sh3tc2 cDNA ORF clone, Xenopus tropicalis(tropical clawed frog)

Gene
Clones
gRNAs

Summary

Gene Symbol	sh3tc2
Entrez Gene ID	100495600
Full Name	SH3 domain and tetratricopeptide repeats 2
General protein information	Preferred Names SH3 domain and tetratricopeptide repeats 2 Names SH3 domain and tetratricopeptide repeat-containing protein 2
Gene Type	protein-coding
Organism	Xenopus tropicalis(tropical clawed frog)

mRNA and Protein(s)

mRNA	Protein	Name
XM_002939108.4	XP_002939154.2	SH3 domain and tetratricopeptide repeat-containing protein 2 isoform X1
XM_012959785.3	XP_012815239.2	SH3 domain and tetratricopeptide repeat-containing protein 2 isoform X2
XM_012959786.3	XP_012815240.2	SH3 domain and tetratricopeptide repeat-containing protein 2 isoform X3
XM_012959785.2	XP_012815239.1	SH3 domain and tetratricopeptide repeat-containing protein 2 isoform X2
XM_012959786.2	XP_012815240.1	SH3 domain and tetratricopeptide repeat-containing protein 2 isoform X3
XM_002939108.5	XP_002939154.3	SH3 domain and tetratricopeptide repeat-containing protein 2 isoform X1

Pathways from BioSystems

Homologies

Bos taurus (cattle)	SH3TC2	XP_002689331.1
Gallus gallus (chicken)	SH3TC2	XP_424256.4
Danio rerio (zebrafish)	LOC100535152	XP_003200002.2
Xenopus tropicalis (tropical clawed frog)	sh3tc2	XP_002939154.2
Homo sapiens (human)	SH3TC2	NP_078853.2
Pan troglodytes (chimpanzee)	SH3TC2	XP_527069.2
Mus musculus (house mouse)	Sh3tc2	NP_766216.2
Canis lupus familiaris (dog)	SH3TC2	XP_005619374.1
	SH3TC2	XP_001104761.1
Rattus norvegicus (Norway rat)	Sh3tc2	XP_225887.5
Danio rerio (zebrafish)	sh3tc2	XP_005173355.1

Gene Ontology

The following sh3tc2 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the sh3tc2 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)
OXa54508	XM_002939108.5 Latest version!	Xenopus tropicalis SH3 domain and tetratricopeptide repeats 2 (sh3tc2), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$727.30 $1039.00
OXa54509	XM_012959785.3 Latest version!	Xenopus tropicalis SH3 domain and tetratricopeptide repeats 2 (sh3tc2), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$727.30 $1039.00
OXa54510	XM_012959786.3 Latest version!	Xenopus tropicalis SH3 domain and tetratricopeptide repeats 2 (sh3tc2), transcript variant X3, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$643.30 $919.00
OXa36337	XM_012959786.2 Latest version!	Xenopus tropicalis SH3 domain and tetratricopeptide repeats 2 (sh3tc2), transcript variant X3, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	20	$713.30 $1019.00
OXa07594	XM_002939108.4 Latest version!	Xenopus tropicalis SH3 domain and tetratricopeptide repeats 2 (sh3tc2), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$797.30 $1139.00
OXa36336	XM_012959785.2 Latest version!	Xenopus tropicalis SH3 domain and tetratricopeptide repeats 2 (sh3tc2), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$797.30 $1139.00

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)

sh3tc2 ( XM_002939108.5 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_002939154.3 Xenopus tropicalis SH3 domain and tetratricopeptide repeats 2 (sh3tc2), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OXa54508
Clone ID Related Accession (Same CDS sequence)	XM_002939108.5
Accession Version	XM_002939108.5 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4128bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-17
Organism	Xenopus tropicalis(tropical clawed frog)
Product	SH3 domain and tetratricopeptide repeat-containing protein 2 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030679.2) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process On Dec 18, 2019 this sequence version replaced XM_002939108.4. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Xenopus tropicalis Annotation Release 104 Annotation Version :: 104 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGAAGGGC AGGGATCCTT AATCAGAGGG CCCAGGTTAT CGAGAAATGG CAACTATGCC 
AGAAGCACAT CATCTTGGTC TGCTATGTGC CACTCACCAC TGGAGAAAAT CATGAAAAGG 
ACGGAAGAGG CAAAAAGCTT CTTTAGAAAA GGTCTCAAAA GACATGCCTC AATGCTGGTT 
TCATCCTCAG GTAAAGAGGA ACGGAGAGAC TCAGGATTCC TGGCAGGTTG GCCACACTGG 
CACGAATACA GTCGAAACAG ACAAGAAAGA TGCTCCAGCT TAGAAGCAAT GGCATCAGAT 
GACGCGGAGG ACTCAGAACT TGTTTGTGTG GCTGAGGAGA GCCCAGTGGG AAAGGAGTCT 
GTCTCCCTTG CAGTGGGAGA AGGATTTATC ACTGAAATCC TCTTGTCTTT CTCCATCCTG 
CAACGTTCGA CCCAGGGTCC AAATGTCCAT TTGCAGGAGG TGGCAAGGAA GACACTTTGG 
GCCCTGGAAA ATGACAACAA GGATACATCT ATGCTATTTA AGGAGCTGTC TGCTCGACTG 
GTTTCTATCC AAGCGAACAA GGACCTTTTC CTTATTACTT TCAAAACCGT GGAAGAGATC 
TGGAAATTTA CAACCTATCT GTCATTAGGG TTTGTGGCTT GCAGCCTGGA ACACCTCCTT 
TTTGATGAGA GTTACTGGCT AAACTCGGCT TTAGTGGAAG ATACAGAAAT CCATGTCTCT 
GTAAATCAGG ATCAACTGGC GACACTTTAT CTGGGCCTAC TCTTACAAGA AGGAAACTTC 
TATGCCAAAT CAGTAATCAG TAGTGGAGGT GGTACTGAGT TGGATGATGG CAATTCAGAA 
TTTCTAGAAG TCCATCTCAA TGATGTGGTT CATATAAAGG ATATTGGAGA TGAATCAGCA 
TGGGAAGGCC TGTCATTAAC CAGCGGAGAA AGAGGTTTGT TGCCCATTGA AGCCGTGGAG 
CCACTGTCAC ATCCCTTCTA CCAATGGTTC TTGAAGACGT ACCCAGTATC CTGTAACATC 
ATGGAGCCCG ACTGCTTGCT TGGAACTTCT CAACCAATTG GAGAAGGCGT TTGTATTGCC 
ACAGAAGACC ACGTGGCCTC AGGATGGGAT GAGCTCAGCT ACTGCACTGG AGACACCATT 
GAAGTTGTAG GCTTTCTTAT ACCAGGACTG AAGTGGTTTG TGGGAAGATG CCCCTCAAAT 
GGAGTAATGG GATTTGTCAG AACTAAACAC GTGGACACAA GTTGTTTGAA AGCCTTGGAT 
AAGGACTTGC TCTTTTTAAG TGAAGAGGAG AGATCACTTC TTAATGTCTT TGATGATGAC 
ACTCAGAAAG GCTGCATGGA TCTACTTAAC AGCCTCTGCC AGACAGATAT CAGCTCAGTA 
TACAGACTAG ATGGTATGGA ACCTATGGGC ATATATATGA AAACTTCCTC TGTTATAAAT 
GAGGATTTGG GTGAAATTCA GATAACTGAC AACTGGGAGG AATGCGAAGC TGTAAGTGAC 
TCATCCAAAG GCAGCACATC AGAGAAATCA AGTCCCGACT CTGACTGGAA AGGTGGAGTG 
GAGGGATTCC ATATTCAAGC ACAGGAAGAC ATAGATGATC CAAAGTTCTT TGTGGATTTA 
AACACTGGGG AGGTGGATGA TTCTGAAGTC TTTGAACCTG TTTTAACATT CCTCAACAAA 
GAGGGTTACC AAGTCTACTT CCAGCCCTTA TATGACTTGC CTATGTCATT TTTAAGCACC 
ACATTTTATG GATTTTCTGA GGAAGAAGAT TTGGTTTTCT ACCTTGAAAC ATCTCGTAAC 
TGGGCTAAAA AGAGTCAGAT GACTTGGTCT CACATACGGT GTTGCTTTCT TCTGGGACGG 
ATTTGTGCCA AAAGAATGAA GCTATCCCAG GCCAGGGTTT ATTTTGAAGA AGCATTAAGT 
GCTACAAAGC AGGGATTTCT TGATTTACAC CTGTTGACTG CTTTATATGC TAACCTCTCA 
GCTATTTACT TGAAGCAGAA TATGAAACCT AAACAGGACC TGTTGGTAGA GAAGGCAGCA 
AGCCTCCTAG TGTGCTTGCC CCATCACAAT TTTAGCTCAG AAATAGAGTT TGAGGTGTTA 
AAATACATTT TAAGAAAATC CATAGTCGTT AATAATGTCT CATTTGAAGC CAGGACTTGT 
TTTCTCATTT TCAGGCTGCT GCAGCAGCTG GGAAGATATG ATGAAGCATT GCCATTTGTG 
GAACGACTGC AGTTTCTTCT CATTGCTCCA TGTCCTCAGA CAGTAAATCC CACATTAGGT 
GTGATGCCAA TTTTAAGTTA CTTCTATGAC AAAAAATATC TTCCACATGT TGCTTTGGCA 
TCATCCAAAC TGTGCAAGAC TGTGGGCATG AAAATAATGC CATCACCAAT GTGGAGAGCT 
GGGATTGTTA TACAAAATAT TTCTAAGATC ACAGAGGGGT CTTTAAACAA GAACTACATT 
CCTGCACAAG CTGCTCCTTA CTTGAAACAT GCACTTTCAT GCTCCTATGA GAGTGGAGAT 
GTGAAAGCTC AAAGAACATT ATGCCTTATT TTATCTAAAT TATACCTCCA ATATAAACTC 
TTTTCTGGTG CTATTTCTTA TTCCAAAAGG GCTGTTGAAT TAGGCAGATG GACCAGTGAT 
GAGGAGGCAT TTGAATCTTC TGTCTTTTTG GGATGGATGT ATGTACTGGA TGGCCATTAT 
GAACAAGCTT GTAAGATTCT GATGTTGCTG CTAGACTCAA TGCAGGAAAC AGACAGTACC 
ACCCAGTGTG GCGTTGTCCA TAACCTTCTT GCCAATGCCA AAAAGATGGA TAATAATGTA 
ATTGAATCAT CAAGAGGGTA TACCCAAGCT CTAAAAATGG CCACTGAAAC AGGGAACAGA 
CGAAACCAAG CAATCGTCAT GGCTAATTTT GGGAGACTGG CTCTTTCTTG TCAAGCTGTG 
GTTATGGCAG AGAGATACTT TCTTCAGTCT GTCCATTTGT ATATGGAAGT ACAGGGCAGT 
GATGAGGCTG AACAGGAACT GGTACAGGTT TTGCATTGGC TAGGACAATT ATTCATTCAA 
CAAAGAATCC TTGAAAATGG CATACTATGC TATGAGCTGG CCTTGATGTT TGCCTTGAAG 
TCTAACAACC TTAAAAGCCA GCTGAGTATC ACTGAGGAAT TGTGCAATTT CTACAGCATA 
GTGTGCCCTG TCACTGCAAC CCATATCATA TACTGTGAAC ACTGGATCTA CCTAGTGCAG 
CTACTGAAGG ACAAGAAAAA GGAAGGAGAA TTGCTAAGCA CCCTAAGCCA GTTATACCAG 
ACCCTGAATA CTGCCAAGTC TTTTCGGAAA GCCCTGGATT ACACCAAGCA AAGTTTACGG 
ATTTCCATTG ATCTGGGTCA GCGTGACCAA GCTGCTGAGA GCTGGCTTCA AGCAGGAAGA 
TTGTACTATC TGTTGGGAGA GCAAGAACTA GTGGAGATTT ATTTGCATGC TGCTATACAG 
GCATCCCAGA ATGCACAGGA CATTACCACT ACACAGAGGT TGTATGAAGC AGCTGGAGAT 
GTGTTCTTTC ATGGAGTTCA GAGGAGAGAA AGAGCAATGT ATTTTTATAA GGAAGGTGCT 
CTCCCATTAG CAAAGAAAGT CCAGGACCTT GAAGCACAAC TTCGTCTTTA TCACAAGCTC 
ACACAACTAC TTGTAAGCCA AGGCTACTAC AAGAAGTCAG TGGAATATGC CACTTTGGCA 
GTCCGGCTCA GTGCCAGTAT TGAGAATCCG CTAGATGAGC TGGTTGCTTT CCATCGCTTG 
GCCGGAGTAT ACTATTCCCA AAGGATTTAT GAGATTGCTG AGTACTGTTA CCTCAAAGCC 
CTGTCATTAT GCCCTTCTCC TATGCAGCAT GATACAGAGA CTGGCTATTA CCTTAAGATT 
TACTGGCGGC TGGGCAATAT TGCTCTGCTT AAAAGAAAGG ATGCAGGGGA TGCTGCTACA 
TACTTCCACC TTGCCCTGGC AGCTGCTATT GGCATTGAGA ATGAAGAGTT TCAGCTGGTG 
CTAAGTAACA AACTTATGGA CATATATGGA AAATTTCTAC TGGATGAGGA GCAGGCTGAC 
ATTTTCAGGA AGCTCATTGT TCAGCTTAGT CATATTAGTC ACTGTTAG

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

RefSeq	XP_002939154.3
CDS	322..4449
Translation	MEGQGSLIRGPRLSRNGNYARSTSSWSAMCHSPLEKIMKRTEEAKSFFRKGLKRHASMLVSSSGKEERRDSGFLAGWPHWHEYSRNRQERCSSLEAMASDDAEDSELVCVAEESPVGKESVSLAVGEGFITEILLSFSILQRSTQGPNVHLQEVARKTLWALENDNKDTSMLFKELSARLVSIQANKDLFLITFKTVEEIWKFTTYLSLGFVACSLEHLLFDESYWLNSALVEDTEIHVSVNQDQLATLYLGLLLQEGNFYAKSVISSGGGTELDDGNSEFLEVHLNDVVHIKDIGDESAWEGLSLTSGERGLLPIEAVEPLSHPFYQWFLKTYPVSCNIMEPDCLLGTSQPIGEGVCIATEDHVASGWDELSYCTGDTIEVVGFLIPGLKWFVGRCPSNGVMGFVRTKHVDTSCLKALDKDLLFLSEEERSLLNVFDDDTQKGCMDLLNSLCQTDISSVYRLDGMEPMGIYMKTSSVINEDLGEIQITDNWEECEAVSDSSKGSTSEKSSPDSDWKGGVEGFHIQAQEDIDDPKFFVDLNTGEVDDSEVFEPVLTFLNKEGYQVYFQPLYDLPMSFLSTTFYGFSEEEDLVFYLETSRNWAKKSQMTWSHIRCCFLLGRICAKRMKLSQARVYFEEALSATKQGFLDLHLLTALYANLSAIYLKQNMKPKQDLLVEKAASLLVCLPHHNFSSEIEFEVLKYILRKSIVVNNVSFEARTCFLIFRLLQQLGRYDEALPFVERLQFLLIAPCPQTVNPTLGVMPILSYFYDKKYLPHVALASSKLCKTVGMKIMPSPMWRAGIVIQNISKITEGSLNKNYIPAQAAPYLKHALSCSYESGDVKAQRTLCLILSKLYLQYKLFSGAISYSKRAVELGRWTSDEEAFESSVFLGWMYVLDGHYEQACKILMLLLDSMQETDSTTQCGVVHNLLANAKKMDNNVIESSRGYTQALKMATETGNRRNQAIVMANFGRLALSCQAVVMAERYFLQSVHLYMEVQGSDEAEQELVQVLHWLGQLFIQQRILENGILCYELALMFALKSNNLKSQLSITEELCNFYSIVCPVTATHIIYCEHWIYLVQLLKDKKKEGELLSTLSQLYQTLNTAKSFRKALDYTKQSLRISIDLGQRDQAAESWLQAGRLYYLLGEQELVEIYLHAAIQASQNAQDITTTQRLYEAAGDVFFHGVQRRERAMYFYKEGALPLAKKVQDLEAQLRLYHKLTQLLVSQGYYKKSVEYATLAVRLSASIENPLDELVAFHRLAGVYYSQRIYEIAEYCYLKALSLCPSPMQHDTETGYYLKIYWRLGNIALLKRKDAGDAATYFHLALAAAIGIENEEFQLVLSNKLMDIYGKFLLDEEQADIFRKLIVQLSHISHC

Target ORF information:

RefSeq Version	XM_002939108.5
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis SH3 domain and tetratricopeptide repeats 2 (sh3tc2), transcript variant X1, mRNA.

