEGFCSSAPYLERKQHSSWEGNKQQLGRSVSDCTHVAANTAISTSINMEEEVSLQGQMAMDFSQNNCLKASSRIPPSPAESFPTDISLKLIMVKQKSGLPDPRLQGELRGRLRLLENDSREVMAVFSELSARLLSIHSDQDLIVVTFKTFEEIWKFLTYYSLGFINHCMENLLLDQSFWLCSQEENEDKQEEAGIEVYINEESLNLMYRGLLIQEGTFFVLCPDNLIRETTAADMAVKVYQENRRVTEDISGGSLGEDLTSVSKAAAETLIPFHQWFLKVYSDPVHFASKMESKCSKQIATGSSEAVISYASAVPEEISFQSGDKIEIIGYFIECLEWFVGRHMLTGQIGFVKTSHVKPDTSGTKQQNLDFLDKEEKSFFAKERNVVEEDVVHLLKQRSNTEVCTVYRVDRLEELEFQNPQEQEMPHPSSNTDSNRMREMVKESLMKCKDFQLHLKGTSSQGNDFPSSSNQQTCALAEEPRFCIQQDEEDHGSGVFQALLLFLNSKEYEVHFKNLYDFSFPFLNTTFYGYTGEEQLVDYFGLAREAAKKANLPWALTRLCFLLGRLCVRKLKFSQARVYFEEALGAIRGGFSDLYLVVALYTNLTVIYLKQKNKGKCAQIFDKVTSLLMGIPSYICSTDMESDILRYALKRTVLSQSKHAEARACFLLAKHYTKLKQYEEALPFLERLQLLNNDLDLQKSSLSADCYFKLGESYNQKCLPHIVLSCIKVASSQGSYTLMDSLRSIDLVTKNAPKLHRLRKAGQMLPSQIAPYLRQALSSAFTNEQQKLCSTIYLSLSELYSHHRRYGEAIVYMEKVLDFNTSAHVGETINHLVSLAWLYILHRQNTVALAILNTIVDSSLSSPQQLGVVYNMTAIALKRTNNIKQAAASYYKALHVSEEADMVHNHAVVLANFGTLCLHLAANCLAEHYYVKAVKLFSGLPSLDGGHNFTQVLLQLGRYYANGTHKKRGQFYYEWALLVAMETNHLESQLQAVQLLCQFYTTVVPDEAQCVIYNEYQLSLARKMSDKVLEGQILETISQLYLSLGTERAYRSALEYTKRSLGIFIDLQKKEKEAYAWLQAGKIYYILRQNELVDLYIQVAQDAALCNGDPNLGMELFEAAGDIFFNGTWEKEKAVSFYRDRALPLAIKTGNKKAELRLCNKLVQLLVNLQDSEDSLEYAQVSVTLSVKLGNQLNERIAYHRLATIHHRLGQCELAEHFYLKALSLCSSPLEFDEESMYYVKVYLILGDIIFYDLKDPFDAAGYYHLALAAAMDLGNKKAQLKIYTRLAVIYHNFLMDREMSLFFYQRARTFATELNVRRINLAPDQYYKNATWVPVKNAM

Target ORF information:

RefSeq Version	XM_027818892.1
Organism	Chelonia mydas(Green sea turtle)
Definition	Chelonia mydas SH3 domain and tetratricopeptide repeats 1 (SH3TC1), mRNA.

Target ORF information:

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

XM_027818892.1

ORF Insert Sequence:

