shank1 cDNA ORF clone, Xenopus tropicalis(tropical clawed frog)

Gene
Clones
gRNAs

Summary

Gene Symbol	shank1
Entrez Gene ID	100486091
Full Name	SH3 and multiple ankyrin repeat domains 1
Synonyms	spank-1,sstrip,synamon
General protein information	Preferred Names SH3 and multiple ankyrin repeat domains 1 Names SH3 and multiple ankyrin repeat domains protein 1
Gene Type	protein-coding
Organism	Xenopus tropicalis(tropical clawed frog)

mRNA and Protein(s)

mRNA	Protein	Name
XM_031906165.1	XP_031762025.1	SH3 and multiple ankyrin repeat domains protein 1
XM_018095736.1	XP_017951225.1	SH3 and multiple ankyrin repeat domains protein 1

Pathways from BioSystems

Homologies

Canis lupus familiaris (dog)	SHANK1	XP_005616915.1
Xenopus tropicalis (tropical clawed frog)	shank1	XP_002938582.2
Homo sapiens (human)	SHANK1	NP_057232.2
Macaca mulatta (Rhesus monkey)	LOC719673	XP_002808253.1
Bos taurus (cattle)	SHANK1	XP_002695260.2
Mus musculus (house mouse)	Shank1	NP_001029287.1
Rattus norvegicus (Norway rat)	Shank1	NP_113939.2

Gene Ontology

The following shank1 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the shank1 cDNA ORF which is encoded by the open reading frame (ORF) sequence. ORF sequences can be delivered in our standard vector, pcDNA3.1⁺/C-(K)DYK or the vector of your choice as an expression/transfection-ready ORF clone. Not the clone you want? Click here to find your clone.

***CloneID	Accession No.	Definition	**Vector	*Turnaround time	Price (USD)	Select
OXa45667	XM_018095736.1 Latest version!	Xenopus tropicalis SH3 and multiple ankyrin repeat domains 1 (shank1), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	14-16	$307.30 $439.00
OXa06219	XM_031906165.1 Latest version!	Xenopus tropicalis SH3 and multiple ankyrin repeat domains 1 (shank1), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00

ORF Online Only Promotion

Next-day Shipping ORF Clones ( in default vector with tag)
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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)

shank1 ( XM_018095736.1 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_017951225.1 Xenopus tropicalis SH3 and multiple ankyrin repeat domains 1 (shank1), mRNA.

Price & Availability↑

CloneID	OXa45667
Clone ID Related Accession (Same CDS sequence)	XM_018095736.1
Accession Version	XM_018095736.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 1944bp) 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	1473177600000
Organism	Xenopus tropicalis(tropical clawed frog)
Product	SH3 and multiple ankyrin repeat domains protein 1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030683.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##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## ##RefSeq-Attributes-START## ab initio :: 28% of CDS bases ##RefSeq-Attributes-END##

ATGCCCCAGA GTCCTGTGTC AAGCGAGGAG GAGAGGAGGA GCATCTCTGG ATACCCTGGG 
GAAGAATCAG ACTCAGACAG TTCCAGAGAG GACCCTGTCC CTGGAGGGAA AAACAATCCC 
ACCTCTGCCA CCAGCAATAT CCCTAAGCCT ATTTCATTAT CTTCAGTAGC TGCAAGAAGA 
ATAAAAGAAA GATCCATGTC GGTTCCGGAT GACTCCAATT TCAGCATGAT GGTCTTCCGT 
ATTGGAATTC CTGACCTGCA CCAAACAAAA TGCCTTCGAT TCAATCCAGA TGCCACAATC 
TGGGTTGCAA AGCAGCAGAT ACTGTGCACA TTGAATGAGA GCCTGAAGGA TGTGCTGAAC 
TATGGTCTCT TCCAACCAGC GACCAACGGG AGAGATGCTA AGTTTCTGGA TGAGGAGCGA 
CTCCTTCGGG AATACCCCCA ATCTTTTGAG AAAGGGGTTC CTTATTTGGA GTTCCGCTAT 
AAGACAAGAG TTTACAAACA GACCAACCTC GATGAGAAGC AGCTGGCCAA GCTCCACACC 
AAGGCTGGTT TGAAGAAGTT CGTGGAGTAT GTGCAGCATG GTTCTGCTGA GAAAGTGGCC 
CGCTTGCTGG ACAAAGGCCT AGATCCCAAC TATCATGATT CAGAAACTGG AGAGACCCCA 
TTGACACTGG CTTCGCAGCT TGAGGGAACT GTGGATGTCA TTAGGATGCT GTGCCTGGGA 
GGTGCCCACA TCGACTTTCG ATCTCGGGAT GGCATGACGG CTTTGCACAA GTCTGTTTGC 
GCCCGCAACT ACAATGCCCT AATGACCCTG TTGGACCTTG GTGGTTCACC AAATCACAAG 
GACCGCCGAG GCTTAACTCC ACTTTACCAT ACGGCTATGG TTGGAGGTGA TCCCCGGTGC 
TGTGAATTGT TGCTCTATAA TCGAGCTTCT ATTGGTACAG TGGATGAAAA TGGCTGGCAG 
GAGATCCATC AGGCTTGCCA ACATGGCCAC TCACAACATC TGGAGCATCT GCTGTTTTAT 
GGTGCTGATC CTGCTTCCCA GAATGCTTCA GGCAACACTG CTCTGCATAT CTGTGCTCTG 
TACAACAAGG AAAGCTGCGC TAGAATTCTG CTGTACCGGG GGGCCAGTAA AGACATCAAA 
AACCACAGTG GGCAGACCCC ATTCCAGGTC GCGGTCATTT CAGGAAATTT CGAGCTGGGG 
GAGTTAATAA AGAGCCACAG AGACAGTGAT GTTGTACCCT TCCAGGAATC CCCCTCCTAT 
GCCATGCATC GTAGGGAAGG GGGCAAAGCG CTGTCGGTGC CCCACGTCCT CCATCGAGCA 
AACAGCGACA ACAGCCTCTC ACTGCCTGAC TGGATGGTCT TCTCAGCGTC TACTGCCAAC 
ACTGTCACTC TACAGGGACA AAAGGCCTCA GGGGGAACTC TCCGCAGCTC CAGTAGCCCA 
CGTGGTGCTC GAAGCCGGTC ACCTTCAAGA GGCCGACACA CAGAGGAATC CAAGAAGCAG 
CCACGTGGAC GACCCAGTTC CAGTGGTCCT ACCAAAGAGC CCCCTGCAAA TGCAACCACC 
AATCATCGCT CCAAGCGCAA GTTGTACTCG GCGGTGCCAG GGCGCACGTT TGTGGCGGTG 
AAACCCTACC AGTCGCAAGG AGAAGGAGAG ATATCCCTCA GCAAAGGAGA AAAGGTCAAA 
GTTCTAAGTG TGGGAGAAGG AGGATTCTGG GAAGGAAATG CCAAGGGTCG CACCGGCTGG 
TTCCCATCAG ACTGCGTAGA AGAAATACCC ACAAAACCAC AGGAAGGAAA ACAAGAGAGC 
CGGAGCGATA AAGCCAAGCG CTTATTTAGA CACTACACGG TTGGATCCTA TGACAGCTTT 
GATGCCCCCA GGGCATTTGT AGCTGTGATT ATAGTTAAAA TTGATGCCGA GGGAGGTCAG 
TGTGAAGCAG ACGATTTAAA ATGA