Target ORF information:

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

XM_002939108.5

ORF Insert Sequence:

ATGGAAGGGC AGGGATCCTT AATCAGAGGG CCCAGGTTAT CGAGAAATGG CAACTATGCC 
AGAAGCACAT CATCTTGGTC TGCTATGTGC CACTCACCAC TGGAGAAAAT CATGAAAAGG 
ACGGAAGAGG CAAAAAGCTT CTTTAGAAAA GGTCTCAAAA GACATGCCTC AATGCTGGTT 
TCATCCTCAG GTAAAGAGGA ACGGAGAGAC TCAGGATTCC TGGCAGGTTG GCCACACTGG 
CACGAATACA GTCGAAACAG ACAAGAAAGA TGCTCCAGCT TAGAAGCAAT GGCATCAGAT 
GACGCGGAGG ACTCAGAACT TGTTTGTGTG GCTGAGGAGA GCCCAGTGGG AAAGGAGTCT 
GTCTCCCTTG CAGTGGGAGA AGGATTTATC ACTGAAATCC TCTTGTCTTT CTCCATCCTG 
CAACGTTCGA CCCAGGGTCC AAATGTCCAT TTGCAGGAGG TGGCAAGGAA GACACTTTGG 
GCCCTGGAAA ATGACAACAA GGATACATCT ATGCTATTTA AGGAGCTGTC TGCTCGACTG 
GTTTCTATCC AAGCGAACAA GGACCTTTTC CTTATTACTT TCAAAACCGT GGAAGAGATC 
TGGAAATTTA CAACCTATCT GTCATTAGGG TTTGTGGCTT GCAGCCTGGA ACACCTCCTT 
TTTGATGAGA GTTACTGGCT AAACTCGGCT TTAGTGGAAG ATACAGAAAT CCATGTCTCT 
GTAAATCAGG ATCAACTGGC GACACTTTAT CTGGGCCTAC TCTTACAAGA AGGAAACTTC 
TATGCCAAAT CAGTAATCAG TAGTGGAGGT GGTACTGAGT TGGATGATGG CAATTCAGAA 
TTTCTAGAAG TCCATCTCAA TGATGTGGTT CATATAAAGG ATATTGGAGA TGAATCAGCA 
TGGGAAGGCC TGTCATTAAC CAGCGGAGAA AGAGGTTTGT TGCCCATTGA AGCCGTGGAG 
CCACTGTCAC ATCCCTTCTA CCAATGGTTC TTGAAGACGT ACCCAGTATC CTGTAACATC 
ATGGAGCCCG ACTGCTTGCT TGGAACTTCT CAACCAATTG GAGAAGGCGT TTGTATTGCC 
ACAGAAGACC ACGTGGCCTC AGGATGGGAT GAGCTCAGCT ACTGCACTGG AGACACCATT 
GAAGTTGTAG GCTTTCTTAT ACCAGGACTG AAGTGGTTTG TGGGAAGATG CCCCTCAAAT 
GGAGTAATGG GATTTGTCAG AACTAAACAC GTGGACACAA GTTGTTTGAA AGCCTTGGAT 
AAGGACTTGC TCTTTTTAAG TGAAGAGGAG AGATCACTTC TTAATGTCTT TGATGATGAC 
ACTCAGAAAG GCTGCATGGA TCTACTTAAC AGCCTCTGCC AGACAGATAT CAGCTCAGTA 
TACAGACTAG ATGGTATGGA ACCTATGGGC ATATATATGA AAACTTCCTC TGTTATAAAT 
GAGGATTTGG GTGAAATTCA GATAACTGAC AACTGGGAGG AATGCGAAGC TGTAAGTGAC 
TCATCCAAAG GCAGCACATC AGAGAAATCA AGTCCCGACT CTGACTGGAA AGGTGGAGTG 
GAGGGATTCC ATATTCAAGC ACAGGAAGAC ATAGATGATC CAAAGTTCTT TGTGGATTTA 
AACACTGGGG AGGTGGATGA TTCTGAAGTC TTTGAACCTG TTTTAACATT CCTCAACAAA 
GAGGGTTACC AAGTCTACTT CCAGCCCTTA TATGACTTGC CTATGTCATT TTTAAGCACC 
ACATTTTATG GATTTTCTGA GGAAGAAGAT TTGGTTTTCT ACCTTGAAAC ATCTCGTAAC 
TGGGCTAAAA AGAGTCAGAT GACTTGGTCT CACATACGGT GTTGCTTTCT TCTGGGACGG 
ATTTGTGCCA AAAGAATGAA GCTATCCCAG GCCAGGGTTT ATTTTGAAGA AGCATTAAGT 
GCTACAAAGC AGGGATTTCT TGATTTACAC CTGTTGACTG CTTTATATGC TAACCTCTCA 
GCTATTTACT TGAAGCAGAA TATGAAACCT AAACAGGACC TGTTGGTAGA GAAGGCAGCA 
AGCCTCCTAG TGTGCTTGCC CCATCACAAT TTTAGCTCAG AAATAGAGTT TGAGGTGTTA 
AAATACATTT TAAGAAAATC CATAGTCGTT AATAATGTCT CATTTGAAGC CAGGACTTGT 
TTTCTCATTT TCAGGCTGCT GCAGCAGCTG GGAAGATATG ATGAAGCATT GCCATTTGTG 
GAACGACTGC AGTTTCTTCT CATTGCTCCA TGTCCTCAGA CAGTAAATCC CACATTAGGT 
GTGATGCCAA TTTTAAGTTA CTTCTATGAC AAAAAATATC TTCCACATGT TGCTTTGGCA 
TCATCCAAAC TGTGCAAGAC TGTGGGCATG AAAATAATGC CATCACCAAT GTGGAGAGCT 
GGGATTGTTA TACAAAATAT TTCTAAGATC ACAGAGGGGT CTTTAAACAA GAACTACATT 
CCTGCACAAG CTGCTCCTTA CTTGAAACAT GCACTTTCAT GCTCCTATGA GAGTGGAGAT 
GTGAAAGCTC AAAGAACATT ATGCCTTATT TTATCTAAAT TATACCTCCA ATATAAACTC 
TTTTCTGGTG CTATTTCTTA TTCCAAAAGG GCTGTTGAAT TAGGCAGATG GACCAGTGAT 
GAGGAGGCAT TTGAATCTTC TGTCTTTTTG GGATGGATGT ATGTACTGGA TGGCCATTAT 
GAACAAGCTT GTAAGATTCT GATGTTGCTG CTAGACTCAA TGCAGGAAAC AGACAGTACC 
ACCCAGTGTG GCGTTGTCCA TAACCTTCTT GCCAATGCCA AAAAGATGGA TAATAATGTA 
ATTGAATCAT CAAGAGGGTA TACCCAAGCT CTAAAAATGG CCACTGAAAC AGGGAACAGA 
CGAAACCAAG CAATCGTCAT GGCTAATTTT GGGAGACTGG CTCTTTCTTG TCAAGCTGTG 
GTTATGGCAG AGAGATACTT TCTTCAGTCT GTCCATTTGT ATATGGAAGT ACAGGGCAGT 
GATGAGGCTG AACAGGAACT GGTACAGGTT TTGCATTGGC TAGGACAATT ATTCATTCAA 
CAAAGAATCC TTGAAAATGG CATACTATGC TATGAGCTGG CCTTGATGTT TGCCTTGAAG 
TCTAACAACC TTAAAAGCCA GCTGAGTATC ACTGAGGAAT TGTGCAATTT CTACAGCATA 
GTGTGCCCTG TCACTGCAAC CCATATCATA TACTGTGAAC ACTGGATCTA CCTAGTGCAG 
CTACTGAAGG ACAAGAAAAA GGAAGGAGAA TTGCTAAGCA CCCTAAGCCA GTTATACCAG 
ACCCTGAATA CTGCCAAGTC TTTTCGGAAA GCCCTGGATT ACACCAAGCA AAGTTTACGG 
ATTTCCATTG ATCTGGGTCA GCGTGACCAA GCTGCTGAGA GCTGGCTTCA AGCAGGAAGA 
TTGTACTATC TGTTGGGAGA GCAAGAACTA GTGGAGATTT ATTTGCATGC TGCTATACAG 
GCATCCCAGA ATGCACAGGA CATTACCACT ACACAGAGGT TGTATGAAGC AGCTGGAGAT 
GTGTTCTTTC ATGGAGTTCA GAGGAGAGAA AGAGCAATGT ATTTTTATAA GGAAGGTGCT 
CTCCCATTAG CAAAGAAAGT CCAGGACCTT GAAGCACAAC TTCGTCTTTA TCACAAGCTC 
ACACAACTAC TTGTAAGCCA AGGCTACTAC AAGAAGTCAG TGGAATATGC CACTTTGGCA 
GTCCGGCTCA GTGCCAGTAT TGAGAATCCG CTAGATGAGC TGGTTGCTTT CCATCGCTTG 
GCCGGAGTAT ACTATTCCCA AAGGATTTAT GAGATTGCTG AGTACTGTTA CCTCAAAGCC 
CTGTCATTAT GCCCTTCTCC TATGCAGCAT GATACAGAGA CTGGCTATTA CCTTAAGATT 
TACTGGCGGC TGGGCAATAT TGCTCTGCTT AAAAGAAAGG ATGCAGGGGA TGCTGCTACA 
TACTTCCACC TTGCCCTGGC AGCTGCTATT GGCATTGAGA ATGAAGAGTT TCAGCTGGTG 
CTAAGTAACA AACTTATGGA CATATATGGA AAATTTCTAC TGGATGAGGA GCAGGCTGAC 
ATTTTCAGGA AGCTCATTGT TCAGCTTAGT CATATTAGTC ACTGTTAG

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

sh3tc2 ( XM_012959785.3 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_012815239.2 Xenopus tropicalis SH3 domain and tetratricopeptide repeats 2 (sh3tc2), transcript variant X2, mRNA.

Price & Availability↑

CloneID	OXa54509
Clone ID Related Accession (Same CDS sequence)	XM_012959785.3
Accession Version	XM_012959785.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4002bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-17
Organism	Xenopus tropicalis(tropical clawed frog)
Product	SH3 domain and tetratricopeptide repeat-containing protein 2 isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030679.2) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process On Dec 18, 2019 this sequence version replaced XM_012959785.2. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Xenopus tropicalis Annotation Release 104 Annotation Version :: 104 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGGCTGCT GTGTTGGGAT TCCCTGGCTC AGAAATCTCT TCAGGTGCCC AGTTTCATCC 
TCAGGTAAAG AGGAACGGAG AGACTCAGGA TTCCTGGCAG GTTGGCCACA CTGGCACGAA 
TACAGTCGAA ACAGACAAGA AAGATGCTCC AGCTTAGAAG CAATGGCATC AGATGACGCG 
GAGGACTCAG AACTTGTTTG TGTGGCTGAG GAGAGCCCAG TGGGAAAGGA GTCTGTCTCC 
CTTGCAGTGG GAGAAGGATT TATCACTGAA ATCCTCTTGT CTTTCTCCAT CCTGCAACGT 
TCGACCCAGG GTCCAAATGT CCATTTGCAG GAGGTGGCAA GGAAGACACT TTGGGCCCTG 
GAAAATGACA ACAAGGATAC ATCTATGCTA TTTAAGGAGC TGTCTGCTCG ACTGGTTTCT 
ATCCAAGCGA ACAAGGACCT TTTCCTTATT ACTTTCAAAA CCGTGGAAGA GATCTGGAAA 
TTTACAACCT ATCTGTCATT AGGGTTTGTG GCTTGCAGCC TGGAACACCT CCTTTTTGAT 
GAGAGTTACT GGCTAAACTC GGCTTTAGTG GAAGATACAG AAATCCATGT CTCTGTAAAT 
CAGGATCAAC TGGCGACACT TTATCTGGGC CTACTCTTAC AAGAAGGAAA CTTCTATGCC 
AAATCAGTAA TCAGTAGTGG AGGTGGTACT GAGTTGGATG ATGGCAATTC AGAATTTCTA 
GAAGTCCATC TCAATGATGT GGTTCATATA AAGGATATTG GAGATGAATC AGCATGGGAA 
GGCCTGTCAT TAACCAGCGG AGAAAGAGGT TTGTTGCCCA TTGAAGCCGT GGAGCCACTG 
TCACATCCCT TCTACCAATG GTTCTTGAAG ACGTACCCAG TATCCTGTAA CATCATGGAG 
CCCGACTGCT TGCTTGGAAC TTCTCAACCA ATTGGAGAAG GCGTTTGTAT TGCCACAGAA 
GACCACGTGG CCTCAGGATG GGATGAGCTC AGCTACTGCA CTGGAGACAC CATTGAAGTT 
GTAGGCTTTC TTATACCAGG ACTGAAGTGG TTTGTGGGAA GATGCCCCTC AAATGGAGTA 
ATGGGATTTG TCAGAACTAA ACACGTGGAC ACAAGTTGTT TGAAAGCCTT GGATAAGGAC 
TTGCTCTTTT TAAGTGAAGA GGAGAGATCA CTTCTTAATG TCTTTGATGA TGACACTCAG 
AAAGGCTGCA TGGATCTACT TAACAGCCTC TGCCAGACAG ATATCAGCTC AGTATACAGA 
CTAGATGGTA TGGAACCTAT GGGCATATAT ATGAAAACTT CCTCTGTTAT AAATGAGGAT 
TTGGGTGAAA TTCAGATAAC TGACAACTGG GAGGAATGCG AAGCTGTAAG TGACTCATCC 
AAAGGCAGCA CATCAGAGAA ATCAAGTCCC GACTCTGACT GGAAAGGTGG AGTGGAGGGA 
TTCCATATTC AAGCACAGGA AGACATAGAT GATCCAAAGT TCTTTGTGGA TTTAAACACT 
GGGGAGGTGG ATGATTCTGA AGTCTTTGAA CCTGTTTTAA CATTCCTCAA CAAAGAGGGT 
TACCAAGTCT ACTTCCAGCC CTTATATGAC TTGCCTATGT CATTTTTAAG CACCACATTT 
TATGGATTTT CTGAGGAAGA AGATTTGGTT TTCTACCTTG AAACATCTCG TAACTGGGCT 
AAAAAGAGTC AGATGACTTG GTCTCACATA CGGTGTTGCT TTCTTCTGGG ACGGATTTGT 
GCCAAAAGAA TGAAGCTATC CCAGGCCAGG GTTTATTTTG AAGAAGCATT AAGTGCTACA 
AAGCAGGGAT TTCTTGATTT ACACCTGTTG ACTGCTTTAT ATGCTAACCT CTCAGCTATT 
TACTTGAAGC AGAATATGAA ACCTAAACAG GACCTGTTGG TAGAGAAGGC AGCAAGCCTC 
CTAGTGTGCT TGCCCCATCA CAATTTTAGC TCAGAAATAG AGTTTGAGGT GTTAAAATAC 
ATTTTAAGAA AATCCATAGT CGTTAATAAT GTCTCATTTG AAGCCAGGAC TTGTTTTCTC 
ATTTTCAGGC TGCTGCAGCA GCTGGGAAGA TATGATGAAG CATTGCCATT TGTGGAACGA 
CTGCAGTTTC TTCTCATTGC TCCATGTCCT CAGACAGTAA ATCCCACATT AGGTGTGATG 
CCAATTTTAA GTTACTTCTA TGACAAAAAA TATCTTCCAC ATGTTGCTTT GGCATCATCC 
AAACTGTGCA AGACTGTGGG CATGAAAATA ATGCCATCAC CAATGTGGAG AGCTGGGATT 
GTTATACAAA ATATTTCTAA GATCACAGAG GGGTCTTTAA ACAAGAACTA CATTCCTGCA 
CAAGCTGCTC CTTACTTGAA ACATGCACTT TCATGCTCCT ATGAGAGTGG AGATGTGAAA 
GCTCAAAGAA CATTATGCCT TATTTTATCT AAATTATACC TCCAATATAA ACTCTTTTCT 
GGTGCTATTT CTTATTCCAA AAGGGCTGTT GAATTAGGCA GATGGACCAG TGATGAGGAG 
GCATTTGAAT CTTCTGTCTT TTTGGGATGG ATGTATGTAC TGGATGGCCA TTATGAACAA 
GCTTGTAAGA TTCTGATGTT GCTGCTAGAC TCAATGCAGG AAACAGACAG TACCACCCAG 
TGTGGCGTTG TCCATAACCT TCTTGCCAAT GCCAAAAAGA TGGATAATAA TGTAATTGAA 
TCATCAAGAG GGTATACCCA AGCTCTAAAA ATGGCCACTG AAACAGGGAA CAGACGAAAC 
CAAGCAATCG TCATGGCTAA TTTTGGGAGA CTGGCTCTTT CTTGTCAAGC TGTGGTTATG 
GCAGAGAGAT ACTTTCTTCA GTCTGTCCAT TTGTATATGG AAGTACAGGG CAGTGATGAG 
GCTGAACAGG AACTGGTACA GGTTTTGCAT TGGCTAGGAC AATTATTCAT TCAACAAAGA 
ATCCTTGAAA ATGGCATACT ATGCTATGAG CTGGCCTTGA TGTTTGCCTT GAAGTCTAAC 
AACCTTAAAA GCCAGCTGAG TATCACTGAG GAATTGTGCA ATTTCTACAG CATAGTGTGC 
CCTGTCACTG CAACCCATAT CATATACTGT GAACACTGGA TCTACCTAGT GCAGCTACTG 
AAGGACAAGA AAAAGGAAGG AGAATTGCTA AGCACCCTAA GCCAGTTATA CCAGACCCTG 
AATACTGCCA AGTCTTTTCG GAAAGCCCTG GATTACACCA AGCAAAGTTT ACGGATTTCC 
ATTGATCTGG GTCAGCGTGA CCAAGCTGCT GAGAGCTGGC TTCAAGCAGG AAGATTGTAC 
TATCTGTTGG GAGAGCAAGA ACTAGTGGAG ATTTATTTGC ATGCTGCTAT ACAGGCATCC 
CAGAATGCAC AGGACATTAC CACTACACAG AGGTTGTATG AAGCAGCTGG AGATGTGTTC 
TTTCATGGAG TTCAGAGGAG AGAAAGAGCA ATGTATTTTT ATAAGGAAGG TGCTCTCCCA 
TTAGCAAAGA AAGTCCAGGA CCTTGAAGCA CAACTTCGTC TTTATCACAA GCTCACACAA 
CTACTTGTAA GCCAAGGCTA CTACAAGAAG TCAGTGGAAT ATGCCACTTT GGCAGTCCGG 
CTCAGTGCCA GTATTGAGAA TCCGCTAGAT GAGCTGGTTG CTTTCCATCG CTTGGCCGGA 
GTATACTATT CCCAAAGGAT TTATGAGATT GCTGAGTACT GTTACCTCAA AGCCCTGTCA 
TTATGCCCTT CTCCTATGCA GCATGATACA GAGACTGGCT ATTACCTTAA GATTTACTGG 
CGGCTGGGCA ATATTGCTCT GCTTAAAAGA AAGGATGCAG GGGATGCTGC TACATACTTC 
CACCTTGCCC TGGCAGCTGC TATTGGCATT GAGAATGAAG AGTTTCAGCT GGTGCTAAGT 
AACAAACTTA TGGACATATA TGGAAAATTT CTACTGGATG AGGAGCAGGC TGACATTTTC 
AGGAAGCTCA TTGTTCAGCT TAGTCATATT AGTCACTGTT AG