ATGGAGGAAG AAGGATTCTG CAGCTCTGCT CCCTATCTGG AAAGGAAACA ACATAGCTCT 
TGGGAAGGAA ATAAACAGCA GCTGGGGAGG AGTGTGTCTG ATTGTACGCA TGTGGCAGCT 
AATACTGCCA TTTCCACATC GATTAACATG GAAGAGGAAG TCTCTTTGCA AGGACAAATG 
GCCATGGACT TTTCTCAGAA TAACTGCTTG AAGGCCAGTT CAAGGATACC ACCCAGTCCA 
GCAGAGAGTT TTCCAACAGA TATCTCCCTC AAGCTAATCA TGGTAAAACA AAAGAGTGGA 
CTTCCTGACC CCCGACTGCA GGGAGAACTG AGAGGACGAC TCCGTCTTCT GGAGAATGAC 
AGCAGGGAGG TCATGGCAGT TTTTAGTGAG CTGTCTGCCA GATTGTTGTC TATTCACAGT 
GACCAAGACC TAATAGTGGT GACATTTAAA ACATTTGAAG AAATATGGAA GTTTTTAACC 
TACTATTCCC TTGGTTTTAT AAATCACTGC ATGGAGAATT TGTTGCTAGA TCAGTCTTTC 
TGGCTCTGTT CCCAAGAAGA GAATGAGGAT AAACAAGAAG AAGCTGGAAT TGAAGTCTAT 
ATAAATGAAG AGTCTCTAAA TTTGATGTAC AGAGGTCTCT TAATACAGGA AGGAACTTTC 
TTTGTATTAT GTCCTGACAA CCTCATAAGA GAGACAACGG CTGCAGACAT GGCAGTGAAA 
GTTTATCAAG AGAACAGAAG AGTTACTGAA GACATCTCTG GTGGATCACT GGGTGAAGAT 
CTGACCTCAG TGTCTAAAGC TGCTGCAGAG ACTTTGATCC CTTTTCATCA ATGGTTTCTT 
AAAGTATACT CTGATCCTGT TCATTTTGCT AGCAAAATGG AGTCTAAATG CAGCAAGCAA 
ATAGCTACGG GATCTTCTGA AGCAGTGATT AGTTATGCAA GTGCTGTGCC TGAAGAGATT 
AGCTTCCAGA GCGGAGACAA AATTGAAATC ATTGGCTACT TCATAGAATG TCTGGAGTGG 
TTTGTTGGAA GACATATGTT GACGGGACAA ATTGGTTTTG TAAAGACCAG CCACGTTAAA 
CCTGACACCT CTGGAACTAA ACAACAAAAT CTGGATTTTC TTGATAAGGA AGAGAAATCT 
TTTTTCGCAA AAGAAAGAAA TGTTGTGGAA GAGGATGTGG TGCATTTATT GAAGCAGAGA 
TCAAATACAG AAGTTTGCAC TGTGTATAGA GTAGACAGAT TAGAAGAATT AGAATTTCAG 
AACCCTCAAG AACAAGAAAT GCCACATCCC TCATCTAATA CAGACTCCAA TAGAATGAGG 
GAGATGGTAA AAGAATCCCT TATGAAATGT AAAGATTTCC AGCTCCACTT GAAAGGGACA 
TCTAGTCAAG GAAATGATTT TCCTAGCTCT TCAAATCAGC AGACCTGTGC CTTGGCTGAA 
GAGCCACGTT TCTGCATACA ACAAGATGAA GAAGATCACG GGTCTGGGGT CTTTCAGGCA 
TTATTGTTGT TCTTAAACAG TAAAGAGTAT GAGGTGCACT TCAAAAACCT GTACGACTTC 
TCCTTCCCGT TTCTTAACAC CACATTTTAT GGCTACACTG GTGAAGAACA ACTGGTTGAC 
TATTTTGGAC TGGCAAGGGA GGCAGCAAAG AAAGCAAATC TGCCTTGGGC CCTAACAAGG 
CTATGCTTTC TTTTGGGTAG ACTGTGTGTT AGAAAGCTCA AATTTTCCCA AGCTCGCGTT 
TATTTTGAAG AAGCCTTAGG AGCTATAAGA GGAGGTTTTA GTGACCTGTA TCTTGTAGTT 
GCTCTTTATA CAAATCTAAC AGTCATCTAC TTGAAACAGA AGAACAAAGG AAAATGTGCT 
CAGATTTTTG ACAAGGTTAC TTCCCTGCTC ATGGGAATTC CCAGCTACAT CTGTAGCACT 
GACATGGAGT CAGACATTCT AAGGTACGCT TTAAAGAGGA CAGTACTGAG TCAGAGCAAG 
CATGCAGAAG CCAGAGCATG CTTCCTCTTG GCAAAACATT ACACAAAACT TAAACAGTAT 
