TBL3 cDNA ORF clone, Alligator sinensis(Chinese alligator)

Gene
Clones
gRNAs

Summary

Gene Symbol	TBL3
Entrez Gene ID	102380408
Full Name	transducin beta like 3
Gene Type	protein-coding
Organism	Alligator sinensis(Chinese alligator)

mRNA and Protein(s)

mRNA	Protein	Name
XM_006024007.2	XP_006024069.1	transducin beta-like protein 3
XM_006024007.3	XP_006024069.1	transducin beta-like protein 3

Pathways from BioSystems
Gene Ontology

The following TBL3 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the TBL3 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)
OAl18635	XM_006024007.3 Latest version!	Alligator sinensis transducin beta like 3 (TBL3), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	14-16	$426.30 $609.00
View Old Accession Versions >>
OAl18635	XM_006024007.2	Alligator sinensis transducin (beta)-like 3 (TBL3), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	14-16	$426.30 $609.00
Hide Old Accession Versions >>

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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)

TBL3 ( XM_006024007.2 ) cDNA ORF clone, Alligator sinensis(Chinese alligator) -> XP_006024069.1 Alligator sinensis transducin (beta)-like 3 (TBL3), mRNA.

Price & Availability↑

CloneID	OAl18635
Clone ID Related Accession (Same CDS sequence)	XM_006024007.2 , XM_006024007.3
Accession Version	XM_006024007.2	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 2436bp) 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	2015-10-29
Organism	Alligator sinensis(Chinese alligator)
Product	transducin beta-like protein 3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_005842091.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process On Oct 30, 2015 this sequence version replaced XM_006024007.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Alligator sinensis Annotation Release 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.4 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCGGCGG GGAGCGCGCC CGTGCGCTTC AAGACCAACT ATGCTGTGTC GAGGAAAATT 
GAGCCTTTCT ACAAAGGAGG GAAAATTCAG ATAAGCAGAG ATGGAAACTA TATGTTTTGC 
CCTTGCGGAA CCAAGCTGAA TGTAATGGAT ATAGCAACAG GAGCCGTGGT TCACAGCATC 
GAGCAGGAAG ATCAAGAGGA CATTACATCA TTCGTTCTTA GTCCCGATGA CGAGATCCTC 
GTGACAGGAA GCCGAGCATT GCTGTTAAAA CAGTGGGACT GGCGAGAGAA CAAGTGTACG 
CGCACGTGGA AAGCAGTGCA TATGGCACCA GTAGCCAGCA TGACCTTCGA TTCCACTTCA 
ACGTTGTTAG CCACAGGCGG CTGTGACAGC ACCATCAAGA TCTGGGATGT GATCAAACAG 
TACTGCACAC ACAACCTGAA AGGATCAGCG GGGGTTGTAC ATGTTGTTGA GTTCCACCCC 
GACATCTCCC GGTTGCAGCT GTTCTCCTCT TCAATGGACT ATAAGATCCG GATCTGGAAC 
CTGACTTCCA GCAAGTGCAT TGCCGTGCTT GACGGCCATT ACAGCGCTAT CACTTCTCTT 
ACTTTTGCTG CAGATGGGAA TACGCTCATC AGTTCAGGCC GTGATAAAAT CTGCATGGTA 
TGGGACCTGA AGACAAGAGC AGCCAAGAGG ACTATCCCTG TGTATGAGAG CGTGGAAGCT 