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

RefSeq	XP_012815239.2
CDS	66..4067
Translation	MGCCVGIPWLRNLFRCPVSSSGKEERRDSGFLAGWPHWHEYSRNRQERCSSLEAMASDDAEDSELVCVAEESPVGKESVSLAVGEGFITEILLSFSILQRSTQGPNVHLQEVARKTLWALENDNKDTSMLFKELSARLVSIQANKDLFLITFKTVEEIWKFTTYLSLGFVACSLEHLLFDESYWLNSALVEDTEIHVSVNQDQLATLYLGLLLQEGNFYAKSVISSGGGTELDDGNSEFLEVHLNDVVHIKDIGDESAWEGLSLTSGERGLLPIEAVEPLSHPFYQWFLKTYPVSCNIMEPDCLLGTSQPIGEGVCIATEDHVASGWDELSYCTGDTIEVVGFLIPGLKWFVGRCPSNGVMGFVRTKHVDTSCLKALDKDLLFLSEEERSLLNVFDDDTQKGCMDLLNSLCQTDISSVYRLDGMEPMGIYMKTSSVINEDLGEIQITDNWEECEAVSDSSKGSTSEKSSPDSDWKGGVEGFHIQAQEDIDDPKFFVDLNTGEVDDSEVFEPVLTFLNKEGYQVYFQPLYDLPMSFLSTTFYGFSEEEDLVFYLETSRNWAKKSQMTWSHIRCCFLLGRICAKRMKLSQARVYFEEALSATKQGFLDLHLLTALYANLSAIYLKQNMKPKQDLLVEKAASLLVCLPHHNFSSEIEFEVLKYILRKSIVVNNVSFEARTCFLIFRLLQQLGRYDEALPFVERLQFLLIAPCPQTVNPTLGVMPILSYFYDKKYLPHVALASSKLCKTVGMKIMPSPMWRAGIVIQNISKITEGSLNKNYIPAQAAPYLKHALSCSYESGDVKAQRTLCLILSKLYLQYKLFSGAISYSKRAVELGRWTSDEEAFESSVFLGWMYVLDGHYEQACKILMLLLDSMQETDSTTQCGVVHNLLANAKKMDNNVIESSRGYTQALKMATETGNRRNQAIVMANFGRLALSCQAVVMAERYFLQSVHLYMEVQGSDEAEQELVQVLHWLGQLFIQQRILENGILCYELALMFALKSNNLKSQLSITEELCNFYSIVCPVTATHIIYCEHWIYLVQLLKDKKKEGELLSTLSQLYQTLNTAKSFRKALDYTKQSLRISIDLGQRDQAAESWLQAGRLYYLLGEQELVEIYLHAAIQASQNAQDITTTQRLYEAAGDVFFHGVQRRERAMYFYKEGALPLAKKVQDLEAQLRLYHKLTQLLVSQGYYKKSVEYATLAVRLSASIENPLDELVAFHRLAGVYYSQRIYEIAEYCYLKALSLCPSPMQHDTETGYYLKIYWRLGNIALLKRKDAGDAATYFHLALAAAIGIENEEFQLVLSNKLMDIYGKFLLDEEQADIFRKLIVQLSHISHC

Target ORF information:

RefSeq Version	XM_012959785.3
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis SH3 domain and tetratricopeptide repeats 2 (sh3tc2), transcript variant X2, mRNA.

Target ORF information:

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

XM_012959785.3

ORF Insert Sequence:

ATGGGCTGCT GTGTTGGGAT TCCCTGGCTC AGAAATCTCT TCAGGTGCCC AGTTTCATCC 
TCAGGTAAAG AGGAACGGAG AGACTCAGGA TTCCTGGCAG GTTGGCCACA CTGGCACGAA 
TACAGTCGAA ACAGACAAGA AAGATGCTCC AGCTTAGAAG CAATGGCATC AGATGACGCG 
GAGGACTCAG AACTTGTTTG TGTGGCTGAG GAGAGCCCAG TGGGAAAGGA GTCTGTCTCC 
CTTGCAGTGG GAGAAGGATT TATCACTGAA ATCCTCTTGT CTTTCTCCAT CCTGCAACGT 
TCGACCCAGG GTCCAAATGT CCATTTGCAG GAGGTGGCAA GGAAGACACT TTGGGCCCTG 
GAAAATGACA ACAAGGATAC ATCTATGCTA TTTAAGGAGC TGTCTGCTCG ACTGGTTTCT 
ATCCAAGCGA ACAAGGACCT TTTCCTTATT ACTTTCAAAA CCGTGGAAGA GATCTGGAAA 
TTTACAACCT ATCTGTCATT AGGGTTTGTG GCTTGCAGCC TGGAACACCT CCTTTTTGAT 
GAGAGTTACT GGCTAAACTC GGCTTTAGTG GAAGATACAG AAATCCATGT CTCTGTAAAT 
CAGGATCAAC TGGCGACACT TTATCTGGGC CTACTCTTAC AAGAAGGAAA CTTCTATGCC 
AAATCAGTAA TCAGTAGTGG AGGTGGTACT GAGTTGGATG ATGGCAATTC AGAATTTCTA 
GAAGTCCATC TCAATGATGT GGTTCATATA AAGGATATTG GAGATGAATC AGCATGGGAA 
GGCCTGTCAT TAACCAGCGG AGAAAGAGGT TTGTTGCCCA TTGAAGCCGT GGAGCCACTG 
TCACATCCCT TCTACCAATG GTTCTTGAAG ACGTACCCAG TATCCTGTAA CATCATGGAG 
CCCGACTGCT TGCTTGGAAC TTCTCAACCA ATTGGAGAAG GCGTTTGTAT TGCCACAGAA 
GACCACGTGG CCTCAGGATG GGATGAGCTC AGCTACTGCA CTGGAGACAC CATTGAAGTT 
GTAGGCTTTC TTATACCAGG ACTGAAGTGG TTTGTGGGAA GATGCCCCTC AAATGGAGTA 
ATGGGATTTG TCAGAACTAA ACACGTGGAC ACAAGTTGTT TGAAAGCCTT GGATAAGGAC 
TTGCTCTTTT TAAGTGAAGA GGAGAGATCA CTTCTTAATG TCTTTGATGA TGACACTCAG 
AAAGGCTGCA TGGATCTACT TAACAGCCTC TGCCAGACAG ATATCAGCTC AGTATACAGA 
CTAGATGGTA TGGAACCTAT GGGCATATAT ATGAAAACTT CCTCTGTTAT AAATGAGGAT 
TTGGGTGAAA TTCAGATAAC TGACAACTGG GAGGAATGCG AAGCTGTAAG TGACTCATCC 
AAAGGCAGCA CATCAGAGAA ATCAAGTCCC GACTCTGACT GGAAAGGTGG AGTGGAGGGA 
TTCCATATTC AAGCACAGGA AGACATAGAT GATCCAAAGT TCTTTGTGGA TTTAAACACT 
GGGGAGGTGG ATGATTCTGA AGTCTTTGAA CCTGTTTTAA CATTCCTCAA CAAAGAGGGT 
TACCAAGTCT ACTTCCAGCC CTTATATGAC TTGCCTATGT CATTTTTAAG CACCACATTT 
TATGGATTTT CTGAGGAAGA AGATTTGGTT TTCTACCTTG AAACATCTCG TAACTGGGCT 
AAAAAGAGTC AGATGACTTG GTCTCACATA CGGTGTTGCT TTCTTCTGGG ACGGATTTGT 
GCCAAAAGAA TGAAGCTATC CCAGGCCAGG GTTTATTTTG AAGAAGCATT AAGTGCTACA 
AAGCAGGGAT TTCTTGATTT ACACCTGTTG ACTGCTTTAT ATGCTAACCT CTCAGCTATT 
TACTTGAAGC AGAATATGAA ACCTAAACAG GACCTGTTGG TAGAGAAGGC AGCAAGCCTC 
CTAGTGTGCT TGCCCCATCA CAATTTTAGC TCAGAAATAG AGTTTGAGGT GTTAAAATAC 
ATTTTAAGAA AATCCATAGT CGTTAATAAT GTCTCATTTG AAGCCAGGAC TTGTTTTCTC 
ATTTTCAGGC TGCTGCAGCA GCTGGGAAGA TATGATGAAG CATTGCCATT TGTGGAACGA 
CTGCAGTTTC TTCTCATTGC TCCATGTCCT CAGACAGTAA ATCCCACATT AGGTGTGATG 
CCAATTTTAA GTTACTTCTA TGACAAAAAA TATCTTCCAC ATGTTGCTTT GGCATCATCC 
AAACTGTGCA AGACTGTGGG CATGAAAATA ATGCCATCAC CAATGTGGAG AGCTGGGATT 
GTTATACAAA ATATTTCTAA GATCACAGAG GGGTCTTTAA ACAAGAACTA CATTCCTGCA 
CAAGCTGCTC CTTACTTGAA ACATGCACTT TCATGCTCCT ATGAGAGTGG AGATGTGAAA 
GCTCAAAGAA CATTATGCCT TATTTTATCT AAATTATACC TCCAATATAA ACTCTTTTCT 
GGTGCTATTT CTTATTCCAA AAGGGCTGTT GAATTAGGCA GATGGACCAG TGATGAGGAG 
GCATTTGAAT CTTCTGTCTT TTTGGGATGG ATGTATGTAC TGGATGGCCA TTATGAACAA 
GCTTGTAAGA TTCTGATGTT GCTGCTAGAC TCAATGCAGG AAACAGACAG TACCACCCAG 
TGTGGCGTTG TCCATAACCT TCTTGCCAAT GCCAAAAAGA TGGATAATAA TGTAATTGAA 
TCATCAAGAG GGTATACCCA AGCTCTAAAA ATGGCCACTG AAACAGGGAA CAGACGAAAC 
CAAGCAATCG TCATGGCTAA TTTTGGGAGA CTGGCTCTTT CTTGTCAAGC TGTGGTTATG 
GCAGAGAGAT ACTTTCTTCA GTCTGTCCAT TTGTATATGG AAGTACAGGG CAGTGATGAG 
GCTGAACAGG AACTGGTACA GGTTTTGCAT TGGCTAGGAC AATTATTCAT TCAACAAAGA 
ATCCTTGAAA ATGGCATACT ATGCTATGAG CTGGCCTTGA TGTTTGCCTT GAAGTCTAAC 
AACCTTAAAA GCCAGCTGAG TATCACTGAG GAATTGTGCA ATTTCTACAG CATAGTGTGC 
CCTGTCACTG CAACCCATAT CATATACTGT GAACACTGGA TCTACCTAGT GCAGCTACTG 
AAGGACAAGA AAAAGGAAGG AGAATTGCTA AGCACCCTAA GCCAGTTATA CCAGACCCTG 
AATACTGCCA AGTCTTTTCG GAAAGCCCTG GATTACACCA AGCAAAGTTT ACGGATTTCC 
ATTGATCTGG GTCAGCGTGA CCAAGCTGCT GAGAGCTGGC TTCAAGCAGG AAGATTGTAC 
TATCTGTTGG GAGAGCAAGA ACTAGTGGAG ATTTATTTGC ATGCTGCTAT ACAGGCATCC 
CAGAATGCAC AGGACATTAC CACTACACAG AGGTTGTATG AAGCAGCTGG AGATGTGTTC 
TTTCATGGAG TTCAGAGGAG AGAAAGAGCA ATGTATTTTT ATAAGGAAGG TGCTCTCCCA 
TTAGCAAAGA AAGTCCAGGA CCTTGAAGCA CAACTTCGTC TTTATCACAA GCTCACACAA 
CTACTTGTAA GCCAAGGCTA CTACAAGAAG TCAGTGGAAT ATGCCACTTT GGCAGTCCGG 
CTCAGTGCCA GTATTGAGAA TCCGCTAGAT GAGCTGGTTG CTTTCCATCG CTTGGCCGGA 
GTATACTATT CCCAAAGGAT TTATGAGATT GCTGAGTACT GTTACCTCAA AGCCCTGTCA 
TTATGCCCTT CTCCTATGCA GCATGATACA GAGACTGGCT ATTACCTTAA GATTTACTGG 
CGGCTGGGCA ATATTGCTCT GCTTAAAAGA AAGGATGCAG GGGATGCTGC TACATACTTC 
CACCTTGCCC TGGCAGCTGC TATTGGCATT GAGAATGAAG AGTTTCAGCT GGTGCTAAGT 
AACAAACTTA TGGACATATA TGGAAAATTT CTACTGGATG AGGAGCAGGC TGACATTTTC 
AGGAAGCTCA TTGTTCAGCT TAGTCATATT AGTCACTGTT AG

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

sh3tc2 ( XM_012959786.3 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_012815240.2 Xenopus tropicalis SH3 domain and tetratricopeptide repeats 2 (sh3tc2), transcript variant X3, mRNA.