GAAGAGGCAC TACCATTCCT AGAAAGGCTG CAGCTTTTGA ATAATGACTT GGATTTACAG 
AAGAGCTCGC TGTCAGCCGA CTGCTATTTT AAACTAGGTG AGTCCTACAA TCAAAAATGC 
TTGCCACACA TTGTGCTAAG TTGCATAAAG GTTGCTTCTT CCCAGGGATC ATATACTCTA 
ATGGACTCTT TGAGAAGCAT TGATTTAGTC ACCAAAAATG CTCCCAAACT CCATAGGCTG 
AGGAAAGCTG GGCAAATGCT CCCATCCCAA ATTGCACCTT ATCTCAGACA GGCACTTTCC 
TCAGCATTTA CCAATGAGCA GCAAAAACTA TGCAGCACAA TTTATCTTAG CTTATCCGAA 
CTCTACAGTC ATCACAGACG GTATGGAGAA GCCATTGTTT ATATGGAGAA AGTACTGGAC 
TTCAATACTT CTGCCCATGT GGGAGAAACT ATTAACCATT TAGTTTCACT TGCTTGGTTA 
TATATTCTTC ACAGGCAAAA TACTGTCGCT TTGGCCATCC TAAATACCAT TGTAGACTCT 
TCATTGAGTA GTCCTCAGCA GTTAGGTGTT GTTTATAATA TGACTGCCAT TGCTTTGAAA 
CGAACCAACA ACATAAAGCA AGCTGCTGCG AGTTACTACA AAGCTCTGCA CGTTTCAGAA 
GAGGCTGATA TGGTACACAA CCATGCTGTG GTTCTGGCTA ATTTTGGAAC TCTCTGCCTG 
CATTTAGCAG CCAATTGTTT GGCAGAGCAC TACTATGTCA AAGCAGTAAA GCTATTCTCT 
GGACTTCCAA GCTTGGATGG TGGTCACAAT TTTACTCAAG TCCTCCTCCA ACTGGGACGC 
TATTATGCTA ATGGAACTCA TAAGAAAAGA GGACAATTTT ATTATGAATG GGCATTATTG 
GTGGCAATGG AAACAAATCA TTTGGAAAGT CAGCTCCAAG CTGTTCAGTT GCTGTGTCAA 
TTCTACACTA CAGTTGTTCC AGATGAAGCT CAGTGTGTCA TTTACAATGA ATATCAACTA 
TCCTTGGCTA GGAAAATGTC AGACAAAGTT TTGGAGGGGC AAATTTTGGA AACCATCAGT 
CAGCTGTATC TCTCTTTAGG CACAGAAAGG GCTTACAGAT CAGCTCTGGA ATATACCAAA 
AGAAGCCTTG GAATATTTAT AGATCTTCAG AAGAAAGAGA AAGAGGCATA TGCTTGGCTT 
CAGGCAGGAA AGATCTATTA CATTCTGAGG CAGAATGAGC TAGTGGATCT TTATATTCAG 
GTTGCTCAAG ATGCTGCTCT TTGTAATGGG GATCCAAACT TAGGAATGGA ATTGTTTGAA 
GCTGCAGGAG ACATATTTTT CAATGGTACC TGGGAGAAGG AAAAAGCAGT GTCATTCTAC 
AGGGACAGGG CTCTTCCACT TGCCATTAAG ACTGGAAACA AAAAGGCAGA ACTCCGATTA 
TGCAACAAAC TAGTGCAATT GCTGGTAAAT CTACAGGATT CTGAGGACAG TCTGGAATAT 
GCACAAGTAT CCGTCACACT TAGTGTGAAG TTAGGAAATC AGCTAAATGA ACGAATAGCA 
TATCACAGAC TGGCTACTAT CCATCATCGC CTGGGTCAGT GTGAACTTGC TGAACACTTT 
TACTTAAAAG CGTTGTCCCT TTGCTCCTCT CCTCTGGAAT TTGATGAGGA ATCAATGTAT 
TATGTGAAAG TGTATCTAAT CCTAGGAGAC ATTATATTCT ATGACCTAAA GGATCCTTTT 
GATGCAGCAG GATATTATCA TTTGGCACTT GCAGCTGCCA TGGACTTGGG CAACAAAAAG 
GCTCAGCTGA AGATTTACAC AAGGCTCGCA GTAATCTACC ACAATTTCCT TATGGATCGG 
GAGATGTCTC TTTTCTTCTA TCAGAGAGCA AGAACCTTTG CAACAGAGCT TAACGTTCGG 
AGAATAAACC TGGCACCTGA TCAGTATTAT AAGAATGCAA CATGGGTACC TGTGAAAAAT 
GCCATGTGA