GCAGTCCTGT TACCTGAGGA TGGAGATTTC TCACAGCTCG GCATGCAGAA GCAAGGGCTT 
CACTTTGTCA CAGCTGGCAG CAAAGGGGCC CTGCGGATCT GGGACGCGGC CACAGCTGCC 
TGCGTGAACA CCCAGCCTGT GCCCTACCAG CCTGTGGAGT CCGGAGAGGA GGAAGCTAAT 
GAACACAGCC TGACTAACTG CATGCTGGTG CCCGAGAAAA ACGAGATTGC GACCGTGACT 
GCTGAGCATA ATATCGTCCT GTACGACATT CAGACTCTTC AGCTGAGGAA GCAGTTTGCA 
GGTTACAACG ATGAGGTCTT GGACGTGAGG TTCCTCGGTC CTGCTGACTC TCACATTGTC 
GTGGCTACAA ACAGCCCTCA GCTGAAATTG TTTGAACTAG CAACGTCACA CTGCCAAATC 
CTCTATGGGC ACACAGAAAC GGTTCTGGCC CTGGATGTCT TCAGAAAGGG CATGATGTTT 
GCCAGTTCTG CCAAGGACAA AAGCTTCCGA ATCTGGCGGA TGAATAAAGC GGGTGAGGTG 
CTCTGCCTGG CTCAGGGAGT AGGTCACACG TATGGAGTGG GCACAATCTG TTGCTCGAGA 
ATGAAAGAGA GCTTTGTTGT GACCTGCAGC CAAGACAGCA CGATCAAGGT CTGGAATCTC 
CCAGAGTCCC TCACTTCCAA AGCCAAAGCC GCCTTGATCT CGAGTCCGGA AATCCTTCAG 
GCCCAAGTAA CCGAGAAGGG TCACAACAAG GATATAAACA GTGTGGCAGT TTCTCCAAAT 
GACAAGCTGA TTGCCACCGG CTCTCAGGAC AGGACGGCCA AGCTATGGTC CTGTCCTGAC 
TGCTCTCTGA TGGGCGTCTT TACTGGACAC AAACGTGGGA TCTGGTGTGT GCAGTTTTCT 
CCTGTGGATC AGGTCTTGGC CACCTCCTCA GCTGACGGCA CCGTGAAGTT GTGGGGTCTC 
CGTGACTTCA GTTGTCTAAA GACATTTGAA GGCCACGATG CCTCCGTGCT GAAGATCATT 
TTTGTGAGCC GTGGGACACA GCTGCTTAGT AGTGGGTCTG ATGGGCTCTT AAAACTCTGG 
ACGATTAAAA GCAACGAATG CGTGAAAACA TTAGACGCTC ACGAAGACAA AGTGTGGGGT 
CTGCACAGCA ACAAACAGGA CAACATGGTT GTAACAGCCT CCAGCGACTC CTGCATCACC 
CTGTGGAAGG ATGTCACTGA AATTGAACTG GAAGAGGAGC AAGCTAAAAA GGAGGAGCAG 
ATTATGAAGG ACCAAGAGCT TTCCAACCTG CTTCATGAGA AGAAATATCT GAAAGCTTTA 
GGGCTGGCAA TCTCACTGGA TCGCCCGCAC ACCGTTCTGA CAGTGGTCAA AGCCATCCTA 
AAGGAGACCG ATGGGAGAGA GAACTTGGAA ACGAACATCC TCAGACTGCG GAAGGATCAG 
AAAGAGGCCG TGCTGAAGTT CTCAGTAACG TGGAACACAA ACTCTCGCAA CTGCCACGAG 
GCTCAGGCTG TCCTTGGCAT CCTCCTAAAG CACGAATCCC CCGAGTGCCT CCTCCAGTAC 
GACGGCATTA AATCTGCTGT GGAATCACTT CTGCCCTACA CCGAACGTCA TTTCCAGAGA 
CTGGGCCGGT TACTGCAAGC GTCCATGTTC ATTGATTTCA TGTGGCAAAA CATGAGGCTG 
TCTGATACTT CCAAGTGGGA CAAGGATGGC TTGTGA

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

RefSeq	XP_006024069.1
CDS	29..2464
Translation	MAAGSAPVRFKTNYAVSRKIEPFYKGGKIQISRDGNYMFCPCGTKLNVMDIATGAVVHSIEQEDQEDITSFVLSPDDEILVTGSRALLLKQWDWRENKCTRTWKAVHMAPVASMTFDSTSTLLATGGCDSTIKIWDVIKQYCTHNLKGSAGVVHVVEFHPDISRLQLFSSSMDYKIRIWNLTSSKCIAVLDGHYSAITSLTFAADGNTLISSGRDKICMVWDLKTRAAKRTIPVYESVEAAVLLPEDGDFSQLGMQKQGLHFVTAGSKGALRIWDAATAACVNTQPVPYQPVESGEEEANEHSLTNCMLVPEKNEIATVTAEHNIVLYDIQTLQLRKQFAGYNDEVLDVRFLGPADSHIVVATNSPQLKLFELATSHCQILYGHTETVLALDVFRKGMMFASSAKDKSFRIWRMNKAGEVLCLAQGVGHTYGVGTICCSRMKESFVVTCSQDSTIKVWNLPESLTSKAKAALISSPEILQAQVTEKGHNKDINSVAVSPNDKLIATGSQDRTAKLWSCPDCSLMGVFTGHKRGIWCVQFSPVDQVLATSSADGTVKLWGLRDFSCLKTFEGHDASVLKIIFVSRGTQLLSSGSDGLLKLWTIKSNECVKTLDAHEDKVWGLHSNKQDNMVVTASSDSCITLWKDVTEIELEEEQAKKEEQIMKDQELSNLLHEKKYLKALGLAISLDRPHTVLTVVKAILKETDGRENLETNILRLRKDQKEAVLKFSVTWNTNSRNCHEAQAVLGILLKHESPECLLQYDGIKSAVESLLPYTERHFQRLGRLLQASMFIDFMWQNMRLSDTSKWDKDGL