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CloneID	OXa54510
Clone ID Related Accession (Same CDS sequence)	XM_012959786.3
Accession Version	XM_012959786.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3840bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-17
Organism	Xenopus tropicalis(tropical clawed frog)
Product	SH3 domain and tetratricopeptide repeat-containing protein 2 isoform X3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030679.2) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process On Dec 18, 2019 this sequence version replaced XM_012959786.2. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Xenopus tropicalis Annotation Release 104 Annotation Version :: 104 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCATCAG ATGACGCGGA GGACTCAGAA CTTGTTTGTG TGGCTGAGGA GAGCCCAGTG 
GGAAAGGAGT CTGTCTCCCT TGCAGTGGGA GAAGGATTTA TCACTGAAAT CCTCTTGTCT 
TTCTCCATCC TGCAACGTTC GACCCAGGGT CCAAATGTCC ATTTGCAGGA GGTGGCAAGG 
AAGACACTTT GGGCCCTGGA AAATGACAAC AAGGATACAT CTATGCTATT TAAGGAGCTG 
TCTGCTCGAC TGGTTTCTAT CCAAGCGAAC AAGGACCTTT TCCTTATTAC TTTCAAAACC 
GTGGAAGAGA TCTGGAAATT TACAACCTAT CTGTCATTAG GGTTTGTGGC TTGCAGCCTG 
GAACACCTCC TTTTTGATGA GAGTTACTGG CTAAACTCGG CTTTAGTGGA AGATACAGAA 
ATCCATGTCT CTGTAAATCA GGATCAACTG GCGACACTTT ATCTGGGCCT ACTCTTACAA 
GAAGGAAACT TCTATGCCAA ATCAGTAATC AGTAGTGGAG GTGGTACTGA GTTGGATGAT 
GGCAATTCAG AATTTCTAGA AGTCCATCTC AATGATGTGG TTCATATAAA GGATATTGGA 
GATGAATCAG CATGGGAAGG CCTGTCATTA ACCAGCGGAG AAAGAGGTTT GTTGCCCATT 
GAAGCCGTGG AGCCACTGTC ACATCCCTTC TACCAATGGT TCTTGAAGAC GTACCCAGTA 
TCCTGTAACA TCATGGAGCC CGACTGCTTG CTTGGAACTT CTCAACCAAT TGGAGAAGGC 
GTTTGTATTG CCACAGAAGA CCACGTGGCC TCAGGATGGG ATGAGCTCAG CTACTGCACT 
GGAGACACCA TTGAAGTTGT AGGCTTTCTT ATACCAGGAC TGAAGTGGTT TGTGGGAAGA 
TGCCCCTCAA ATGGAGTAAT GGGATTTGTC AGAACTAAAC ACGTGGACAC AAGTTGTTTG 
AAAGCCTTGG ATAAGGACTT GCTCTTTTTA AGTGAAGAGG AGAGATCACT TCTTAATGTC 
TTTGATGATG ACACTCAGAA AGGCTGCATG GATCTACTTA ACAGCCTCTG CCAGACAGAT 
ATCAGCTCAG TATACAGACT AGATGGTATG GAACCTATGG GCATATATAT GAAAACTTCC 
TCTGTTATAA ATGAGGATTT GGGTGAAATT CAGATAACTG ACAACTGGGA GGAATGCGAA 
GCTGTAAGTG ACTCATCCAA AGGCAGCACA TCAGAGAAAT CAAGTCCCGA CTCTGACTGG 
AAAGGTGGAG TGGAGGGATT CCATATTCAA GCACAGGAAG ACATAGATGA TCCAAAGTTC 
TTTGTGGATT TAAACACTGG GGAGGTGGAT GATTCTGAAG TCTTTGAACC TGTTTTAACA 
TTCCTCAACA AAGAGGGTTA CCAAGTCTAC TTCCAGCCCT TATATGACTT GCCTATGTCA 
TTTTTAAGCA CCACATTTTA TGGATTTTCT GAGGAAGAAG ATTTGGTTTT CTACCTTGAA 
ACATCTCGTA ACTGGGCTAA AAAGAGTCAG ATGACTTGGT CTCACATACG GTGTTGCTTT 
CTTCTGGGAC GGATTTGTGC CAAAAGAATG AAGCTATCCC AGGCCAGGGT TTATTTTGAA 
GAAGCATTAA GTGCTACAAA GCAGGGATTT CTTGATTTAC ACCTGTTGAC TGCTTTATAT 
GCTAACCTCT CAGCTATTTA CTTGAAGCAG AATATGAAAC CTAAACAGGA CCTGTTGGTA 
GAGAAGGCAG CAAGCCTCCT AGTGTGCTTG CCCCATCACA ATTTTAGCTC AGAAATAGAG 
TTTGAGGTGT TAAAATACAT TTTAAGAAAA TCCATAGTCG TTAATAATGT CTCATTTGAA 
GCCAGGACTT GTTTTCTCAT TTTCAGGCTG CTGCAGCAGC TGGGAAGATA TGATGAAGCA 
TTGCCATTTG TGGAACGACT GCAGTTTCTT CTCATTGCTC CATGTCCTCA GACAGTAAAT 
CCCACATTAG GTGTGATGCC AATTTTAAGT TACTTCTATG ACAAAAAATA TCTTCCACAT 
GTTGCTTTGG CATCATCCAA ACTGTGCAAG ACTGTGGGCA TGAAAATAAT GCCATCACCA 
ATGTGGAGAG CTGGGATTGT TATACAAAAT ATTTCTAAGA TCACAGAGGG GTCTTTAAAC 
AAGAACTACA TTCCTGCACA AGCTGCTCCT TACTTGAAAC ATGCACTTTC ATGCTCCTAT 
GAGAGTGGAG ATGTGAAAGC TCAAAGAACA TTATGCCTTA TTTTATCTAA ATTATACCTC 
CAATATAAAC TCTTTTCTGG TGCTATTTCT TATTCCAAAA GGGCTGTTGA ATTAGGCAGA 
TGGACCAGTG ATGAGGAGGC ATTTGAATCT TCTGTCTTTT TGGGATGGAT GTATGTACTG 
GATGGCCATT ATGAACAAGC TTGTAAGATT CTGATGTTGC TGCTAGACTC AATGCAGGAA 
ACAGACAGTA CCACCCAGTG TGGCGTTGTC CATAACCTTC TTGCCAATGC CAAAAAGATG 
GATAATAATG TAATTGAATC ATCAAGAGGG TATACCCAAG CTCTAAAAAT GGCCACTGAA 
ACAGGGAACA GACGAAACCA AGCAATCGTC ATGGCTAATT TTGGGAGACT GGCTCTTTCT 
TGTCAAGCTG TGGTTATGGC AGAGAGATAC TTTCTTCAGT CTGTCCATTT GTATATGGAA 
GTACAGGGCA GTGATGAGGC TGAACAGGAA CTGGTACAGG TTTTGCATTG GCTAGGACAA 
TTATTCATTC AACAAAGAAT CCTTGAAAAT GGCATACTAT GCTATGAGCT GGCCTTGATG 
TTTGCCTTGA AGTCTAACAA CCTTAAAAGC CAGCTGAGTA TCACTGAGGA ATTGTGCAAT 
TTCTACAGCA TAGTGTGCCC TGTCACTGCA ACCCATATCA TATACTGTGA ACACTGGATC 
TACCTAGTGC AGCTACTGAA GGACAAGAAA AAGGAAGGAG AATTGCTAAG CACCCTAAGC 
CAGTTATACC AGACCCTGAA TACTGCCAAG TCTTTTCGGA AAGCCCTGGA TTACACCAAG 
CAAAGTTTAC GGATTTCCAT TGATCTGGGT CAGCGTGACC AAGCTGCTGA GAGCTGGCTT 
CAAGCAGGAA GATTGTACTA TCTGTTGGGA GAGCAAGAAC TAGTGGAGAT TTATTTGCAT 
GCTGCTATAC AGGCATCCCA GAATGCACAG GACATTACCA CTACACAGAG GTTGTATGAA 
GCAGCTGGAG ATGTGTTCTT TCATGGAGTT CAGAGGAGAG AAAGAGCAAT GTATTTTTAT 
AAGGAAGGTG CTCTCCCATT AGCAAAGAAA GTCCAGGACC TTGAAGCACA ACTTCGTCTT 
TATCACAAGC TCACACAACT ACTTGTAAGC CAAGGCTACT ACAAGAAGTC AGTGGAATAT 
GCCACTTTGG CAGTCCGGCT CAGTGCCAGT ATTGAGAATC CGCTAGATGA GCTGGTTGCT 
TTCCATCGCT TGGCCGGAGT ATACTATTCC CAAAGGATTT ATGAGATTGC TGAGTACTGT 
TACCTCAAAG CCCTGTCATT ATGCCCTTCT CCTATGCAGC ATGATACAGA GACTGGCTAT 
TACCTTAAGA TTTACTGGCG GCTGGGCAAT ATTGCTCTGC TTAAAAGAAA GGATGCAGGG 
GATGCTGCTA CATACTTCCA CCTTGCCCTG GCAGCTGCTA TTGGCATTGA GAATGAAGAG 
TTTCAGCTGG TGCTAAGTAA CAAACTTATG GACATATATG GAAAATTTCT ACTGGATGAG 
GAGCAGGCTG ACATTTTCAG GAAGCTCATT GTTCAGCTTA GTCATATTAG TCACTGTTAG

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

RefSeq	XP_012815240.2
CDS	252..4091
Translation	MASDDAEDSELVCVAEESPVGKESVSLAVGEGFITEILLSFSILQRSTQGPNVHLQEVARKTLWALENDNKDTSMLFKELSARLVSIQANKDLFLITFKTVEEIWKFTTYLSLGFVACSLEHLLFDESYWLNSALVEDTEIHVSVNQDQLATLYLGLLLQEGNFYAKSVISSGGGTELDDGNSEFLEVHLNDVVHIKDIGDESAWEGLSLTSGERGLLPIEAVEPLSHPFYQWFLKTYPVSCNIMEPDCLLGTSQPIGEGVCIATEDHVASGWDELSYCTGDTIEVVGFLIPGLKWFVGRCPSNGVMGFVRTKHVDTSCLKALDKDLLFLSEEERSLLNVFDDDTQKGCMDLLNSLCQTDISSVYRLDGMEPMGIYMKTSSVINEDLGEIQITDNWEECEAVSDSSKGSTSEKSSPDSDWKGGVEGFHIQAQEDIDDPKFFVDLNTGEVDDSEVFEPVLTFLNKEGYQVYFQPLYDLPMSFLSTTFYGFSEEEDLVFYLETSRNWAKKSQMTWSHIRCCFLLGRICAKRMKLSQARVYFEEALSATKQGFLDLHLLTALYANLSAIYLKQNMKPKQDLLVEKAASLLVCLPHHNFSSEIEFEVLKYILRKSIVVNNVSFEARTCFLIFRLLQQLGRYDEALPFVERLQFLLIAPCPQTVNPTLGVMPILSYFYDKKYLPHVALASSKLCKTVGMKIMPSPMWRAGIVIQNISKITEGSLNKNYIPAQAAPYLKHALSCSYESGDVKAQRTLCLILSKLYLQYKLFSGAISYSKRAVELGRWTSDEEAFESSVFLGWMYVLDGHYEQACKILMLLLDSMQETDSTTQCGVVHNLLANAKKMDNNVIESSRGYTQALKMATETGNRRNQAIVMANFGRLALSCQAVVMAERYFLQSVHLYMEVQGSDEAEQELVQVLHWLGQLFIQQRILENGILCYELALMFALKSNNLKSQLSITEELCNFYSIVCPVTATHIIYCEHWIYLVQLLKDKKKEGELLSTLSQLYQTLNTAKSFRKALDYTKQSLRISIDLGQRDQAAESWLQAGRLYYLLGEQELVEIYLHAAIQASQNAQDITTTQRLYEAAGDVFFHGVQRRERAMYFYKEGALPLAKKVQDLEAQLRLYHKLTQLLVSQGYYKKSVEYATLAVRLSASIENPLDELVAFHRLAGVYYSQRIYEIAEYCYLKALSLCPSPMQHDTETGYYLKIYWRLGNIALLKRKDAGDAATYFHLALAAAIGIENEEFQLVLSNKLMDIYGKFLLDEEQADIFRKLIVQLSHISHC

Target ORF information:

RefSeq Version	XM_012959786.3
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis SH3 domain and tetratricopeptide repeats 2 (sh3tc2), transcript variant X3, mRNA.

Target ORF information:

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

XM_012959786.3

ORF Insert Sequence:

ATGGCATCAG ATGACGCGGA GGACTCAGAA CTTGTTTGTG TGGCTGAGGA GAGCCCAGTG 
GGAAAGGAGT CTGTCTCCCT TGCAGTGGGA GAAGGATTTA TCACTGAAAT CCTCTTGTCT 
TTCTCCATCC TGCAACGTTC GACCCAGGGT CCAAATGTCC ATTTGCAGGA GGTGGCAAGG 
AAGACACTTT GGGCCCTGGA AAATGACAAC AAGGATACAT CTATGCTATT TAAGGAGCTG 
TCTGCTCGAC TGGTTTCTAT CCAAGCGAAC AAGGACCTTT TCCTTATTAC TTTCAAAACC 
GTGGAAGAGA TCTGGAAATT TACAACCTAT CTGTCATTAG GGTTTGTGGC TTGCAGCCTG 
GAACACCTCC TTTTTGATGA GAGTTACTGG CTAAACTCGG CTTTAGTGGA AGATACAGAA 
ATCCATGTCT CTGTAAATCA GGATCAACTG GCGACACTTT ATCTGGGCCT ACTCTTACAA 
GAAGGAAACT TCTATGCCAA ATCAGTAATC AGTAGTGGAG GTGGTACTGA GTTGGATGAT 
GGCAATTCAG AATTTCTAGA AGTCCATCTC AATGATGTGG TTCATATAAA GGATATTGGA 
GATGAATCAG CATGGGAAGG CCTGTCATTA ACCAGCGGAG AAAGAGGTTT GTTGCCCATT 
GAAGCCGTGG AGCCACTGTC ACATCCCTTC TACCAATGGT TCTTGAAGAC GTACCCAGTA 
TCCTGTAACA TCATGGAGCC CGACTGCTTG CTTGGAACTT CTCAACCAAT TGGAGAAGGC 
GTTTGTATTG CCACAGAAGA CCACGTGGCC TCAGGATGGG ATGAGCTCAG CTACTGCACT 
GGAGACACCA TTGAAGTTGT AGGCTTTCTT ATACCAGGAC TGAAGTGGTT TGTGGGAAGA 
TGCCCCTCAA ATGGAGTAAT GGGATTTGTC AGAACTAAAC ACGTGGACAC AAGTTGTTTG 
AAAGCCTTGG ATAAGGACTT GCTCTTTTTA AGTGAAGAGG AGAGATCACT TCTTAATGTC 
TTTGATGATG ACACTCAGAA AGGCTGCATG GATCTACTTA ACAGCCTCTG CCAGACAGAT 
ATCAGCTCAG TATACAGACT AGATGGTATG GAACCTATGG GCATATATAT GAAAACTTCC 
TCTGTTATAA ATGAGGATTT GGGTGAAATT CAGATAACTG ACAACTGGGA GGAATGCGAA 
GCTGTAAGTG ACTCATCCAA AGGCAGCACA TCAGAGAAAT CAAGTCCCGA CTCTGACTGG 
AAAGGTGGAG TGGAGGGATT CCATATTCAA GCACAGGAAG ACATAGATGA TCCAAAGTTC 
TTTGTGGATT TAAACACTGG GGAGGTGGAT GATTCTGAAG TCTTTGAACC TGTTTTAACA 
TTCCTCAACA AAGAGGGTTA CCAAGTCTAC TTCCAGCCCT TATATGACTT GCCTATGTCA 
TTTTTAAGCA CCACATTTTA TGGATTTTCT GAGGAAGAAG ATTTGGTTTT CTACCTTGAA 
ACATCTCGTA ACTGGGCTAA AAAGAGTCAG ATGACTTGGT CTCACATACG GTGTTGCTTT 
CTTCTGGGAC GGATTTGTGC CAAAAGAATG AAGCTATCCC AGGCCAGGGT TTATTTTGAA 
GAAGCATTAA GTGCTACAAA GCAGGGATTT CTTGATTTAC ACCTGTTGAC TGCTTTATAT 
GCTAACCTCT CAGCTATTTA CTTGAAGCAG AATATGAAAC CTAAACAGGA CCTGTTGGTA 
GAGAAGGCAG CAAGCCTCCT AGTGTGCTTG CCCCATCACA ATTTTAGCTC AGAAATAGAG 
TTTGAGGTGT TAAAATACAT TTTAAGAAAA TCCATAGTCG TTAATAATGT CTCATTTGAA 
GCCAGGACTT GTTTTCTCAT TTTCAGGCTG CTGCAGCAGC TGGGAAGATA TGATGAAGCA 
TTGCCATTTG TGGAACGACT GCAGTTTCTT CTCATTGCTC CATGTCCTCA GACAGTAAAT 
CCCACATTAG GTGTGATGCC AATTTTAAGT TACTTCTATG ACAAAAAATA TCTTCCACAT 
GTTGCTTTGG CATCATCCAA ACTGTGCAAG ACTGTGGGCA TGAAAATAAT GCCATCACCA 
ATGTGGAGAG CTGGGATTGT TATACAAAAT ATTTCTAAGA TCACAGAGGG GTCTTTAAAC 
AAGAACTACA TTCCTGCACA AGCTGCTCCT TACTTGAAAC ATGCACTTTC ATGCTCCTAT 
GAGAGTGGAG ATGTGAAAGC TCAAAGAACA TTATGCCTTA TTTTATCTAA ATTATACCTC 
CAATATAAAC TCTTTTCTGG TGCTATTTCT TATTCCAAAA GGGCTGTTGA ATTAGGCAGA 
TGGACCAGTG ATGAGGAGGC ATTTGAATCT TCTGTCTTTT TGGGATGGAT GTATGTACTG 
GATGGCCATT ATGAACAAGC TTGTAAGATT CTGATGTTGC TGCTAGACTC AATGCAGGAA 
ACAGACAGTA CCACCCAGTG TGGCGTTGTC CATAACCTTC TTGCCAATGC CAAAAAGATG 
GATAATAATG TAATTGAATC ATCAAGAGGG TATACCCAAG CTCTAAAAAT GGCCACTGAA 
ACAGGGAACA GACGAAACCA AGCAATCGTC ATGGCTAATT TTGGGAGACT GGCTCTTTCT 
TGTCAAGCTG TGGTTATGGC AGAGAGATAC TTTCTTCAGT CTGTCCATTT GTATATGGAA 
GTACAGGGCA GTGATGAGGC TGAACAGGAA CTGGTACAGG TTTTGCATTG GCTAGGACAA 
TTATTCATTC AACAAAGAAT CCTTGAAAAT GGCATACTAT GCTATGAGCT GGCCTTGATG 
TTTGCCTTGA AGTCTAACAA CCTTAAAAGC CAGCTGAGTA TCACTGAGGA ATTGTGCAAT 
TTCTACAGCA TAGTGTGCCC TGTCACTGCA ACCCATATCA TATACTGTGA ACACTGGATC 
TACCTAGTGC AGCTACTGAA GGACAAGAAA AAGGAAGGAG AATTGCTAAG CACCCTAAGC 
CAGTTATACC AGACCCTGAA TACTGCCAAG TCTTTTCGGA AAGCCCTGGA TTACACCAAG 
CAAAGTTTAC GGATTTCCAT TGATCTGGGT CAGCGTGACC AAGCTGCTGA GAGCTGGCTT 
CAAGCAGGAA GATTGTACTA TCTGTTGGGA GAGCAAGAAC TAGTGGAGAT TTATTTGCAT 
GCTGCTATAC AGGCATCCCA GAATGCACAG GACATTACCA CTACACAGAG GTTGTATGAA 
GCAGCTGGAG ATGTGTTCTT TCATGGAGTT CAGAGGAGAG AAAGAGCAAT GTATTTTTAT 
AAGGAAGGTG CTCTCCCATT AGCAAAGAAA GTCCAGGACC TTGAAGCACA ACTTCGTCTT 
TATCACAAGC TCACACAACT ACTTGTAAGC CAAGGCTACT ACAAGAAGTC AGTGGAATAT 
GCCACTTTGG CAGTCCGGCT CAGTGCCAGT ATTGAGAATC CGCTAGATGA GCTGGTTGCT 
TTCCATCGCT TGGCCGGAGT ATACTATTCC CAAAGGATTT ATGAGATTGC TGAGTACTGT 
TACCTCAAAG CCCTGTCATT ATGCCCTTCT CCTATGCAGC ATGATACAGA GACTGGCTAT 
TACCTTAAGA TTTACTGGCG GCTGGGCAAT ATTGCTCTGC TTAAAAGAAA GGATGCAGGG 
GATGCTGCTA CATACTTCCA CCTTGCCCTG GCAGCTGCTA TTGGCATTGA GAATGAAGAG 
TTTCAGCTGG TGCTAAGTAA CAAACTTATG GACATATATG GAAAATTTCT ACTGGATGAG 
GAGCAGGCTG ACATTTTCAG GAAGCTCATT GTTCAGCTTA GTCATATTAG TCACTGTTAG

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

sh3tc2 ( XM_012959786.2 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_012815240.1 Xenopus tropicalis SH3 domain and tetratricopeptide repeats 2 (sh3tc2), transcript variant X3, mRNA.