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

SH3TC1 ( XM_007056520.1 ) cDNA ORF clone, Chelonia mydas(Green sea turtle) -> XP_007056582.1 Chelonia mydas SH3 domain and tetratricopeptide repeats 1 (SH3TC1), mRNA.

Price & Availability↑

CloneID	OCh65585
Clone ID Related Accession (Same CDS sequence)	XM_007056520.1
Accession Version	XM_007056520.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4173bp) 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	SH3 domain and tetratricopeptide repeat-containing protein 1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_006619744.1) 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##

ATGGACAATT GTGGTAGAGA AAACACAGCC ATAGAGAGGA ATTCGGACGA TGCAGATTCT 
ATAGCACTGG TTGGAATTGC AAGTAATGGA GCTCCAGCAG TAGCAGTGGA ATGCAATGTT 
TCTGTTTTTG GGCTCCACAC CCTGATGGAG GAAGAAGGAT TCTGCAGCTC TGCTCCCTAT 
CTGGAAAGGA AACAACATAG CTCTTGGGAA GGAAATAAAC AGCAGCTGGG GAGGAGTGTG 
TCTGATTGTA CGCATGTGGC AGCTAATACT GCCATTTCCA CATCGATTAA CATGGAAGAG 
GAAGTCTCTT TGCAAGGACA AATGGCCATG GACTTTTCTC AGAATAACTG CTTGAAGGCC 
AGTTCAAGGA TACCACCCAG TCCAGCAGAG AGTTTTCCAA CAGATATCTC CCTCAAGCTA 
ATCATGGTAA AACAAAAGAG TGGACTTCCT GACCCCCGAC TGCAGGGAGA ACTGAGAGGA 
CGACTCCGTC TTCTGGAGAA TGACAGCAGG GAGGTCATGG CAGTTTTTAG TGAGCTGTCT 
GCCAGATTGT TGTCTATTCA CAGTGACCAA GACCTAATAG TGGTGACATT TAAAACATTT 
GAAGAAATAT GGAAGTTTTT AACCTACTAT TCCCTTGGTT TTATAAATCA CTGCATGGAG 
AATTTGTTGC TAGATCAGTC TTTCTGGCTC TGTTCCCAAG AAGAGAATGA GGATAAACAA 
GAAGAAGCTG GAATTGAAGT CTATATAAAT GAAGAGTCTC TAAATTTGAT GTACAGAGGT 
CTCTTAATAC AGGAAGGAAC TTTCTTTGTA TTATGTCCTG ACAACCTCAT AAGAGAGACA 
ACGGCTGCAG ACATGGCAGT GAAAGTTTAT CAAGAGAACA GAAGAGTTAC TGAAGACATC 
TCTGGTGGAT CACTGGGTGA AGATCTGACC TCAGTGTCTA AAGCTGCTGC AGAGACTTTG 
ATCCCTTTTC ATCAATGGTT TCTTAAAGTA TACTCTGATC CTGTTCATTT TGCTAGCAAA 
ATGGAGTCTA AATGCAGCAA GCAAATAGCT ACGGGATCTT CTGAAGCAGT GATTAGTTAT 
GCAAGTGCTG TGCCTGAAGA GATTAGCTTC CAGAGCGGAG ACAAAATTGA AATCATTGGC 
TACTTCATAG AATGTCTGGA GTGGTTTGTT GGAAGACATA TGTTGACGGG ACAAATTGGT 
TTTGTAAAGA CCAGCCACGT TAAACCTGAC ACCTCTGGAA CTAAACAACA AAATCTGGAT 
TTTCTTGATA AGGAAGAGAA ATCTTTTTTC GCAAAAGAAA GAAATGTTGT GGAAGAGGAT 
GTGGTGCATT TATTGAAGCA GAGATCAAAT ACAGAAGTTT GCACTGTGTA TAGAGTAGAC 
AGATTAGAAG AATTAGAATT TCAGAACCCT CAAGAACAAG AAATGCCACA TCCCTCATCT 
AATACAGACT CCAATAGAAT GAGGGAGATG GTAAAAGAAT CCCTTATGAA ATGTAAAGAT 
TTCCAGCTCC ACTTGAAAGG GACATCTAGT CAAGGAAATG ATTTTCCTAG CTCTTCAAAT 
CAGCAGACCT GTGCCTTGGC TGAAGAGCCA CGTTTCTGCA TACAACAAGA TGAAGAAGAT 
CACGGGTCTG GGGTCTTTCA GGCATTATTG TTGTTCTTAA ACAGTAAAGA GTATGAGGTG 
CACTTCAAAA ACCTGTACGA CTTCTCCTTC CCGTTTCTTA ACACCACATT TTATGGCTAC 
ACTGGTGAAG AACAACTGGT TGACTATTTT GGACTGGCAA GGGAGGCAGC AAAGAAAGCA 