Target ORF information:

RefSeq Version	XM_006024007.2
Organism	Alligator sinensis(Chinese alligator)
Definition	Alligator sinensis transducin (beta)-like 3 (TBL3), mRNA.

Target ORF information:

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

XM_006024007.2

ORF Insert Sequence:

ATGGCGGCGG GGAGCGCGCC CGTGCGCTTC AAGACCAACT ATGCTGTGTC GAGGAAAATT 
GAGCCTTTCT ACAAAGGAGG GAAAATTCAG ATAAGCAGAG ATGGAAACTA TATGTTTTGC 
CCTTGCGGAA CCAAGCTGAA TGTAATGGAT ATAGCAACAG GAGCCGTGGT TCACAGCATC 
GAGCAGGAAG ATCAAGAGGA CATTACATCA TTCGTTCTTA GTCCCGATGA CGAGATCCTC 
GTGACAGGAA GCCGAGCATT GCTGTTAAAA CAGTGGGACT GGCGAGAGAA CAAGTGTACG 
CGCACGTGGA AAGCAGTGCA TATGGCACCA GTAGCCAGCA TGACCTTCGA TTCCACTTCA 
ACGTTGTTAG CCACAGGCGG CTGTGACAGC ACCATCAAGA TCTGGGATGT GATCAAACAG 
TACTGCACAC ACAACCTGAA AGGATCAGCG GGGGTTGTAC ATGTTGTTGA GTTCCACCCC 
GACATCTCCC GGTTGCAGCT GTTCTCCTCT TCAATGGACT ATAAGATCCG GATCTGGAAC 
CTGACTTCCA GCAAGTGCAT TGCCGTGCTT GACGGCCATT ACAGCGCTAT CACTTCTCTT 
ACTTTTGCTG CAGATGGGAA TACGCTCATC AGTTCAGGCC GTGATAAAAT CTGCATGGTA 
TGGGACCTGA AGACAAGAGC AGCCAAGAGG ACTATCCCTG TGTATGAGAG CGTGGAAGCT 
GCAGTCCTGT TACCTGAGGA TGGAGATTTC TCACAGCTCG GCATGCAGAA GCAAGGGCTT 
CACTTTGTCA CAGCTGGCAG CAAAGGGGCC CTGCGGATCT GGGACGCGGC CACAGCTGCC 
TGCGTGAACA CCCAGCCTGT GCCCTACCAG CCTGTGGAGT CCGGAGAGGA GGAAGCTAAT 
GAACACAGCC TGACTAACTG CATGCTGGTG CCCGAGAAAA ACGAGATTGC GACCGTGACT 
GCTGAGCATA ATATCGTCCT GTACGACATT CAGACTCTTC AGCTGAGGAA GCAGTTTGCA 
GGTTACAACG ATGAGGTCTT GGACGTGAGG TTCCTCGGTC CTGCTGACTC TCACATTGTC 
GTGGCTACAA ACAGCCCTCA GCTGAAATTG TTTGAACTAG CAACGTCACA CTGCCAAATC 
CTCTATGGGC ACACAGAAAC GGTTCTGGCC CTGGATGTCT TCAGAAAGGG CATGATGTTT 
GCCAGTTCTG CCAAGGACAA AAGCTTCCGA ATCTGGCGGA TGAATAAAGC GGGTGAGGTG 
CTCTGCCTGG CTCAGGGAGT AGGTCACACG TATGGAGTGG GCACAATCTG TTGCTCGAGA 
ATGAAAGAGA GCTTTGTTGT GACCTGCAGC CAAGACAGCA CGATCAAGGT CTGGAATCTC 
CCAGAGTCCC TCACTTCCAA AGCCAAAGCC GCCTTGATCT CGAGTCCGGA AATCCTTCAG 
GCCCAAGTAA CCGAGAAGGG TCACAACAAG GATATAAACA GTGTGGCAGT TTCTCCAAAT 
GACAAGCTGA TTGCCACCGG CTCTCAGGAC AGGACGGCCA AGCTATGGTC CTGTCCTGAC 
TGCTCTCTGA TGGGCGTCTT TACTGGACAC AAACGTGGGA TCTGGTGTGT GCAGTTTTCT 
CCTGTGGATC AGGTCTTGGC CACCTCCTCA GCTGACGGCA CCGTGAAGTT GTGGGGTCTC 
CGTGACTTCA GTTGTCTAAA GACATTTGAA GGCCACGATG CCTCCGTGCT GAAGATCATT 
TTTGTGAGCC GTGGGACACA GCTGCTTAGT AGTGGGTCTG ATGGGCTCTT AAAACTCTGG 
ACGATTAAAA GCAACGAATG CGTGAAAACA TTAGACGCTC ACGAAGACAA AGTGTGGGGT 
CTGCACAGCA ACAAACAGGA CAACATGGTT GTAACAGCCT CCAGCGACTC CTGCATCACC 
CTGTGGAAGG ATGTCACTGA AATTGAACTG GAAGAGGAGC AAGCTAAAAA GGAGGAGCAG 
ATTATGAAGG ACCAAGAGCT TTCCAACCTG CTTCATGAGA AGAAATATCT GAAAGCTTTA 
GGGCTGGCAA TCTCACTGGA TCGCCCGCAC ACCGTTCTGA CAGTGGTCAA AGCCATCCTA 
AAGGAGACCG ATGGGAGAGA GAACTTGGAA ACGAACATCC TCAGACTGCG GAAGGATCAG 
AAAGAGGCCG TGCTGAAGTT CTCAGTAACG TGGAACACAA ACTCTCGCAA CTGCCACGAG 
GCTCAGGCTG TCCTTGGCAT CCTCCTAAAG CACGAATCCC CCGAGTGCCT CCTCCAGTAC 
GACGGCATTA AATCTGCTGT GGAATCACTT CTGCCCTACA CCGAACGTCA TTTCCAGAGA 
CTGGGCCGGT TACTGCAAGC GTCCATGTTC ATTGATTTCA TGTGGCAAAA CATGAGGCTG 
TCTGATACTT CCAAGTGGGA CAAGGATGGC TTGTGA