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CloneID	OXa36337
Clone ID Related Accession (Same CDS sequence)	XM_012959786.2
Accession Version	XM_012959786.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3840bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-09-07
Organism	Xenopus tropicalis(tropical clawed frog)
Product	SH3 domain and tetratricopeptide repeat-containing protein 2 isoform X3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030679.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process On Sep 8, 2016 this sequence version replaced XM_012959786.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Xenopus tropicalis Annotation Release 103 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCATCAG ATGACGCGGA GGACTCAGAA CTTGTTTGTG TGGCTGAGGA GAGCCCAGTG 
GGAAAGGAGT CTGTCTCCCT TGCAGTGGGA GAAGGATTTA TCACTGAAAT CCTCTTGTCT 
TTCTCCATCC TGCAACGTTC GACCCAGGGT CCAAATGTCC ATTTGCAGGA GGTGGCAAGG 
AAGACACTTT GGGCCCTGGA AAATGACAAC AAGGATACAT CTATGCTATT TAAGGAGCTG 
TCTGCTCGAC TGGTTTCTAT CCAAGCGAAC AAGGACCTTT TCCTTATTAC TTTCAAAACC 
GTGGAAGAGA TCTGGAAATT TACAACCTAT CTGTCATTAG GGTTTGTGGC TTGCAGCCTG 
GAACACCTCC TTTTTGATGA GAGTTACTGG CTAAACTCGG CTTTAGTGGA AGATACAGAA 
ATCCATGTCT CTGTAAATCA GGATCAACTG GCGACACTTT ATCTGGGCCT ACTCTTACAA 
GAAGGAAACT TCTATGCCAA ATCAGTAATC AGTAGTGGAG GTGGTACTGA GTTGGATGAT 
GGCAATTCAG AATTTCTAGA AGTCCATCTC AATGATGTGG TTCATATAAA GGATATTGGA 
GATGAATCAG CATGGGAAGG CCTGTCATTA ACCAGCGGAG AAAGAGGTTT GTTGCCCATT 
GAAGCCGTGG AGCCACTGTC ACATCCCTTC TACCAATGGT TCTTGAAGAC GTACCCAGTA 
TCCTGTAACA TCATGGAGCC CGACTGCTTG CTTGGAACTT CTCAACCAAT TGGAGAAGGC 
GTTTGTATTG CCACAGAAGA CCACGTGGCC TCAGGATGGG ATGAGCTCAG CTACTGCACT 
GGAGACACCA TTGAAGTTGT AGGCTTTCTT ATACCAGGAC TGAAGTGGTT TGTGGGAAGA 
TGCCCCTCAA ATGGAGTAAT GGGATTTGTC AGAACTAAAC ACGTGGACAC AAGTTGTTTG 
AAAGCCTTGG ATAAGGACTT GCTCTTTTTA AGTGAAGAGG AGAGATCACT TCTTAATGTC 
TTTGATGATG ACACTCAGAA AGGCTGCATG GATCTACTTA ACAGCCTCTG CCAGACAGAT 
ATCAGCTCAG TATACAGACT AGATGGTATG GAACCTATGG GCATATATAT GAAAACTTCC 
TCTGTTATAA ATGAGGATTT GGGTGAAATT CAGATAACTG ACAACTGGGA GGAATGCGAA 
GCTGTAAGTG ACTCATCCAA AGGCAGCGCA TCAGAGAAAT CAAGTCCCGA CTCTGACTGG 
AAAGGTGGAG TGGAGGGATT CCATATTCAA GCACAGGAAG ACATAGATGA TCCAAAGTTC 
TTTGTGGATT TAAACACTGG GGAGGTGGAT GATTCTGAAG TCTTTGAACC TGTTTTAACA 
TTCCTCAACA AAGAGGGTTA CCAAGTCTAC TTCCAGCCCT TATATGACTT GCCTATGTCA 
TTTTTAAGCA CCACATTTTA TGGATTTTCT GAGGAAGAAG ATTTGGTTTT CTACCTTGAA 
ACATCTCGTA ACTGGGCTAA AAAGAGTCAG ATGACTTGGT CTCACATACG GTGTTGCTTT 
CTTCTGGGAC GGATTTGTGC CAAAAGAATG AAGCTATCCC AGGCCAGGGT TTATTTTGAA 
GAAGCATTAA GTGCTACAAA GCAGGGATTT CTTGATTTAC ACCTGTTGAC TGCTTTATAT 
GCTAACCTCT CAGCTATTTA CTTGAAGCAG AATATGAAAC CTAAACAGGA CCTGTTGGTA 
GAGAAGGCAG CAAGCCTCCT AGTGTGCTTG CCCCATCACA ATTTTAGCTC AGAAATAGAG 
TTTGAGGTGT TAAAATACAT TTTAAGAAAA TCCATAGTCG TTAATAATGT CTCATTTGAA 
GCCAGGACTT GTTTTCTCAT TTTCAGGCTG CTGCAGCAGC TGGGAAGATA TGATGAAGCA 
TTGCCATTTG TGGAACGACT GCAGTTTCTT CTCATTGCTC CATGTCCTCA GACAGTAAAT 
CCCACATTAG GTGTGATGCC AATTTTAAGT TACTTCTATG ACAAAAAATA TCTTCCACAT 
GTTGCTTTGG CATCATCCAA ACTGTGCAAG ACTGTGGGCA TGAAAATAAT GCCATCACCA 
ATGTGGAGAG CTGGGATTGT TATACAAAAT ATTTCTAAGA TCACAGAGGG GTCTTTAAAC 
AAGAACTACA TTCCTGCACA AGCTGCTCCT TACTTGAAAC ATGCACTTTC ATGCTCCTAT 
GAGAGTGGAG ATGTGAAAGC TCAAAGAACA TTATGCCTTA TTTTATCTAA ATTATACCTC 
CAATATAAAC TCTTTTCTGG TGCTATTTCT TATTCCAAAA GGGCTGTTGA ATTAGGCAGA 
TGGACCAGTG ATGAGGAGGC ATTTGAATCT TCTGTCTTTT TGGGATGGAT GTATGTACTG 
GATGGCCATT ATGAACAAGC TTGTAAGATT CTGATGTTGC TGCTAGACTC AATGCAGGAA 
ACAGACAGTA CCACCCAGTG TGGCGTTGTC CATAACCTTC TTGCCAATGC CAAAAAGATG 
GATAATAATG TAATTGAATC ATCAAGAGGG TATACCCAAG CTCTAAAAAT GGCCACTGAA 
ACAGGGAACA GACGAAACCA AGCAATCGTC ATGGCTAATT TTGGGAGACT GGCTCTTTCT 
TGTCAAGCTG TGGTTATGGC AGAGAGATAC TTTCTTCAGT CTGTCCATTT GTATATGGAA 
GTACAGGGCA GTGATGAGGC TGAACAGGAA CTGGTACAGG TTTTGCATTG GCTAGGACAA 
TTATTCATTC AACAAAGAAT CCTTGAAAAT GGCATACTAT GCTATGAGCT GGCCTTGATG 
TTTGCCTTGA AGTCTAACAA CCTTAAAAGC CAGCTGAGTA TCACTGAGGA ATTGTGCAAT 
TTCTACAGCA TAGTGTGCCC TGTCACTGCA ACCCATATCA TATACTGTGA ACACTGGATC 
TACCTAGTGC AGCTACTGAA GGACAAGAAA AAGGAAGGAG AATTGCTAAG CACCCTAAGC 
CAGTTATACC AGACCCTGAA TACTGCCAAG TCTTTTCGGA AAGCCCTGGA TTACACCAAG 
CAAAGTTTAC GGATTTCCAT TGATCTGGGT CAGCGTGACC AAGCTGCTGA GAGCTGGCTT 
CAAGCAGGAA GATTGTACTA TCTGTTGGGA GAGCAAGAAC TAGTGGAGAT TTATTTGCAT 
GCTGCTATAC AGGCATCCCA GAATGCACAG GACATTACCA CTACACAGAG GTTGTATGAA 
GCAGCTGGAG ATGTGTTCTT TCATGGAGTT CAGAGGAGAG AAAGAGCAAT GTATTTTTAT 
AAGGAAGGTG CTCTCCCATT AGCAAAGAAA GTCCAGGACC TTGAAGCACA ACTTCGTCTT 
TATCACAAGC TCACACAACT ACTTGTAAGC CAAGGCTACT ACAAGAAGTC AGTGGAATAT 
GCCACTTTGG CAGTCCGGCT CAGTGCCAGT ATTGAGAATC CGCTAGATGA GCTGGTTGCT 
TTCCATCGCT TGGCCGGAGT ATACTATTCC CAAAGGATTT ATGAGATTGC TGAGTACTGT 
TACCTCAAAG CCCTGTCATT ATGCCCTTCT CCTATGCAGC ATGATACAGA GACTGGCTAT 
TACCTTAAGA TTTACTGGCG GCTGGGCAAT ATTGCTCTGC TTAAAAGAAA GGATGCAGGG 
GATGCTGCTA CATACTTCCA CCTTGCCCTG GCAGCTGCTA TTGGCATTGA GAATGAAGAG 
TTTCAGCTGG TGCTAAGTAA CAAACTTATG GACATATATG GAAAATTTCT ACTGGATGAG 
GAGCAGGCTG ACATTTTCAG GAAGCTCATT GTTCAGCTTA GTCATATTAG TCACTGTTAG

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

RefSeq	XP_012815240.1
CDS	241..4080
Translation	MASDDAEDSELVCVAEESPVGKESVSLAVGEGFITEILLSFSILQRSTQGPNVHLQEVARKTLWALENDNKDTSMLFKELSARLVSIQANKDLFLITFKTVEEIWKFTTYLSLGFVACSLEHLLFDESYWLNSALVEDTEIHVSVNQDQLATLYLGLLLQEGNFYAKSVISSGGGTELDDGNSEFLEVHLNDVVHIKDIGDESAWEGLSLTSGERGLLPIEAVEPLSHPFYQWFLKTYPVSCNIMEPDCLLGTSQPIGEGVCIATEDHVASGWDELSYCTGDTIEVVGFLIPGLKWFVGRCPSNGVMGFVRTKHVDTSCLKALDKDLLFLSEEERSLLNVFDDDTQKGCMDLLNSLCQTDISSVYRLDGMEPMGIYMKTSSVINEDLGEIQITDNWEECEAVSDSSKGSASEKSSPDSDWKGGVEGFHIQAQEDIDDPKFFVDLNTGEVDDSEVFEPVLTFLNKEGYQVYFQPLYDLPMSFLSTTFYGFSEEEDLVFYLETSRNWAKKSQMTWSHIRCCFLLGRICAKRMKLSQARVYFEEALSATKQGFLDLHLLTALYANLSAIYLKQNMKPKQDLLVEKAASLLVCLPHHNFSSEIEFEVLKYILRKSIVVNNVSFEARTCFLIFRLLQQLGRYDEALPFVERLQFLLIAPCPQTVNPTLGVMPILSYFYDKKYLPHVALASSKLCKTVGMKIMPSPMWRAGIVIQNISKITEGSLNKNYIPAQAAPYLKHALSCSYESGDVKAQRTLCLILSKLYLQYKLFSGAISYSKRAVELGRWTSDEEAFESSVFLGWMYVLDGHYEQACKILMLLLDSMQETDSTTQCGVVHNLLANAKKMDNNVIESSRGYTQALKMATETGNRRNQAIVMANFGRLALSCQAVVMAERYFLQSVHLYMEVQGSDEAEQELVQVLHWLGQLFIQQRILENGILCYELALMFALKSNNLKSQLSITEELCNFYSIVCPVTATHIIYCEHWIYLVQLLKDKKKEGELLSTLSQLYQTLNTAKSFRKALDYTKQSLRISIDLGQRDQAAESWLQAGRLYYLLGEQELVEIYLHAAIQASQNAQDITTTQRLYEAAGDVFFHGVQRRERAMYFYKEGALPLAKKVQDLEAQLRLYHKLTQLLVSQGYYKKSVEYATLAVRLSASIENPLDELVAFHRLAGVYYSQRIYEIAEYCYLKALSLCPSPMQHDTETGYYLKIYWRLGNIALLKRKDAGDAATYFHLALAAAIGIENEEFQLVLSNKLMDIYGKFLLDEEQADIFRKLIVQLSHISHC

Target ORF information:

RefSeq Version	XM_012959786.2
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis SH3 domain and tetratricopeptide repeats 2 (sh3tc2), transcript variant X3, mRNA.

Target ORF information:

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

XM_012959786.2

ORF Insert Sequence:

ATGGCATCAG ATGACGCGGA GGACTCAGAA CTTGTTTGTG TGGCTGAGGA GAGCCCAGTG 
GGAAAGGAGT CTGTCTCCCT TGCAGTGGGA GAAGGATTTA TCACTGAAAT CCTCTTGTCT 
TTCTCCATCC TGCAACGTTC GACCCAGGGT CCAAATGTCC ATTTGCAGGA GGTGGCAAGG 
AAGACACTTT GGGCCCTGGA AAATGACAAC AAGGATACAT CTATGCTATT TAAGGAGCTG 
TCTGCTCGAC TGGTTTCTAT CCAAGCGAAC AAGGACCTTT TCCTTATTAC TTTCAAAACC 
GTGGAAGAGA TCTGGAAATT TACAACCTAT CTGTCATTAG GGTTTGTGGC TTGCAGCCTG 
GAACACCTCC TTTTTGATGA GAGTTACTGG CTAAACTCGG CTTTAGTGGA AGATACAGAA 
ATCCATGTCT CTGTAAATCA GGATCAACTG GCGACACTTT ATCTGGGCCT ACTCTTACAA 
GAAGGAAACT TCTATGCCAA ATCAGTAATC AGTAGTGGAG GTGGTACTGA GTTGGATGAT 
GGCAATTCAG AATTTCTAGA AGTCCATCTC AATGATGTGG TTCATATAAA GGATATTGGA 
GATGAATCAG CATGGGAAGG CCTGTCATTA ACCAGCGGAG AAAGAGGTTT GTTGCCCATT 
GAAGCCGTGG AGCCACTGTC ACATCCCTTC TACCAATGGT TCTTGAAGAC GTACCCAGTA 
TCCTGTAACA TCATGGAGCC CGACTGCTTG CTTGGAACTT CTCAACCAAT TGGAGAAGGC 
GTTTGTATTG CCACAGAAGA CCACGTGGCC TCAGGATGGG ATGAGCTCAG CTACTGCACT 
GGAGACACCA TTGAAGTTGT AGGCTTTCTT ATACCAGGAC TGAAGTGGTT TGTGGGAAGA 
TGCCCCTCAA ATGGAGTAAT GGGATTTGTC AGAACTAAAC ACGTGGACAC AAGTTGTTTG 
AAAGCCTTGG ATAAGGACTT GCTCTTTTTA AGTGAAGAGG AGAGATCACT TCTTAATGTC 
TTTGATGATG ACACTCAGAA AGGCTGCATG GATCTACTTA ACAGCCTCTG CCAGACAGAT 
ATCAGCTCAG TATACAGACT AGATGGTATG GAACCTATGG GCATATATAT GAAAACTTCC 
TCTGTTATAA ATGAGGATTT GGGTGAAATT CAGATAACTG ACAACTGGGA GGAATGCGAA 
GCTGTAAGTG ACTCATCCAA AGGCAGCGCA TCAGAGAAAT CAAGTCCCGA CTCTGACTGG 
AAAGGTGGAG TGGAGGGATT CCATATTCAA GCACAGGAAG ACATAGATGA TCCAAAGTTC 
TTTGTGGATT TAAACACTGG GGAGGTGGAT GATTCTGAAG TCTTTGAACC TGTTTTAACA 
TTCCTCAACA AAGAGGGTTA CCAAGTCTAC TTCCAGCCCT TATATGACTT GCCTATGTCA 
TTTTTAAGCA CCACATTTTA TGGATTTTCT GAGGAAGAAG ATTTGGTTTT CTACCTTGAA 
ACATCTCGTA ACTGGGCTAA AAAGAGTCAG ATGACTTGGT CTCACATACG GTGTTGCTTT 
CTTCTGGGAC GGATTTGTGC CAAAAGAATG AAGCTATCCC AGGCCAGGGT TTATTTTGAA 
GAAGCATTAA GTGCTACAAA GCAGGGATTT CTTGATTTAC ACCTGTTGAC TGCTTTATAT 
GCTAACCTCT CAGCTATTTA CTTGAAGCAG AATATGAAAC CTAAACAGGA CCTGTTGGTA 
GAGAAGGCAG CAAGCCTCCT AGTGTGCTTG CCCCATCACA ATTTTAGCTC AGAAATAGAG 
TTTGAGGTGT TAAAATACAT TTTAAGAAAA TCCATAGTCG TTAATAATGT CTCATTTGAA 
GCCAGGACTT GTTTTCTCAT TTTCAGGCTG CTGCAGCAGC TGGGAAGATA TGATGAAGCA 
TTGCCATTTG TGGAACGACT GCAGTTTCTT CTCATTGCTC CATGTCCTCA GACAGTAAAT 
CCCACATTAG GTGTGATGCC AATTTTAAGT TACTTCTATG ACAAAAAATA TCTTCCACAT 
GTTGCTTTGG CATCATCCAA ACTGTGCAAG ACTGTGGGCA TGAAAATAAT GCCATCACCA 
ATGTGGAGAG CTGGGATTGT TATACAAAAT ATTTCTAAGA TCACAGAGGG GTCTTTAAAC 
AAGAACTACA TTCCTGCACA AGCTGCTCCT TACTTGAAAC ATGCACTTTC ATGCTCCTAT 
GAGAGTGGAG ATGTGAAAGC TCAAAGAACA TTATGCCTTA TTTTATCTAA ATTATACCTC 
CAATATAAAC TCTTTTCTGG TGCTATTTCT TATTCCAAAA GGGCTGTTGA ATTAGGCAGA 
TGGACCAGTG ATGAGGAGGC ATTTGAATCT TCTGTCTTTT TGGGATGGAT GTATGTACTG 
GATGGCCATT ATGAACAAGC TTGTAAGATT CTGATGTTGC TGCTAGACTC AATGCAGGAA 
ACAGACAGTA CCACCCAGTG TGGCGTTGTC CATAACCTTC TTGCCAATGC CAAAAAGATG 
GATAATAATG TAATTGAATC ATCAAGAGGG TATACCCAAG CTCTAAAAAT GGCCACTGAA 
ACAGGGAACA GACGAAACCA AGCAATCGTC ATGGCTAATT TTGGGAGACT GGCTCTTTCT 
TGTCAAGCTG TGGTTATGGC AGAGAGATAC TTTCTTCAGT CTGTCCATTT GTATATGGAA 
GTACAGGGCA GTGATGAGGC TGAACAGGAA CTGGTACAGG TTTTGCATTG GCTAGGACAA 
TTATTCATTC AACAAAGAAT CCTTGAAAAT GGCATACTAT GCTATGAGCT GGCCTTGATG 
TTTGCCTTGA AGTCTAACAA CCTTAAAAGC CAGCTGAGTA TCACTGAGGA ATTGTGCAAT 
TTCTACAGCA TAGTGTGCCC TGTCACTGCA ACCCATATCA TATACTGTGA ACACTGGATC 
TACCTAGTGC AGCTACTGAA GGACAAGAAA AAGGAAGGAG AATTGCTAAG CACCCTAAGC 
CAGTTATACC AGACCCTGAA TACTGCCAAG TCTTTTCGGA AAGCCCTGGA TTACACCAAG 
CAAAGTTTAC GGATTTCCAT TGATCTGGGT CAGCGTGACC AAGCTGCTGA GAGCTGGCTT 
CAAGCAGGAA GATTGTACTA TCTGTTGGGA GAGCAAGAAC TAGTGGAGAT TTATTTGCAT 
GCTGCTATAC AGGCATCCCA GAATGCACAG GACATTACCA CTACACAGAG GTTGTATGAA 
GCAGCTGGAG ATGTGTTCTT TCATGGAGTT CAGAGGAGAG AAAGAGCAAT GTATTTTTAT 
AAGGAAGGTG CTCTCCCATT AGCAAAGAAA GTCCAGGACC TTGAAGCACA ACTTCGTCTT 
TATCACAAGC TCACACAACT ACTTGTAAGC CAAGGCTACT ACAAGAAGTC AGTGGAATAT 
GCCACTTTGG CAGTCCGGCT CAGTGCCAGT ATTGAGAATC CGCTAGATGA GCTGGTTGCT 
TTCCATCGCT TGGCCGGAGT ATACTATTCC CAAAGGATTT ATGAGATTGC TGAGTACTGT 
TACCTCAAAG CCCTGTCATT ATGCCCTTCT CCTATGCAGC ATGATACAGA GACTGGCTAT 
TACCTTAAGA TTTACTGGCG GCTGGGCAAT ATTGCTCTGC TTAAAAGAAA GGATGCAGGG 
GATGCTGCTA CATACTTCCA CCTTGCCCTG GCAGCTGCTA TTGGCATTGA GAATGAAGAG 
TTTCAGCTGG TGCTAAGTAA CAAACTTATG GACATATATG GAAAATTTCT ACTGGATGAG 
GAGCAGGCTG ACATTTTCAG GAAGCTCATT GTTCAGCTTA GTCATATTAG TCACTGTTAG

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

sh3tc2 ( XM_002939108.4 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_002939154.2 Xenopus tropicalis SH3 domain and tetratricopeptide repeats 2 (sh3tc2), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OXa07594
Clone ID Related Accession (Same CDS sequence)	XM_002939108.4
Accession Version	XM_002939108.4 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4128bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-09-07
Organism	Xenopus tropicalis(tropical clawed frog)
Product	SH3 domain and tetratricopeptide repeat-containing protein 2 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030679.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process On Sep 8, 2016 this sequence version replaced XM_002939108.3. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Xenopus tropicalis Annotation Release 103 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGAAGGGC AGGGATCCTT AATCAGAGGG CCCAGGTTAT CGAGAAATGG CAACTATGCC 
AGAAGCACAT CATCTTGGTC TGCTATGTGC CACTCACCAC TGGAGAAAAT CATGAAAAGG 
ACGGAAGAGG CAAAAAGCTT CTTTAGAAAA GGTCTCAAAA GACATGCCTC AATGCTGGTT 
TCATCCTCAG GTAAAGAGGA ACGGAGAGAC TCAGGATTCC TGGCAGGTTG GCCACACTGG 
CACGAATACA GTCGAAACAG ACAAGAAAGA TGCTCCAGCT TAGAAGCAAT GGCATCAGAT 
GACGCGGAGG ACTCAGAACT TGTTTGTGTG GCTGAGGAGA GCCCAGTGGG AAAGGAGTCT 
GTCTCCCTTG CAGTGGGAGA AGGATTTATC ACTGAAATCC TCTTGTCTTT CTCCATCCTG 
CAACGTTCGA CCCAGGGTCC AAATGTCCAT TTGCAGGAGG TGGCAAGGAA GACACTTTGG 
GCCCTGGAAA ATGACAACAA GGATACATCT ATGCTATTTA AGGAGCTGTC TGCTCGACTG 
GTTTCTATCC AAGCGAACAA GGACCTTTTC CTTATTACTT TCAAAACCGT GGAAGAGATC 
TGGAAATTTA CAACCTATCT GTCATTAGGG TTTGTGGCTT GCAGCCTGGA ACACCTCCTT 
TTTGATGAGA GTTACTGGCT AAACTCGGCT TTAGTGGAAG ATACAGAAAT CCATGTCTCT 
GTAAATCAGG ATCAACTGGC GACACTTTAT CTGGGCCTAC TCTTACAAGA AGGAAACTTC 
TATGCCAAAT CAGTAATCAG TAGTGGAGGT GGTACTGAGT TGGATGATGG CAATTCAGAA 
TTTCTAGAAG TCCATCTCAA TGATGTGGTT CATATAAAGG ATATTGGAGA TGAATCAGCA 
TGGGAAGGCC TGTCATTAAC CAGCGGAGAA AGAGGTTTGT TGCCCATTGA AGCCGTGGAG 
CCACTGTCAC ATCCCTTCTA CCAATGGTTC TTGAAGACGT ACCCAGTATC CTGTAACATC 
ATGGAGCCCG ACTGCTTGCT TGGAACTTCT CAACCAATTG GAGAAGGCGT TTGTATTGCC 
ACAGAAGACC ACGTGGCCTC AGGATGGGAT GAGCTCAGCT ACTGCACTGG AGACACCATT 
GAAGTTGTAG GCTTTCTTAT ACCAGGACTG AAGTGGTTTG TGGGAAGATG CCCCTCAAAT 
GGAGTAATGG GATTTGTCAG AACTAAACAC GTGGACACAA GTTGTTTGAA AGCCTTGGAT 
AAGGACTTGC TCTTTTTAAG TGAAGAGGAG AGATCACTTC TTAATGTCTT TGATGATGAC 
ACTCAGAAAG GCTGCATGGA TCTACTTAAC AGCCTCTGCC AGACAGATAT CAGCTCAGTA 
TACAGACTAG ATGGTATGGA ACCTATGGGC ATATATATGA AAACTTCCTC TGTTATAAAT 
GAGGATTTGG GTGAAATTCA GATAACTGAC AACTGGGAGG AATGCGAAGC TGTAAGTGAC 
TCATCCAAAG GCAGCGCATC AGAGAAATCA AGTCCCGACT CTGACTGGAA AGGTGGAGTG 
GAGGGATTCC ATATTCAAGC ACAGGAAGAC ATAGATGATC CAAAGTTCTT TGTGGATTTA 
AACACTGGGG AGGTGGATGA TTCTGAAGTC TTTGAACCTG TTTTAACATT CCTCAACAAA 
GAGGGTTACC AAGTCTACTT CCAGCCCTTA TATGACTTGC CTATGTCATT TTTAAGCACC 
ACATTTTATG GATTTTCTGA GGAAGAAGAT TTGGTTTTCT ACCTTGAAAC ATCTCGTAAC 
TGGGCTAAAA AGAGTCAGAT GACTTGGTCT CACATACGGT GTTGCTTTCT TCTGGGACGG 
ATTTGTGCCA AAAGAATGAA GCTATCCCAG GCCAGGGTTT ATTTTGAAGA AGCATTAAGT 
GCTACAAAGC AGGGATTTCT TGATTTACAC CTGTTGACTG CTTTATATGC TAACCTCTCA 
GCTATTTACT TGAAGCAGAA TATGAAACCT AAACAGGACC TGTTGGTAGA GAAGGCAGCA 
AGCCTCCTAG TGTGCTTGCC CCATCACAAT TTTAGCTCAG AAATAGAGTT TGAGGTGTTA 
AAATACATTT TAAGAAAATC CATAGTCGTT AATAATGTCT CATTTGAAGC CAGGACTTGT 
TTTCTCATTT TCAGGCTGCT GCAGCAGCTG GGAAGATATG ATGAAGCATT GCCATTTGTG 
GAACGACTGC AGTTTCTTCT CATTGCTCCA TGTCCTCAGA CAGTAAATCC CACATTAGGT 
GTGATGCCAA TTTTAAGTTA CTTCTATGAC AAAAAATATC TTCCACATGT TGCTTTGGCA 
TCATCCAAAC TGTGCAAGAC TGTGGGCATG AAAATAATGC CATCACCAAT GTGGAGAGCT 
GGGATTGTTA TACAAAATAT TTCTAAGATC ACAGAGGGGT CTTTAAACAA GAACTACATT 
CCTGCACAAG CTGCTCCTTA CTTGAAACAT GCACTTTCAT GCTCCTATGA GAGTGGAGAT 
GTGAAAGCTC AAAGAACATT ATGCCTTATT TTATCTAAAT TATACCTCCA ATATAAACTC 
TTTTCTGGTG CTATTTCTTA TTCCAAAAGG GCTGTTGAAT TAGGCAGATG GACCAGTGAT 
GAGGAGGCAT TTGAATCTTC TGTCTTTTTG GGATGGATGT ATGTACTGGA TGGCCATTAT 
GAACAAGCTT GTAAGATTCT GATGTTGCTG CTAGACTCAA TGCAGGAAAC AGACAGTACC 
ACCCAGTGTG GCGTTGTCCA TAACCTTCTT GCCAATGCCA AAAAGATGGA TAATAATGTA 
ATTGAATCAT CAAGAGGGTA TACCCAAGCT CTAAAAATGG CCACTGAAAC AGGGAACAGA 
CGAAACCAAG CAATCGTCAT GGCTAATTTT GGGAGACTGG CTCTTTCTTG TCAAGCTGTG 
GTTATGGCAG AGAGATACTT TCTTCAGTCT GTCCATTTGT ATATGGAAGT ACAGGGCAGT 
GATGAGGCTG AACAGGAACT GGTACAGGTT TTGCATTGGC TAGGACAATT ATTCATTCAA 
CAAAGAATCC TTGAAAATGG CATACTATGC TATGAGCTGG CCTTGATGTT TGCCTTGAAG 
TCTAACAACC TTAAAAGCCA GCTGAGTATC ACTGAGGAAT TGTGCAATTT CTACAGCATA 
GTGTGCCCTG TCACTGCAAC CCATATCATA TACTGTGAAC ACTGGATCTA CCTAGTGCAG 
CTACTGAAGG ACAAGAAAAA GGAAGGAGAA TTGCTAAGCA CCCTAAGCCA GTTATACCAG 
ACCCTGAATA CTGCCAAGTC TTTTCGGAAA GCCCTGGATT ACACCAAGCA AAGTTTACGG 
ATTTCCATTG ATCTGGGTCA GCGTGACCAA GCTGCTGAGA GCTGGCTTCA AGCAGGAAGA 
TTGTACTATC TGTTGGGAGA GCAAGAACTA GTGGAGATTT ATTTGCATGC TGCTATACAG 
GCATCCCAGA ATGCACAGGA CATTACCACT ACACAGAGGT TGTATGAAGC AGCTGGAGAT 
GTGTTCTTTC ATGGAGTTCA GAGGAGAGAA AGAGCAATGT ATTTTTATAA GGAAGGTGCT 
CTCCCATTAG CAAAGAAAGT CCAGGACCTT GAAGCACAAC TTCGTCTTTA TCACAAGCTC 
ACACAACTAC TTGTAAGCCA AGGCTACTAC AAGAAGTCAG TGGAATATGC CACTTTGGCA 
GTCCGGCTCA GTGCCAGTAT TGAGAATCCG CTAGATGAGC TGGTTGCTTT CCATCGCTTG 
GCCGGAGTAT ACTATTCCCA AAGGATTTAT GAGATTGCTG AGTACTGTTA CCTCAAAGCC 
CTGTCATTAT GCCCTTCTCC TATGCAGCAT GATACAGAGA CTGGCTATTA CCTTAAGATT 
TACTGGCGGC TGGGCAATAT TGCTCTGCTT AAAAGAAAGG ATGCAGGGGA TGCTGCTACA 
TACTTCCACC TTGCCCTGGC AGCTGCTATT GGCATTGAGA ATGAAGAGTT TCAGCTGGTG 
CTAAGTAACA AACTTATGGA CATATATGGA AAATTTCTAC TGGATGAGGA GCAGGCTGAC 
ATTTTCAGGA AGCTCATTGT TCAGCTTAGT CATATTAGTC ACTGTTAG

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

RefSeq	XP_002939154.2
CDS	375..4502
Translation	MEGQGSLIRGPRLSRNGNYARSTSSWSAMCHSPLEKIMKRTEEAKSFFRKGLKRHASMLVSSSGKEERRDSGFLAGWPHWHEYSRNRQERCSSLEAMASDDAEDSELVCVAEESPVGKESVSLAVGEGFITEILLSFSILQRSTQGPNVHLQEVARKTLWALENDNKDTSMLFKELSARLVSIQANKDLFLITFKTVEEIWKFTTYLSLGFVACSLEHLLFDESYWLNSALVEDTEIHVSVNQDQLATLYLGLLLQEGNFYAKSVISSGGGTELDDGNSEFLEVHLNDVVHIKDIGDESAWEGLSLTSGERGLLPIEAVEPLSHPFYQWFLKTYPVSCNIMEPDCLLGTSQPIGEGVCIATEDHVASGWDELSYCTGDTIEVVGFLIPGLKWFVGRCPSNGVMGFVRTKHVDTSCLKALDKDLLFLSEEERSLLNVFDDDTQKGCMDLLNSLCQTDISSVYRLDGMEPMGIYMKTSSVINEDLGEIQITDNWEECEAVSDSSKGSASEKSSPDSDWKGGVEGFHIQAQEDIDDPKFFVDLNTGEVDDSEVFEPVLTFLNKEGYQVYFQPLYDLPMSFLSTTFYGFSEEEDLVFYLETSRNWAKKSQMTWSHIRCCFLLGRICAKRMKLSQARVYFEEALSATKQGFLDLHLLTALYANLSAIYLKQNMKPKQDLLVEKAASLLVCLPHHNFSSEIEFEVLKYILRKSIVVNNVSFEARTCFLIFRLLQQLGRYDEALPFVERLQFLLIAPCPQTVNPTLGVMPILSYFYDKKYLPHVALASSKLCKTVGMKIMPSPMWRAGIVIQNISKITEGSLNKNYIPAQAAPYLKHALSCSYESGDVKAQRTLCLILSKLYLQYKLFSGAISYSKRAVELGRWTSDEEAFESSVFLGWMYVLDGHYEQACKILMLLLDSMQETDSTTQCGVVHNLLANAKKMDNNVIESSRGYTQALKMATETGNRRNQAIVMANFGRLALSCQAVVMAERYFLQSVHLYMEVQGSDEAEQELVQVLHWLGQLFIQQRILENGILCYELALMFALKSNNLKSQLSITEELCNFYSIVCPVTATHIIYCEHWIYLVQLLKDKKKEGELLSTLSQLYQTLNTAKSFRKALDYTKQSLRISIDLGQRDQAAESWLQAGRLYYLLGEQELVEIYLHAAIQASQNAQDITTTQRLYEAAGDVFFHGVQRRERAMYFYKEGALPLAKKVQDLEAQLRLYHKLTQLLVSQGYYKKSVEYATLAVRLSASIENPLDELVAFHRLAGVYYSQRIYEIAEYCYLKALSLCPSPMQHDTETGYYLKIYWRLGNIALLKRKDAGDAATYFHLALAAAIGIENEEFQLVLSNKLMDIYGKFLLDEEQADIFRKLIVQLSHISHC

Target ORF information:

RefSeq Version	XM_002939108.4
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis SH3 domain and tetratricopeptide repeats 2 (sh3tc2), transcript variant X1, mRNA.