AATCTGCCTT GGGCCCTAAC AAGGCTATGC TTTCTTTTGG GTAGACTGTG TGTTAGAAAG 
CTCAAATTTT CCCAAGCTCG CGTTTATTTT GAAGAAGCCT TAGGAGCTAT AAGAGGAGGT 
TTTAGTGACC TGTATCTTGT AGTTGCTCTT TATACAAATC TAACAGTCAT CTACTTGAAA 
CAGAAGAACA AAGGAAAATG TGCTCAGATT TTTGACAAGG TTACTTCCCT GCTCATGGGA 
ATTCCCAGCT ACATCTGTAG CACTGACATG GAGTCAGACA TTCTAAGGTA CGCTTTAAAG 
AGGACAGTAC TGAGTCAGAG CAAGCATGCA GAAGCCAGAG CATGCTTCCT CTTGGCAAAA 
CATTACACAA AACTTAAACA GTATGAAGAG GCACTACCAT TCCTAGAAAG GCTGCAGCTT 
TTGAATAATG ACTTGGATTT ACAGAAGAGC TCGCTGTCAG CCGACTGCTA TTTTAAACTA 
GGTGAGTCCT ACAATCAAAA ATGCTTGCCA CACATTGTGC TAAGTTGCAT AAAGGTTGCT 
TCTTCCCAGG GATCATATAC TCTAATGGAC TCTTTGAGAA GCATTGATTT AGTCACCAAA 
AATGCTCCCA AACTCCATAG GCTGAGGAAA GCTGGGCAAA TGCTCCCATC CCAAATTGCA 
CCTTATCTCA GACAGGCACT TTCCTCAGCA TTTACCAATG AGCAGCAAAA ACTATGCAGC 
ACAATTTATC TTAGCTTATC CGAACTCTAC AGTCATCACA GACGGTATGG AGAAGCCATT 
GTTTATATGG AGAAAGTACT GGACTTCAAT ACTTCTGCCC ATGTGGGAGA AACTATTAAC 
CATTTAGTTT CACTTGCTTG GTTATATATT CTTCACAGGC AAAATACTGT CGCTTTGGCC 
ATCCTAAATA CCATTGTAGA CTCTTCATTG AGTAGTCCTC AGCAGTTAGG TGTTGTTTAT 
AATATGACTG CCATTGCTTT GAAACGAACC AACAACATAA AGCAAGCTGC TGCGAGTTAC 
TACAAAGCTC TGCACGTTTC AGAAGAGGCT GATATGGTAC ACAACCATGC TGTGGTTCTG 
GCTAATTTTG GAACTCTCTG CCTGCATTTA GCAGCCAATT GTTTGGCAGA GCACTACTAT 
GTCAAAGCAG TAAAGCTATT CTCTGGACTT CCAAGCTTGG ATGGTGGTCA CAATTTTACT 
CAAGTCCTCC TCCAACTGGG ACGCTATTAT GCTAATGGAA CTCATAAGAA AAGAGGACAA 
TTTTATTATG AATGGGCATT ATTGGTGGCA ATGGAAACAA ATCATTTGGA AAGTCAGCTC 
CAAGCTGTTC AGTTGCTGTG TCAATTCTAC ACTACAGTTG TTCCAGATGA AGCTCAGTGT 
GTCATTTACA ATGAATATCA ACTATCCTTG GCTAGGAAAA TGTCAGACAA AGTTTTGGAG 
GGGCAAATTT TGGAAACCAT CAGTCAGCTG TATCTCTCTT TAGGCACAGA AAGGGCTTAC 
AGATCAGCTC TGGAATATAC CAAAAGAAGC CTTGGAATAT TTATAGATCT TCAGAAGAAA 
GAGAAAGAGG CATATGCTTG GCTTCAGGCA GGAAAGATCT ATTACATTCT GAGGCAGAAT 
GAGCTAGTGG ATCTTTATAT TCAGGTTGCT CAAGATGCTG CTCTTTGTAA TGGGGATCCA 
AACTTAGGAA TGGAATTGTT TGAAGCTGCA GGAGACATAT TTTTCAATGG TACCTGGGAG 
AAGGAAAAAG CAGTGTCATT CTACAGGGAC AGGGCTCTTC CACTTGCCAT TAAGACTGGA 
AACAAAAAGG CAGAACTCCG ATTATGCAAC AAACTAGTGC AATTGCTGGT AAATCTACAG 
GATTCTGAGG ACAGTCTGGA ATATGCACAA GTATCCGTCA CACTTAGTGT GAAGTTAGGA 
AATCAGCTAA ATGAACGAAT AGCATATCAC AGACTGGCTA CTATCCATCA TCGCCTGGGT 
CAGTGTGAAC TTGCTGAACA CTTTTACTTA AAAGCGTTGT CCCTTTGCTC CTCTCCTCTG 
GAATTTGATG AGGAATCAAT GTATTATGTG AAAGTGTATC TAATCCTAGG AGACATTATA 
TTCTATGACC TAAAGGATCC TTTTGATGCA GCAGGATATT ATCATTTGGC ACTTGCAGCT 
GCCATGGACT TGGGCAACAA AAAGGCTCAG CTGAAGATTT ACACAAGGCT CGCAGTAATC 
TACCACAATT TCCTTATGGA TCGGGAGATG TCTCTTTTCT TCTATCAGAG AGCAAGAACC 
TTTGCAACAG AGCTTAACGT TCGGAGAATA AACCTGGCAC CTGATCAGTA TTATAAGAAT 
GCAACATGGG TACCTGTGAA AAATGCCATG TGA