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

TBL3 ( XM_006024007.3 ) cDNA ORF clone, Alligator sinensis(Chinese alligator) -> XP_006024069.1 Alligator sinensis transducin beta like 3 (TBL3), mRNA.

Price & Availability↑

CloneID	OAl18635
Clone ID Related Accession (Same CDS sequence)	XM_006024007.2 , XM_006024007.3
Accession Version	XM_006024007.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 2436bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2018-06-03
Organism	Alligator sinensis(Chinese alligator)
Product	transducin beta-like protein 3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_005842091.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process On Jun 4, 2018 this sequence version replaced XM_006024007.2. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Alligator sinensis Annotation Release 102 Annotation Version :: 102 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCGGCGG GGAGCGCGCC CGTGCGCTTC AAGACCAACT ATGCTGTGTC GAGGAAAATT 
GAGCCTTTCT ACAAAGGAGG GAAAATTCAG ATAAGCAGAG ATGGAAACTA TATGTTTTGC 
CCTTGCGGAA CCAAGCTGAA TGTAATGGAT ATAGCAACAG GAGCCGTGGT TCACAGCATC 
GAGCAGGAAG ATCAAGAGGA CATTACATCA TTCGTTCTTA GTCCCGATGA CGAGATCCTC 
GTGACAGGAA GCCGAGCATT GCTGTTAAAA CAGTGGGACT GGCGAGAGAA CAAGTGTACG 
CGCACGTGGA AAGCAGTGCA TATGGCACCA GTAGCCAGCA TGACCTTCGA TTCCACTTCA 
ACGTTGTTAG CCACAGGCGG CTGTGACAGC ACCATCAAGA TCTGGGATGT GATCAAACAG 
TACTGCACAC ACAACCTGAA AGGATCAGCG GGGGTTGTAC ATGTTGTTGA GTTCCACCCC 
GACATCTCCC GGTTGCAGCT GTTCTCCTCT TCAATGGACT ATAAGATCCG GATCTGGAAC 
CTGACTTCCA GCAAGTGCAT TGCCGTGCTT GACGGCCATT ACAGCGCTAT CACTTCTCTT 
ACTTTTGCTG CAGATGGGAA TACGCTCATC AGTTCAGGCC GTGATAAAAT CTGCATGGTA 
TGGGACCTGA AGACAAGAGC AGCCAAGAGG ACTATCCCTG TGTATGAGAG CGTGGAAGCT 
GCAGTCCTGT TACCTGAGGA TGGAGATTTC TCACAGCTCG GCATGCAGAA GCAAGGGCTT 