Target ORF information:

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

XM_002939108.4

ORF Insert Sequence:

ATGGAAGGGC AGGGATCCTT AATCAGAGGG CCCAGGTTAT CGAGAAATGG CAACTATGCC 
AGAAGCACAT CATCTTGGTC TGCTATGTGC CACTCACCAC TGGAGAAAAT CATGAAAAGG 
ACGGAAGAGG CAAAAAGCTT CTTTAGAAAA GGTCTCAAAA GACATGCCTC AATGCTGGTT 
TCATCCTCAG GTAAAGAGGA ACGGAGAGAC TCAGGATTCC TGGCAGGTTG GCCACACTGG 
CACGAATACA GTCGAAACAG ACAAGAAAGA TGCTCCAGCT TAGAAGCAAT GGCATCAGAT 
GACGCGGAGG ACTCAGAACT TGTTTGTGTG GCTGAGGAGA GCCCAGTGGG AAAGGAGTCT 
GTCTCCCTTG CAGTGGGAGA AGGATTTATC ACTGAAATCC TCTTGTCTTT CTCCATCCTG 
CAACGTTCGA CCCAGGGTCC AAATGTCCAT TTGCAGGAGG TGGCAAGGAA GACACTTTGG 
GCCCTGGAAA ATGACAACAA GGATACATCT ATGCTATTTA AGGAGCTGTC TGCTCGACTG 
GTTTCTATCC AAGCGAACAA GGACCTTTTC CTTATTACTT TCAAAACCGT GGAAGAGATC 
TGGAAATTTA CAACCTATCT GTCATTAGGG TTTGTGGCTT GCAGCCTGGA ACACCTCCTT 
TTTGATGAGA GTTACTGGCT AAACTCGGCT TTAGTGGAAG ATACAGAAAT CCATGTCTCT 
GTAAATCAGG ATCAACTGGC GACACTTTAT CTGGGCCTAC TCTTACAAGA AGGAAACTTC 
TATGCCAAAT CAGTAATCAG TAGTGGAGGT GGTACTGAGT TGGATGATGG CAATTCAGAA 
TTTCTAGAAG TCCATCTCAA TGATGTGGTT CATATAAAGG ATATTGGAGA TGAATCAGCA 
TGGGAAGGCC TGTCATTAAC CAGCGGAGAA AGAGGTTTGT TGCCCATTGA AGCCGTGGAG 
CCACTGTCAC ATCCCTTCTA CCAATGGTTC TTGAAGACGT ACCCAGTATC CTGTAACATC 
ATGGAGCCCG ACTGCTTGCT TGGAACTTCT CAACCAATTG GAGAAGGCGT TTGTATTGCC 
ACAGAAGACC ACGTGGCCTC AGGATGGGAT GAGCTCAGCT ACTGCACTGG AGACACCATT 
GAAGTTGTAG GCTTTCTTAT ACCAGGACTG AAGTGGTTTG TGGGAAGATG CCCCTCAAAT 
GGAGTAATGG GATTTGTCAG AACTAAACAC GTGGACACAA GTTGTTTGAA AGCCTTGGAT 
AAGGACTTGC TCTTTTTAAG TGAAGAGGAG AGATCACTTC TTAATGTCTT TGATGATGAC 
ACTCAGAAAG GCTGCATGGA TCTACTTAAC AGCCTCTGCC AGACAGATAT CAGCTCAGTA 
TACAGACTAG ATGGTATGGA ACCTATGGGC ATATATATGA AAACTTCCTC TGTTATAAAT 
GAGGATTTGG GTGAAATTCA GATAACTGAC AACTGGGAGG AATGCGAAGC TGTAAGTGAC 
TCATCCAAAG GCAGCGCATC AGAGAAATCA AGTCCCGACT CTGACTGGAA AGGTGGAGTG 
GAGGGATTCC ATATTCAAGC ACAGGAAGAC ATAGATGATC CAAAGTTCTT TGTGGATTTA 
AACACTGGGG AGGTGGATGA TTCTGAAGTC TTTGAACCTG TTTTAACATT CCTCAACAAA 
GAGGGTTACC AAGTCTACTT CCAGCCCTTA TATGACTTGC CTATGTCATT TTTAAGCACC 
ACATTTTATG GATTTTCTGA GGAAGAAGAT TTGGTTTTCT ACCTTGAAAC ATCTCGTAAC 
TGGGCTAAAA AGAGTCAGAT GACTTGGTCT CACATACGGT GTTGCTTTCT TCTGGGACGG 
ATTTGTGCCA AAAGAATGAA GCTATCCCAG GCCAGGGTTT ATTTTGAAGA AGCATTAAGT 
GCTACAAAGC AGGGATTTCT TGATTTACAC CTGTTGACTG CTTTATATGC TAACCTCTCA 
GCTATTTACT TGAAGCAGAA TATGAAACCT AAACAGGACC TGTTGGTAGA GAAGGCAGCA 
AGCCTCCTAG TGTGCTTGCC CCATCACAAT TTTAGCTCAG AAATAGAGTT TGAGGTGTTA 
AAATACATTT TAAGAAAATC CATAGTCGTT AATAATGTCT CATTTGAAGC CAGGACTTGT 
TTTCTCATTT TCAGGCTGCT GCAGCAGCTG GGAAGATATG ATGAAGCATT GCCATTTGTG 
GAACGACTGC AGTTTCTTCT CATTGCTCCA TGTCCTCAGA CAGTAAATCC CACATTAGGT 
GTGATGCCAA TTTTAAGTTA CTTCTATGAC AAAAAATATC TTCCACATGT TGCTTTGGCA 
TCATCCAAAC TGTGCAAGAC TGTGGGCATG AAAATAATGC CATCACCAAT GTGGAGAGCT 
GGGATTGTTA TACAAAATAT TTCTAAGATC ACAGAGGGGT CTTTAAACAA GAACTACATT 
CCTGCACAAG CTGCTCCTTA CTTGAAACAT GCACTTTCAT GCTCCTATGA GAGTGGAGAT 
GTGAAAGCTC AAAGAACATT ATGCCTTATT TTATCTAAAT TATACCTCCA ATATAAACTC 
TTTTCTGGTG CTATTTCTTA TTCCAAAAGG GCTGTTGAAT TAGGCAGATG GACCAGTGAT 
GAGGAGGCAT TTGAATCTTC TGTCTTTTTG GGATGGATGT ATGTACTGGA TGGCCATTAT 
GAACAAGCTT GTAAGATTCT GATGTTGCTG CTAGACTCAA TGCAGGAAAC AGACAGTACC 
ACCCAGTGTG GCGTTGTCCA TAACCTTCTT GCCAATGCCA AAAAGATGGA TAATAATGTA 
ATTGAATCAT CAAGAGGGTA TACCCAAGCT CTAAAAATGG CCACTGAAAC AGGGAACAGA 
CGAAACCAAG CAATCGTCAT GGCTAATTTT GGGAGACTGG CTCTTTCTTG TCAAGCTGTG 
GTTATGGCAG AGAGATACTT TCTTCAGTCT GTCCATTTGT ATATGGAAGT ACAGGGCAGT 
GATGAGGCTG AACAGGAACT GGTACAGGTT TTGCATTGGC TAGGACAATT ATTCATTCAA 
CAAAGAATCC TTGAAAATGG CATACTATGC TATGAGCTGG CCTTGATGTT TGCCTTGAAG 
TCTAACAACC TTAAAAGCCA GCTGAGTATC ACTGAGGAAT TGTGCAATTT CTACAGCATA 
GTGTGCCCTG TCACTGCAAC CCATATCATA TACTGTGAAC ACTGGATCTA CCTAGTGCAG 
CTACTGAAGG ACAAGAAAAA GGAAGGAGAA TTGCTAAGCA CCCTAAGCCA GTTATACCAG 
ACCCTGAATA CTGCCAAGTC TTTTCGGAAA GCCCTGGATT ACACCAAGCA AAGTTTACGG 
ATTTCCATTG ATCTGGGTCA GCGTGACCAA GCTGCTGAGA GCTGGCTTCA AGCAGGAAGA 
TTGTACTATC TGTTGGGAGA GCAAGAACTA GTGGAGATTT ATTTGCATGC TGCTATACAG 
GCATCCCAGA ATGCACAGGA CATTACCACT ACACAGAGGT TGTATGAAGC AGCTGGAGAT 
GTGTTCTTTC ATGGAGTTCA GAGGAGAGAA AGAGCAATGT ATTTTTATAA GGAAGGTGCT 
CTCCCATTAG CAAAGAAAGT CCAGGACCTT GAAGCACAAC TTCGTCTTTA TCACAAGCTC 
ACACAACTAC TTGTAAGCCA AGGCTACTAC AAGAAGTCAG TGGAATATGC CACTTTGGCA 
GTCCGGCTCA GTGCCAGTAT TGAGAATCCG CTAGATGAGC TGGTTGCTTT CCATCGCTTG 
GCCGGAGTAT ACTATTCCCA AAGGATTTAT GAGATTGCTG AGTACTGTTA CCTCAAAGCC 
CTGTCATTAT GCCCTTCTCC TATGCAGCAT GATACAGAGA CTGGCTATTA CCTTAAGATT 
TACTGGCGGC TGGGCAATAT TGCTCTGCTT AAAAGAAAGG ATGCAGGGGA TGCTGCTACA 
TACTTCCACC TTGCCCTGGC AGCTGCTATT GGCATTGAGA ATGAAGAGTT TCAGCTGGTG 
CTAAGTAACA AACTTATGGA CATATATGGA AAATTTCTAC TGGATGAGGA GCAGGCTGAC 
ATTTTCAGGA AGCTCATTGT TCAGCTTAGT CATATTAGTC ACTGTTAG

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

sh3tc2 ( XM_012959785.2 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_012815239.1 Xenopus tropicalis SH3 domain and tetratricopeptide repeats 2 (sh3tc2), transcript variant X2, mRNA.

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CloneID	OXa36336
Clone ID Related Accession (Same CDS sequence)	XM_012959785.2
Accession Version	XM_012959785.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4002bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-09-07
Organism	Xenopus tropicalis(tropical clawed frog)
Product	SH3 domain and tetratricopeptide repeat-containing protein 2 isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030679.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process On Sep 8, 2016 this sequence version replaced XM_012959785.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Xenopus tropicalis Annotation Release 103 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGGCTGCT GTGTTGGGAT TCCCTGGCTC AGAAATCTCT TCAGGTGCCC AGTTTCATCC 
TCAGGTAAAG AGGAACGGAG AGACTCAGGA TTCCTGGCAG GTTGGCCACA CTGGCACGAA 
TACAGTCGAA ACAGACAAGA AAGATGCTCC AGCTTAGAAG CAATGGCATC AGATGACGCG 
GAGGACTCAG AACTTGTTTG TGTGGCTGAG GAGAGCCCAG TGGGAAAGGA GTCTGTCTCC 
CTTGCAGTGG GAGAAGGATT TATCACTGAA ATCCTCTTGT CTTTCTCCAT CCTGCAACGT 
TCGACCCAGG GTCCAAATGT CCATTTGCAG GAGGTGGCAA GGAAGACACT TTGGGCCCTG 
GAAAATGACA ACAAGGATAC ATCTATGCTA TTTAAGGAGC TGTCTGCTCG ACTGGTTTCT 
ATCCAAGCGA ACAAGGACCT TTTCCTTATT ACTTTCAAAA CCGTGGAAGA GATCTGGAAA 
TTTACAACCT ATCTGTCATT AGGGTTTGTG GCTTGCAGCC TGGAACACCT CCTTTTTGAT 
GAGAGTTACT GGCTAAACTC GGCTTTAGTG GAAGATACAG AAATCCATGT CTCTGTAAAT 
CAGGATCAAC TGGCGACACT TTATCTGGGC CTACTCTTAC AAGAAGGAAA CTTCTATGCC 
AAATCAGTAA TCAGTAGTGG AGGTGGTACT GAGTTGGATG ATGGCAATTC AGAATTTCTA 
GAAGTCCATC TCAATGATGT GGTTCATATA AAGGATATTG GAGATGAATC AGCATGGGAA 
GGCCTGTCAT TAACCAGCGG AGAAAGAGGT TTGTTGCCCA TTGAAGCCGT GGAGCCACTG 
TCACATCCCT TCTACCAATG GTTCTTGAAG ACGTACCCAG TATCCTGTAA CATCATGGAG 
CCCGACTGCT TGCTTGGAAC TTCTCAACCA ATTGGAGAAG GCGTTTGTAT TGCCACAGAA 
GACCACGTGG CCTCAGGATG GGATGAGCTC AGCTACTGCA CTGGAGACAC CATTGAAGTT 
GTAGGCTTTC TTATACCAGG ACTGAAGTGG TTTGTGGGAA GATGCCCCTC AAATGGAGTA 
ATGGGATTTG TCAGAACTAA ACACGTGGAC ACAAGTTGTT TGAAAGCCTT GGATAAGGAC 
TTGCTCTTTT TAAGTGAAGA GGAGAGATCA CTTCTTAATG TCTTTGATGA TGACACTCAG 
AAAGGCTGCA TGGATCTACT TAACAGCCTC TGCCAGACAG ATATCAGCTC AGTATACAGA 
CTAGATGGTA TGGAACCTAT GGGCATATAT ATGAAAACTT CCTCTGTTAT AAATGAGGAT 
TTGGGTGAAA TTCAGATAAC TGACAACTGG GAGGAATGCG AAGCTGTAAG TGACTCATCC 
AAAGGCAGCG CATCAGAGAA ATCAAGTCCC GACTCTGACT GGAAAGGTGG AGTGGAGGGA 
TTCCATATTC AAGCACAGGA AGACATAGAT GATCCAAAGT TCTTTGTGGA TTTAAACACT 
GGGGAGGTGG ATGATTCTGA AGTCTTTGAA CCTGTTTTAA CATTCCTCAA CAAAGAGGGT 
TACCAAGTCT ACTTCCAGCC CTTATATGAC TTGCCTATGT CATTTTTAAG CACCACATTT 
TATGGATTTT CTGAGGAAGA AGATTTGGTT TTCTACCTTG AAACATCTCG TAACTGGGCT 
AAAAAGAGTC AGATGACTTG GTCTCACATA CGGTGTTGCT TTCTTCTGGG ACGGATTTGT 
GCCAAAAGAA TGAAGCTATC CCAGGCCAGG GTTTATTTTG AAGAAGCATT AAGTGCTACA 
AAGCAGGGAT TTCTTGATTT ACACCTGTTG ACTGCTTTAT ATGCTAACCT CTCAGCTATT 
TACTTGAAGC AGAATATGAA ACCTAAACAG GACCTGTTGG TAGAGAAGGC AGCAAGCCTC 
CTAGTGTGCT TGCCCCATCA CAATTTTAGC TCAGAAATAG AGTTTGAGGT GTTAAAATAC 
ATTTTAAGAA AATCCATAGT CGTTAATAAT GTCTCATTTG AAGCCAGGAC TTGTTTTCTC 
ATTTTCAGGC TGCTGCAGCA GCTGGGAAGA TATGATGAAG CATTGCCATT TGTGGAACGA 
CTGCAGTTTC TTCTCATTGC TCCATGTCCT CAGACAGTAA ATCCCACATT AGGTGTGATG 
CCAATTTTAA GTTACTTCTA TGACAAAAAA TATCTTCCAC ATGTTGCTTT GGCATCATCC 
AAACTGTGCA AGACTGTGGG CATGAAAATA ATGCCATCAC CAATGTGGAG AGCTGGGATT 
GTTATACAAA ATATTTCTAA GATCACAGAG GGGTCTTTAA ACAAGAACTA CATTCCTGCA 
CAAGCTGCTC CTTACTTGAA ACATGCACTT TCATGCTCCT ATGAGAGTGG AGATGTGAAA 
GCTCAAAGAA CATTATGCCT TATTTTATCT AAATTATACC TCCAATATAA ACTCTTTTCT 
GGTGCTATTT CTTATTCCAA AAGGGCTGTT GAATTAGGCA GATGGACCAG TGATGAGGAG 
GCATTTGAAT CTTCTGTCTT TTTGGGATGG ATGTATGTAC TGGATGGCCA TTATGAACAA 
GCTTGTAAGA TTCTGATGTT GCTGCTAGAC TCAATGCAGG AAACAGACAG TACCACCCAG 
TGTGGCGTTG TCCATAACCT TCTTGCCAAT GCCAAAAAGA TGGATAATAA TGTAATTGAA 
TCATCAAGAG GGTATACCCA AGCTCTAAAA ATGGCCACTG AAACAGGGAA CAGACGAAAC 
CAAGCAATCG TCATGGCTAA TTTTGGGAGA CTGGCTCTTT CTTGTCAAGC TGTGGTTATG 
GCAGAGAGAT ACTTTCTTCA GTCTGTCCAT TTGTATATGG AAGTACAGGG CAGTGATGAG 
GCTGAACAGG AACTGGTACA GGTTTTGCAT TGGCTAGGAC AATTATTCAT TCAACAAAGA 
ATCCTTGAAA ATGGCATACT ATGCTATGAG CTGGCCTTGA TGTTTGCCTT GAAGTCTAAC 
AACCTTAAAA GCCAGCTGAG TATCACTGAG GAATTGTGCA ATTTCTACAG CATAGTGTGC 
CCTGTCACTG CAACCCATAT CATATACTGT GAACACTGGA TCTACCTAGT GCAGCTACTG 
AAGGACAAGA AAAAGGAAGG AGAATTGCTA AGCACCCTAA GCCAGTTATA CCAGACCCTG 
AATACTGCCA AGTCTTTTCG GAAAGCCCTG GATTACACCA AGCAAAGTTT ACGGATTTCC 
ATTGATCTGG GTCAGCGTGA CCAAGCTGCT GAGAGCTGGC TTCAAGCAGG AAGATTGTAC 
TATCTGTTGG GAGAGCAAGA ACTAGTGGAG ATTTATTTGC ATGCTGCTAT ACAGGCATCC 
CAGAATGCAC AGGACATTAC CACTACACAG AGGTTGTATG AAGCAGCTGG AGATGTGTTC 
TTTCATGGAG TTCAGAGGAG AGAAAGAGCA ATGTATTTTT ATAAGGAAGG TGCTCTCCCA 
TTAGCAAAGA AAGTCCAGGA CCTTGAAGCA CAACTTCGTC TTTATCACAA GCTCACACAA 
CTACTTGTAA GCCAAGGCTA CTACAAGAAG TCAGTGGAAT ATGCCACTTT GGCAGTCCGG 
CTCAGTGCCA GTATTGAGAA TCCGCTAGAT GAGCTGGTTG CTTTCCATCG CTTGGCCGGA 
GTATACTATT CCCAAAGGAT TTATGAGATT GCTGAGTACT GTTACCTCAA AGCCCTGTCA 
TTATGCCCTT CTCCTATGCA GCATGATACA GAGACTGGCT ATTACCTTAA GATTTACTGG 
CGGCTGGGCA ATATTGCTCT GCTTAAAAGA AAGGATGCAG GGGATGCTGC TACATACTTC 
CACCTTGCCC TGGCAGCTGC TATTGGCATT GAGAATGAAG AGTTTCAGCT GGTGCTAAGT 
AACAAACTTA TGGACATATA TGGAAAATTT CTACTGGATG AGGAGCAGGC TGACATTTTC 
AGGAAGCTCA TTGTTCAGCT TAGTCATATT AGTCACTGTT AG