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

RefSeq	XP_007056582.1
CDS	1..4173
Translation	MDNCGRENTAIERNSDDADSIALVGIASNGAPAVAVECNVSVFGLHTLMEEEGFCSSAPYLERKQHSSWEGNKQQLGRSVSDCTHVAANTAISTSINMEEEVSLQGQMAMDFSQNNCLKASSRIPPSPAESFPTDISLKLIMVKQKSGLPDPRLQGELRGRLRLLENDSREVMAVFSELSARLLSIHSDQDLIVVTFKTFEEIWKFLTYYSLGFINHCMENLLLDQSFWLCSQEENEDKQEEAGIEVYINEESLNLMYRGLLIQEGTFFVLCPDNLIRETTAADMAVKVYQENRRVTEDISGGSLGEDLTSVSKAAAETLIPFHQWFLKVYSDPVHFASKMESKCSKQIATGSSEAVISYASAVPEEISFQSGDKIEIIGYFIECLEWFVGRHMLTGQIGFVKTSHVKPDTSGTKQQNLDFLDKEEKSFFAKERNVVEEDVVHLLKQRSNTEVCTVYRVDRLEELEFQNPQEQEMPHPSSNTDSNRMREMVKESLMKCKDFQLHLKGTSSQGNDFPSSSNQQTCALAEEPRFCIQQDEEDHGSGVFQALLLFLNSKEYEVHFKNLYDFSFPFLNTTFYGYTGEEQLVDYFGLAREAAKKANLPWALTRLCFLLGRLCVRKLKFSQARVYFEEALGAIRGGFSDLYLVVALYTNLTVIYLKQKNKGKCAQIFDKVTSLLMGIPSYICSTDMESDILRYALKRTVLSQSKHAEARACFLLAKHYTKLKQYEEALPFLERLQLLNNDLDLQKSSLSADCYFKLGESYNQKCLPHIVLSCIKVASSQGSYTLMDSLRSIDLVTKNAPKLHRLRKAGQMLPSQIAPYLRQALSSAFTNEQQKLCSTIYLSLSELYSHHRRYGEAIVYMEKVLDFNTSAHVGETINHLVSLAWLYILHRQNTVALAILNTIVDSSLSSPQQLGVVYNMTAIALKRTNNIKQAAASYYKALHVSEEADMVHNHAVVLANFGTLCLHLAANCLAEHYYVKAVKLFSGLPSLDGGHNFTQVLLQLGRYYANGTHKKRGQFYYEWALLVAMETNHLESQLQAVQLLCQFYTTVVPDEAQCVIYNEYQLSLARKMSDKVLEGQILETISQLYLSLGTERAYRSALEYTKRSLGIFIDLQKKEKEAYAWLQAGKIYYILRQNELVDLYIQVAQDAALCNGDPNLGMELFEAAGDIFFNGTWEKEKAVSFYRDRALPLAIKTGNKKAELRLCNKLVQLLVNLQDSEDSLEYAQVSVTLSVKLGNQLNERIAYHRLATIHHRLGQCELAEHFYLKALSLCSSPLEFDEESMYYVKVYLILGDIIFYDLKDPFDAAGYYHLALAAAMDLGNKKAQLKIYTRLAVIYHNFLMDREMSLFFYQRARTFATELNVRRINLAPDQYYKNATWVPVKNAM

Target ORF information:

RefSeq Version	XM_007056520.1
Organism	Chelonia mydas(Green sea turtle)
Definition	Chelonia mydas SH3 domain and tetratricopeptide repeats 1 (SH3TC1), mRNA.

Target ORF information:

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

XM_007056520.1

ORF Insert Sequence:

ATGGACAATT GTGGTAGAGA AAACACAGCC ATAGAGAGGA ATTCGGACGA TGCAGATTCT 
ATAGCACTGG TTGGAATTGC AAGTAATGGA GCTCCAGCAG TAGCAGTGGA ATGCAATGTT 
TCTGTTTTTG GGCTCCACAC CCTGATGGAG GAAGAAGGAT TCTGCAGCTC TGCTCCCTAT 
CTGGAAAGGA AACAACATAG CTCTTGGGAA GGAAATAAAC AGCAGCTGGG GAGGAGTGTG 
TCTGATTGTA CGCATGTGGC AGCTAATACT GCCATTTCCA CATCGATTAA CATGGAAGAG 
GAAGTCTCTT TGCAAGGACA AATGGCCATG GACTTTTCTC AGAATAACTG CTTGAAGGCC 
AGTTCAAGGA TACCACCCAG TCCAGCAGAG AGTTTTCCAA CAGATATCTC CCTCAAGCTA 
ATCATGGTAA AACAAAAGAG TGGACTTCCT GACCCCCGAC TGCAGGGAGA ACTGAGAGGA 
CGACTCCGTC TTCTGGAGAA TGACAGCAGG GAGGTCATGG CAGTTTTTAG TGAGCTGTCT 
GCCAGATTGT TGTCTATTCA CAGTGACCAA GACCTAATAG TGGTGACATT TAAAACATTT 
GAAGAAATAT GGAAGTTTTT AACCTACTAT TCCCTTGGTT TTATAAATCA CTGCATGGAG 
AATTTGTTGC TAGATCAGTC TTTCTGGCTC TGTTCCCAAG AAGAGAATGA GGATAAACAA 
GAAGAAGCTG GAATTGAAGT CTATATAAAT GAAGAGTCTC TAAATTTGAT GTACAGAGGT 
CTCTTAATAC AGGAAGGAAC TTTCTTTGTA TTATGTCCTG ACAACCTCAT AAGAGAGACA 
ACGGCTGCAG ACATGGCAGT GAAAGTTTAT CAAGAGAACA GAAGAGTTAC TGAAGACATC 
TCTGGTGGAT CACTGGGTGA AGATCTGACC TCAGTGTCTA AAGCTGCTGC AGAGACTTTG 
ATCCCTTTTC ATCAATGGTT TCTTAAAGTA TACTCTGATC CTGTTCATTT TGCTAGCAAA 
ATGGAGTCTA AATGCAGCAA GCAAATAGCT ACGGGATCTT CTGAAGCAGT GATTAGTTAT 
GCAAGTGCTG TGCCTGAAGA GATTAGCTTC CAGAGCGGAG ACAAAATTGA AATCATTGGC 
TACTTCATAG AATGTCTGGA GTGGTTTGTT GGAAGACATA TGTTGACGGG ACAAATTGGT 
TTTGTAAAGA CCAGCCACGT TAAACCTGAC ACCTCTGGAA CTAAACAACA AAATCTGGAT 
TTTCTTGATA AGGAAGAGAA ATCTTTTTTC GCAAAAGAAA GAAATGTTGT GGAAGAGGAT 
GTGGTGCATT TATTGAAGCA GAGATCAAAT ACAGAAGTTT GCACTGTGTA TAGAGTAGAC 
AGATTAGAAG AATTAGAATT TCAGAACCCT CAAGAACAAG AAATGCCACA TCCCTCATCT 
AATACAGACT CCAATAGAAT GAGGGAGATG GTAAAAGAAT CCCTTATGAA ATGTAAAGAT 
TTCCAGCTCC ACTTGAAAGG GACATCTAGT CAAGGAAATG ATTTTCCTAG CTCTTCAAAT 
CAGCAGACCT GTGCCTTGGC TGAAGAGCCA CGTTTCTGCA TACAACAAGA TGAAGAAGAT 
CACGGGTCTG GGGTCTTTCA GGCATTATTG TTGTTCTTAA ACAGTAAAGA GTATGAGGTG 
CACTTCAAAA ACCTGTACGA CTTCTCCTTC CCGTTTCTTA ACACCACATT TTATGGCTAC 
ACTGGTGAAG AACAACTGGT TGACTATTTT GGACTGGCAA GGGAGGCAGC AAAGAAAGCA 
AATCTGCCTT GGGCCCTAAC AAGGCTATGC TTTCTTTTGG GTAGACTGTG TGTTAGAAAG 
CTCAAATTTT CCCAAGCTCG CGTTTATTTT GAAGAAGCCT TAGGAGCTAT AAGAGGAGGT 
TTTAGTGACC TGTATCTTGT AGTTGCTCTT TATACAAATC TAACAGTCAT CTACTTGAAA 
CAGAAGAACA AAGGAAAATG TGCTCAGATT TTTGACAAGG TTACTTCCCT GCTCATGGGA 
ATTCCCAGCT ACATCTGTAG CACTGACATG GAGTCAGACA TTCTAAGGTA CGCTTTAAAG 
AGGACAGTAC TGAGTCAGAG CAAGCATGCA GAAGCCAGAG CATGCTTCCT CTTGGCAAAA 