CACTTTGTCA CAGCTGGCAG CAAAGGGGCC CTGCGGATCT GGGACGCGGC CACAGCTGCC 
TGCGTGAACA CCCAGCCTGT GCCCTACCAG CCTGTGGAGT CCGGAGAGGA GGAAGCTAAT 
GAACACAGCC TGACTAACTG CATGCTGGTG CCCGAGAAAA ACGAGATTGC GACCGTGACT 
GCTGAGCATA ATATCGTCCT GTACGACATT CAGACTCTTC AGCTGAGGAA GCAGTTTGCA 
GGTTACAACG ATGAGGTCTT GGACGTGAGG TTCCTCGGTC CTGCTGACTC TCACATTGTC 
GTGGCTACAA ACAGCCCTCA GCTGAAATTG TTTGAACTAG CAACGTCACA CTGCCAAATC 
CTCTATGGGC ACACAGAAAC GGTTCTGGCC CTGGATGTCT TCAGAAAGGG CATGATGTTT 
GCCAGTTCTG CCAAGGACAA AAGCTTCCGA ATCTGGCGGA TGAATAAAGC GGGTGAGGTG 
CTCTGCCTGG CTCAGGGAGT AGGTCACACG TATGGAGTGG GCACAATCTG TTGCTCGAGA 
ATGAAAGAGA GCTTTGTTGT GACCTGCAGC CAAGACAGCA CGATCAAGGT CTGGAATCTC 
CCAGAGTCCC TCACTTCCAA AGCCAAAGCC GCCTTGATCT CGAGTCCGGA AATCCTTCAG 
GCCCAAGTAA CCGAGAAGGG TCACAACAAG GATATAAACA GTGTGGCAGT TTCTCCAAAT 
GACAAGCTGA TTGCCACCGG CTCTCAGGAC AGGACGGCCA AGCTATGGTC CTGTCCTGAC 
TGCTCTCTGA TGGGCGTCTT TACTGGACAC AAACGTGGGA TCTGGTGTGT GCAGTTTTCT 
CCTGTGGATC AGGTCTTGGC CACCTCCTCA GCTGACGGCA CCGTGAAGTT GTGGGGTCTC 
CGTGACTTCA GTTGTCTAAA GACATTTGAA GGCCACGATG CCTCCGTGCT GAAGATCATT 
TTTGTGAGCC GTGGGACACA GCTGCTTAGT AGTGGGTCTG ATGGGCTCTT AAAACTCTGG 
ACGATTAAAA GCAACGAATG CGTGAAAACA TTAGACGCTC ACGAAGACAA AGTGTGGGGT 
CTGCACAGCA ACAAACAGGA CAACATGGTT GTAACAGCCT CCAGCGACTC CTGCATCACC 
CTGTGGAAGG ATGTCACTGA AATTGAACTG GAAGAGGAGC AAGCTAAAAA GGAGGAGCAG 
ATTATGAAGG ACCAAGAGCT TTCCAACCTG CTTCATGAGA AGAAATATCT GAAAGCTTTA 
GGGCTGGCAA TCTCACTGGA TCGCCCGCAC ACCGTTCTGA CAGTGGTCAA AGCCATCCTA 
AAGGAGACCG ATGGGAGAGA GAACTTGGAA ACGAACATCC TCAGACTGCG GAAGGATCAG 
AAAGAGGCCG TGCTGAAGTT CTCAGTAACG TGGAACACAA ACTCTCGCAA CTGCCACGAG 
GCTCAGGCTG TCCTTGGCAT CCTCCTAAAG CACGAATCCC CCGAGTGCCT CCTCCAGTAC 
GACGGCATTA AATCTGCTGT GGAATCACTT CTGCCCTACA CCGAACGTCA TTTCCAGAGA 
CTGGGCCGGT TACTGCAAGC GTCCATGTTC ATTGATTTCA TGTGGCAAAA CATGAGGCTG 
TCTGATACTT CCAAGTGGGA CAAGGATGGC TTGTGA