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

RefSeq	XP_012815239.1
CDS	79..4080
Translation	MGCCVGIPWLRNLFRCPVSSSGKEERRDSGFLAGWPHWHEYSRNRQERCSSLEAMASDDAEDSELVCVAEESPVGKESVSLAVGEGFITEILLSFSILQRSTQGPNVHLQEVARKTLWALENDNKDTSMLFKELSARLVSIQANKDLFLITFKTVEEIWKFTTYLSLGFVACSLEHLLFDESYWLNSALVEDTEIHVSVNQDQLATLYLGLLLQEGNFYAKSVISSGGGTELDDGNSEFLEVHLNDVVHIKDIGDESAWEGLSLTSGERGLLPIEAVEPLSHPFYQWFLKTYPVSCNIMEPDCLLGTSQPIGEGVCIATEDHVASGWDELSYCTGDTIEVVGFLIPGLKWFVGRCPSNGVMGFVRTKHVDTSCLKALDKDLLFLSEEERSLLNVFDDDTQKGCMDLLNSLCQTDISSVYRLDGMEPMGIYMKTSSVINEDLGEIQITDNWEECEAVSDSSKGSASEKSSPDSDWKGGVEGFHIQAQEDIDDPKFFVDLNTGEVDDSEVFEPVLTFLNKEGYQVYFQPLYDLPMSFLSTTFYGFSEEEDLVFYLETSRNWAKKSQMTWSHIRCCFLLGRICAKRMKLSQARVYFEEALSATKQGFLDLHLLTALYANLSAIYLKQNMKPKQDLLVEKAASLLVCLPHHNFSSEIEFEVLKYILRKSIVVNNVSFEARTCFLIFRLLQQLGRYDEALPFVERLQFLLIAPCPQTVNPTLGVMPILSYFYDKKYLPHVALASSKLCKTVGMKIMPSPMWRAGIVIQNISKITEGSLNKNYIPAQAAPYLKHALSCSYESGDVKAQRTLCLILSKLYLQYKLFSGAISYSKRAVELGRWTSDEEAFESSVFLGWMYVLDGHYEQACKILMLLLDSMQETDSTTQCGVVHNLLANAKKMDNNVIESSRGYTQALKMATETGNRRNQAIVMANFGRLALSCQAVVMAERYFLQSVHLYMEVQGSDEAEQELVQVLHWLGQLFIQQRILENGILCYELALMFALKSNNLKSQLSITEELCNFYSIVCPVTATHIIYCEHWIYLVQLLKDKKKEGELLSTLSQLYQTLNTAKSFRKALDYTKQSLRISIDLGQRDQAAESWLQAGRLYYLLGEQELVEIYLHAAIQASQNAQDITTTQRLYEAAGDVFFHGVQRRERAMYFYKEGALPLAKKVQDLEAQLRLYHKLTQLLVSQGYYKKSVEYATLAVRLSASIENPLDELVAFHRLAGVYYSQRIYEIAEYCYLKALSLCPSPMQHDTETGYYLKIYWRLGNIALLKRKDAGDAATYFHLALAAAIGIENEEFQLVLSNKLMDIYGKFLLDEEQADIFRKLIVQLSHISHC

Target ORF information:

RefSeq Version	XM_012959785.2
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis SH3 domain and tetratricopeptide repeats 2 (sh3tc2), transcript variant X2, mRNA.

Target ORF information:

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

XM_012959785.2

ORF Insert Sequence:

ATGGGCTGCT GTGTTGGGAT TCCCTGGCTC AGAAATCTCT TCAGGTGCCC AGTTTCATCC 
TCAGGTAAAG AGGAACGGAG AGACTCAGGA TTCCTGGCAG GTTGGCCACA CTGGCACGAA 
TACAGTCGAA ACAGACAAGA AAGATGCTCC AGCTTAGAAG CAATGGCATC AGATGACGCG 
GAGGACTCAG AACTTGTTTG TGTGGCTGAG GAGAGCCCAG TGGGAAAGGA GTCTGTCTCC 
CTTGCAGTGG GAGAAGGATT TATCACTGAA ATCCTCTTGT CTTTCTCCAT CCTGCAACGT 
TCGACCCAGG GTCCAAATGT CCATTTGCAG GAGGTGGCAA GGAAGACACT TTGGGCCCTG 
GAAAATGACA ACAAGGATAC ATCTATGCTA TTTAAGGAGC TGTCTGCTCG ACTGGTTTCT 
ATCCAAGCGA ACAAGGACCT TTTCCTTATT ACTTTCAAAA CCGTGGAAGA GATCTGGAAA 
TTTACAACCT ATCTGTCATT AGGGTTTGTG GCTTGCAGCC TGGAACACCT CCTTTTTGAT 
GAGAGTTACT GGCTAAACTC GGCTTTAGTG GAAGATACAG AAATCCATGT CTCTGTAAAT 
CAGGATCAAC TGGCGACACT TTATCTGGGC CTACTCTTAC AAGAAGGAAA CTTCTATGCC 
AAATCAGTAA TCAGTAGTGG AGGTGGTACT GAGTTGGATG ATGGCAATTC AGAATTTCTA 
GAAGTCCATC TCAATGATGT GGTTCATATA AAGGATATTG GAGATGAATC AGCATGGGAA 
GGCCTGTCAT TAACCAGCGG AGAAAGAGGT TTGTTGCCCA TTGAAGCCGT GGAGCCACTG 
TCACATCCCT TCTACCAATG GTTCTTGAAG ACGTACCCAG TATCCTGTAA CATCATGGAG 
CCCGACTGCT TGCTTGGAAC TTCTCAACCA ATTGGAGAAG GCGTTTGTAT TGCCACAGAA 
GACCACGTGG CCTCAGGATG GGATGAGCTC AGCTACTGCA CTGGAGACAC CATTGAAGTT 
GTAGGCTTTC TTATACCAGG ACTGAAGTGG TTTGTGGGAA GATGCCCCTC AAATGGAGTA 
ATGGGATTTG TCAGAACTAA ACACGTGGAC ACAAGTTGTT TGAAAGCCTT GGATAAGGAC 
TTGCTCTTTT TAAGTGAAGA GGAGAGATCA CTTCTTAATG TCTTTGATGA TGACACTCAG 
AAAGGCTGCA TGGATCTACT TAACAGCCTC TGCCAGACAG ATATCAGCTC AGTATACAGA 
CTAGATGGTA TGGAACCTAT GGGCATATAT ATGAAAACTT CCTCTGTTAT AAATGAGGAT 
TTGGGTGAAA TTCAGATAAC TGACAACTGG GAGGAATGCG AAGCTGTAAG TGACTCATCC 
AAAGGCAGCG CATCAGAGAA ATCAAGTCCC GACTCTGACT GGAAAGGTGG AGTGGAGGGA 
TTCCATATTC AAGCACAGGA AGACATAGAT GATCCAAAGT TCTTTGTGGA TTTAAACACT 
GGGGAGGTGG ATGATTCTGA AGTCTTTGAA CCTGTTTTAA CATTCCTCAA CAAAGAGGGT 
TACCAAGTCT ACTTCCAGCC CTTATATGAC TTGCCTATGT CATTTTTAAG CACCACATTT 
TATGGATTTT CTGAGGAAGA AGATTTGGTT TTCTACCTTG AAACATCTCG TAACTGGGCT 
AAAAAGAGTC AGATGACTTG GTCTCACATA CGGTGTTGCT TTCTTCTGGG ACGGATTTGT 
GCCAAAAGAA TGAAGCTATC CCAGGCCAGG GTTTATTTTG AAGAAGCATT AAGTGCTACA 
AAGCAGGGAT TTCTTGATTT ACACCTGTTG ACTGCTTTAT ATGCTAACCT CTCAGCTATT 
TACTTGAAGC AGAATATGAA ACCTAAACAG GACCTGTTGG TAGAGAAGGC AGCAAGCCTC 
CTAGTGTGCT TGCCCCATCA CAATTTTAGC TCAGAAATAG AGTTTGAGGT GTTAAAATAC 
ATTTTAAGAA AATCCATAGT CGTTAATAAT GTCTCATTTG AAGCCAGGAC TTGTTTTCTC 
ATTTTCAGGC TGCTGCAGCA GCTGGGAAGA TATGATGAAG CATTGCCATT TGTGGAACGA 
CTGCAGTTTC TTCTCATTGC TCCATGTCCT CAGACAGTAA ATCCCACATT AGGTGTGATG 
CCAATTTTAA GTTACTTCTA TGACAAAAAA TATCTTCCAC ATGTTGCTTT GGCATCATCC 
AAACTGTGCA AGACTGTGGG CATGAAAATA ATGCCATCAC CAATGTGGAG AGCTGGGATT 
GTTATACAAA ATATTTCTAA GATCACAGAG GGGTCTTTAA ACAAGAACTA CATTCCTGCA 
CAAGCTGCTC CTTACTTGAA ACATGCACTT TCATGCTCCT ATGAGAGTGG AGATGTGAAA 
GCTCAAAGAA CATTATGCCT TATTTTATCT AAATTATACC TCCAATATAA ACTCTTTTCT 
GGTGCTATTT CTTATTCCAA AAGGGCTGTT GAATTAGGCA GATGGACCAG TGATGAGGAG 
GCATTTGAAT CTTCTGTCTT TTTGGGATGG ATGTATGTAC TGGATGGCCA TTATGAACAA 
GCTTGTAAGA TTCTGATGTT GCTGCTAGAC TCAATGCAGG AAACAGACAG TACCACCCAG 
TGTGGCGTTG TCCATAACCT TCTTGCCAAT GCCAAAAAGA TGGATAATAA TGTAATTGAA 
TCATCAAGAG GGTATACCCA AGCTCTAAAA ATGGCCACTG AAACAGGGAA CAGACGAAAC 
CAAGCAATCG TCATGGCTAA TTTTGGGAGA CTGGCTCTTT CTTGTCAAGC TGTGGTTATG 
GCAGAGAGAT ACTTTCTTCA GTCTGTCCAT TTGTATATGG AAGTACAGGG CAGTGATGAG 
GCTGAACAGG AACTGGTACA GGTTTTGCAT TGGCTAGGAC AATTATTCAT TCAACAAAGA 
ATCCTTGAAA ATGGCATACT ATGCTATGAG CTGGCCTTGA TGTTTGCCTT GAAGTCTAAC 
AACCTTAAAA GCCAGCTGAG TATCACTGAG GAATTGTGCA ATTTCTACAG CATAGTGTGC 
CCTGTCACTG CAACCCATAT CATATACTGT GAACACTGGA TCTACCTAGT GCAGCTACTG 
AAGGACAAGA AAAAGGAAGG AGAATTGCTA AGCACCCTAA GCCAGTTATA CCAGACCCTG 
AATACTGCCA AGTCTTTTCG GAAAGCCCTG GATTACACCA AGCAAAGTTT ACGGATTTCC 
ATTGATCTGG GTCAGCGTGA CCAAGCTGCT GAGAGCTGGC TTCAAGCAGG AAGATTGTAC 
TATCTGTTGG GAGAGCAAGA ACTAGTGGAG ATTTATTTGC ATGCTGCTAT ACAGGCATCC 
CAGAATGCAC AGGACATTAC CACTACACAG AGGTTGTATG AAGCAGCTGG AGATGTGTTC 
TTTCATGGAG TTCAGAGGAG AGAAAGAGCA ATGTATTTTT ATAAGGAAGG TGCTCTCCCA 
TTAGCAAAGA AAGTCCAGGA CCTTGAAGCA CAACTTCGTC TTTATCACAA GCTCACACAA 
CTACTTGTAA GCCAAGGCTA CTACAAGAAG TCAGTGGAAT ATGCCACTTT GGCAGTCCGG 
CTCAGTGCCA GTATTGAGAA TCCGCTAGAT GAGCTGGTTG CTTTCCATCG CTTGGCCGGA 
GTATACTATT CCCAAAGGAT TTATGAGATT GCTGAGTACT GTTACCTCAA AGCCCTGTCA 
TTATGCCCTT CTCCTATGCA GCATGATACA GAGACTGGCT ATTACCTTAA GATTTACTGG 
CGGCTGGGCA ATATTGCTCT GCTTAAAAGA AAGGATGCAG GGGATGCTGC TACATACTTC 
CACCTTGCCC TGGCAGCTGC TATTGGCATT GAGAATGAAG AGTTTCAGCT GGTGCTAAGT 
AACAAACTTA TGGACATATA TGGAAAATTT CTACTGGATG AGGAGCAGGC TGACATTTTC 
AGGAAGCTCA TTGTTCAGCT TAGTCATATT AGTCACTGTT AG

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

PubMed

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sh3tc2 cDNA ORF clone, Xenopus tropicalis(tropical clawed frog)

Gene

Clones

gRNAs

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

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Eメール

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FAX

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