CATTACACAA AACTTAAACA GTATGAAGAG GCACTACCAT TCCTAGAAAG GCTGCAGCTT 
TTGAATAATG ACTTGGATTT ACAGAAGAGC TCGCTGTCAG CCGACTGCTA TTTTAAACTA 
GGTGAGTCCT ACAATCAAAA ATGCTTGCCA CACATTGTGC TAAGTTGCAT AAAGGTTGCT 
TCTTCCCAGG GATCATATAC TCTAATGGAC TCTTTGAGAA GCATTGATTT AGTCACCAAA 
AATGCTCCCA AACTCCATAG GCTGAGGAAA GCTGGGCAAA TGCTCCCATC CCAAATTGCA 
CCTTATCTCA GACAGGCACT TTCCTCAGCA TTTACCAATG AGCAGCAAAA ACTATGCAGC 
ACAATTTATC TTAGCTTATC CGAACTCTAC AGTCATCACA GACGGTATGG AGAAGCCATT 
GTTTATATGG AGAAAGTACT GGACTTCAAT ACTTCTGCCC ATGTGGGAGA AACTATTAAC 
CATTTAGTTT CACTTGCTTG GTTATATATT CTTCACAGGC AAAATACTGT CGCTTTGGCC 
ATCCTAAATA CCATTGTAGA CTCTTCATTG AGTAGTCCTC AGCAGTTAGG TGTTGTTTAT 
AATATGACTG CCATTGCTTT GAAACGAACC AACAACATAA AGCAAGCTGC TGCGAGTTAC 
TACAAAGCTC TGCACGTTTC AGAAGAGGCT GATATGGTAC ACAACCATGC TGTGGTTCTG 
GCTAATTTTG GAACTCTCTG CCTGCATTTA GCAGCCAATT GTTTGGCAGA GCACTACTAT 
GTCAAAGCAG TAAAGCTATT CTCTGGACTT CCAAGCTTGG ATGGTGGTCA CAATTTTACT 
CAAGTCCTCC TCCAACTGGG ACGCTATTAT GCTAATGGAA CTCATAAGAA AAGAGGACAA 
TTTTATTATG AATGGGCATT ATTGGTGGCA ATGGAAACAA ATCATTTGGA AAGTCAGCTC 
CAAGCTGTTC AGTTGCTGTG TCAATTCTAC ACTACAGTTG TTCCAGATGA AGCTCAGTGT 
GTCATTTACA ATGAATATCA ACTATCCTTG GCTAGGAAAA TGTCAGACAA AGTTTTGGAG 
GGGCAAATTT TGGAAACCAT CAGTCAGCTG TATCTCTCTT TAGGCACAGA AAGGGCTTAC 
AGATCAGCTC TGGAATATAC CAAAAGAAGC CTTGGAATAT TTATAGATCT TCAGAAGAAA 
GAGAAAGAGG CATATGCTTG GCTTCAGGCA GGAAAGATCT ATTACATTCT GAGGCAGAAT 
GAGCTAGTGG ATCTTTATAT TCAGGTTGCT CAAGATGCTG CTCTTTGTAA TGGGGATCCA 
AACTTAGGAA TGGAATTGTT TGAAGCTGCA GGAGACATAT TTTTCAATGG TACCTGGGAG 
AAGGAAAAAG CAGTGTCATT CTACAGGGAC AGGGCTCTTC CACTTGCCAT TAAGACTGGA 
AACAAAAAGG CAGAACTCCG ATTATGCAAC AAACTAGTGC AATTGCTGGT AAATCTACAG 
GATTCTGAGG ACAGTCTGGA ATATGCACAA GTATCCGTCA CACTTAGTGT GAAGTTAGGA 
AATCAGCTAA ATGAACGAAT AGCATATCAC AGACTGGCTA CTATCCATCA TCGCCTGGGT 
CAGTGTGAAC TTGCTGAACA CTTTTACTTA AAAGCGTTGT CCCTTTGCTC CTCTCCTCTG 
GAATTTGATG AGGAATCAAT GTATTATGTG AAAGTGTATC TAATCCTAGG AGACATTATA 
TTCTATGACC TAAAGGATCC TTTTGATGCA GCAGGATATT ATCATTTGGC ACTTGCAGCT 
GCCATGGACT TGGGCAACAA AAAGGCTCAG CTGAAGATTT ACACAAGGCT CGCAGTAATC 
TACCACAATT TCCTTATGGA TCGGGAGATG TCTCTTTTCT TCTATCAGAG AGCAAGAACC 
TTTGCAACAG AGCTTAACGT TCGGAGAATA AACCTGGCAC CTGATCAGTA TTATAAGAAT 
GCAACATGGG TACCTGTGAA AAATGCCATG TGA

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

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SH3TC1 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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