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

RefSeq	XP_006024069.1
CDS	29..2464
Translation	MAAGSAPVRFKTNYAVSRKIEPFYKGGKIQISRDGNYMFCPCGTKLNVMDIATGAVVHSIEQEDQEDITSFVLSPDDEILVTGSRALLLKQWDWRENKCTRTWKAVHMAPVASMTFDSTSTLLATGGCDSTIKIWDVIKQYCTHNLKGSAGVVHVVEFHPDISRLQLFSSSMDYKIRIWNLTSSKCIAVLDGHYSAITSLTFAADGNTLISSGRDKICMVWDLKTRAAKRTIPVYESVEAAVLLPEDGDFSQLGMQKQGLHFVTAGSKGALRIWDAATAACVNTQPVPYQPVESGEEEANEHSLTNCMLVPEKNEIATVTAEHNIVLYDIQTLQLRKQFAGYNDEVLDVRFLGPADSHIVVATNSPQLKLFELATSHCQILYGHTETVLALDVFRKGMMFASSAKDKSFRIWRMNKAGEVLCLAQGVGHTYGVGTICCSRMKESFVVTCSQDSTIKVWNLPESLTSKAKAALISSPEILQAQVTEKGHNKDINSVAVSPNDKLIATGSQDRTAKLWSCPDCSLMGVFTGHKRGIWCVQFSPVDQVLATSSADGTVKLWGLRDFSCLKTFEGHDASVLKIIFVSRGTQLLSSGSDGLLKLWTIKSNECVKTLDAHEDKVWGLHSNKQDNMVVTASSDSCITLWKDVTEIELEEEQAKKEEQIMKDQELSNLLHEKKYLKALGLAISLDRPHTVLTVVKAILKETDGRENLETNILRLRKDQKEAVLKFSVTWNTNSRNCHEAQAVLGILLKHESPECLLQYDGIKSAVESLLPYTERHFQRLGRLLQASMFIDFMWQNMRLSDTSKWDKDGL

Target ORF information:

RefSeq Version	XM_006024007.3
Organism	Alligator sinensis(Chinese alligator)
Definition	Alligator sinensis transducin beta like 3 (TBL3), mRNA.

Target ORF information:

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

XM_006024007.3

ORF Insert Sequence:

ATGGCGGCGG GGAGCGCGCC CGTGCGCTTC AAGACCAACT ATGCTGTGTC GAGGAAAATT 
GAGCCTTTCT ACAAAGGAGG GAAAATTCAG ATAAGCAGAG ATGGAAACTA TATGTTTTGC 
CCTTGCGGAA CCAAGCTGAA TGTAATGGAT ATAGCAACAG GAGCCGTGGT TCACAGCATC 
GAGCAGGAAG ATCAAGAGGA CATTACATCA TTCGTTCTTA GTCCCGATGA CGAGATCCTC 
GTGACAGGAA GCCGAGCATT GCTGTTAAAA CAGTGGGACT GGCGAGAGAA CAAGTGTACG 
CGCACGTGGA AAGCAGTGCA TATGGCACCA GTAGCCAGCA TGACCTTCGA TTCCACTTCA 
ACGTTGTTAG CCACAGGCGG CTGTGACAGC ACCATCAAGA TCTGGGATGT GATCAAACAG 
TACTGCACAC ACAACCTGAA AGGATCAGCG GGGGTTGTAC ATGTTGTTGA GTTCCACCCC 
GACATCTCCC GGTTGCAGCT GTTCTCCTCT TCAATGGACT ATAAGATCCG GATCTGGAAC 
CTGACTTCCA GCAAGTGCAT TGCCGTGCTT GACGGCCATT ACAGCGCTAT CACTTCTCTT 
ACTTTTGCTG CAGATGGGAA TACGCTCATC AGTTCAGGCC GTGATAAAAT CTGCATGGTA 
TGGGACCTGA AGACAAGAGC AGCCAAGAGG ACTATCCCTG TGTATGAGAG CGTGGAAGCT 
GCAGTCCTGT TACCTGAGGA TGGAGATTTC TCACAGCTCG GCATGCAGAA GCAAGGGCTT 
CACTTTGTCA CAGCTGGCAG CAAAGGGGCC CTGCGGATCT GGGACGCGGC CACAGCTGCC 
TGCGTGAACA CCCAGCCTGT GCCCTACCAG CCTGTGGAGT CCGGAGAGGA GGAAGCTAAT 
GAACACAGCC TGACTAACTG CATGCTGGTG CCCGAGAAAA ACGAGATTGC GACCGTGACT 
GCTGAGCATA ATATCGTCCT GTACGACATT CAGACTCTTC AGCTGAGGAA GCAGTTTGCA 
GGTTACAACG ATGAGGTCTT GGACGTGAGG TTCCTCGGTC CTGCTGACTC TCACATTGTC 
GTGGCTACAA ACAGCCCTCA GCTGAAATTG TTTGAACTAG CAACGTCACA CTGCCAAATC 
CTCTATGGGC ACACAGAAAC GGTTCTGGCC CTGGATGTCT TCAGAAAGGG CATGATGTTT 
GCCAGTTCTG CCAAGGACAA AAGCTTCCGA ATCTGGCGGA TGAATAAAGC GGGTGAGGTG 
CTCTGCCTGG CTCAGGGAGT AGGTCACACG TATGGAGTGG GCACAATCTG TTGCTCGAGA 
ATGAAAGAGA GCTTTGTTGT GACCTGCAGC CAAGACAGCA CGATCAAGGT CTGGAATCTC 
CCAGAGTCCC TCACTTCCAA AGCCAAAGCC GCCTTGATCT CGAGTCCGGA AATCCTTCAG 
GCCCAAGTAA CCGAGAAGGG TCACAACAAG GATATAAACA GTGTGGCAGT TTCTCCAAAT 
GACAAGCTGA TTGCCACCGG CTCTCAGGAC AGGACGGCCA AGCTATGGTC CTGTCCTGAC 
TGCTCTCTGA TGGGCGTCTT TACTGGACAC AAACGTGGGA TCTGGTGTGT GCAGTTTTCT 
CCTGTGGATC AGGTCTTGGC CACCTCCTCA GCTGACGGCA CCGTGAAGTT GTGGGGTCTC 
CGTGACTTCA GTTGTCTAAA GACATTTGAA GGCCACGATG CCTCCGTGCT GAAGATCATT 
TTTGTGAGCC GTGGGACACA GCTGCTTAGT AGTGGGTCTG ATGGGCTCTT AAAACTCTGG 
ACGATTAAAA GCAACGAATG CGTGAAAACA TTAGACGCTC ACGAAGACAA AGTGTGGGGT 
CTGCACAGCA ACAAACAGGA CAACATGGTT GTAACAGCCT CCAGCGACTC CTGCATCACC 
CTGTGGAAGG ATGTCACTGA AATTGAACTG GAAGAGGAGC AAGCTAAAAA GGAGGAGCAG 
ATTATGAAGG ACCAAGAGCT TTCCAACCTG CTTCATGAGA AGAAATATCT GAAAGCTTTA 
GGGCTGGCAA TCTCACTGGA TCGCCCGCAC ACCGTTCTGA CAGTGGTCAA AGCCATCCTA 
AAGGAGACCG ATGGGAGAGA GAACTTGGAA ACGAACATCC TCAGACTGCG GAAGGATCAG 
AAAGAGGCCG TGCTGAAGTT CTCAGTAACG TGGAACACAA ACTCTCGCAA CTGCCACGAG 
GCTCAGGCTG TCCTTGGCAT CCTCCTAAAG CACGAATCCC CCGAGTGCCT CCTCCAGTAC 
GACGGCATTA AATCTGCTGT GGAATCACTT CTGCCCTACA CCGAACGTCA TTTCCAGAGA 
CTGGGCCGGT TACTGCAAGC GTCCATGTTC ATTGATTTCA TGTGGCAAAA CATGAGGCTG 
TCTGATACTT CCAAGTGGGA CAAGGATGGC TTGTGA