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

RefSeq	XP_017951225.1
CDS	29..1972
Translation	MPQSPVSSEEERRSISGYPGEESDSDSSREDPVPGGKNNPTSATSNIPKPISLSSVAARRIKERSMSVPDDSNFSMMVFRIGIPDLHQTKCLRFNPDATIWVAKQQILCTLNESLKDVLNYGLFQPATNGRDAKFLDEERLLREYPQSFEKGVPYLEFRYKTRVYKQTNLDEKQLAKLHTKAGLKKFVEYVQHGSAEKVARLLDKGLDPNYHDSETGETPLTLASQLEGTVDVIRMLCLGGAHIDFRSRDGMTALHKSVCARNYNALMTLLDLGGSPNHKDRRGLTPLYHTAMVGGDPRCCELLLYNRASIGTVDENGWQEIHQACQHGHSQHLEHLLFYGADPASQNASGNTALHICALYNKESCARILLYRGASKDIKNHSGQTPFQVAVISGNFELGELIKSHRDSDVVPFQESPSYAMHRREGGKALSVPHVLHRANSDNSLSLPDWMVFSASTANTVTLQGQKASGGTLRSSSSPRGARSRSPSRGRHTEESKKQPRGRPSSSGPTKEPPANATTNHRSKRKLYSAVPGRTFVAVKPYQSQGEGEISLSKGEKVKVLSVGEGGFWEGNAKGRTGWFPSDCVEEIPTKPQEGKQESRSDKAKRLFRHYTVGSYDSFDAPRAFVAVIIVKIDAEGGQCEADDLK

Target ORF information:

RefSeq Version	XM_018095736.1
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis SH3 and multiple ankyrin repeat domains 1 (shank1), mRNA.

Target ORF information:

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

XM_018095736.1

ORF Insert Sequence:

ATGCCCCAGA GTCCTGTGTC AAGCGAGGAG GAGAGGAGGA GCATCTCTGG ATACCCTGGG 
GAAGAATCAG ACTCAGACAG TTCCAGAGAG GACCCTGTCC CTGGAGGGAA AAACAATCCC 
ACCTCTGCCA CCAGCAATAT CCCTAAGCCT ATTTCATTAT CTTCAGTAGC TGCAAGAAGA 
ATAAAAGAAA GATCCATGTC GGTTCCGGAT GACTCCAATT TCAGCATGAT GGTCTTCCGT 
ATTGGAATTC CTGACCTGCA CCAAACAAAA TGCCTTCGAT TCAATCCAGA TGCCACAATC 
TGGGTTGCAA AGCAGCAGAT ACTGTGCACA TTGAATGAGA GCCTGAAGGA TGTGCTGAAC 
TATGGTCTCT TCCAACCAGC GACCAACGGG AGAGATGCTA AGTTTCTGGA TGAGGAGCGA 
CTCCTTCGGG AATACCCCCA ATCTTTTGAG AAAGGGGTTC CTTATTTGGA GTTCCGCTAT 
AAGACAAGAG TTTACAAACA GACCAACCTC GATGAGAAGC AGCTGGCCAA GCTCCACACC 
AAGGCTGGTT TGAAGAAGTT CGTGGAGTAT GTGCAGCATG GTTCTGCTGA GAAAGTGGCC 
CGCTTGCTGG ACAAAGGCCT AGATCCCAAC TATCATGATT CAGAAACTGG AGAGACCCCA 
TTGACACTGG CTTCGCAGCT TGAGGGAACT GTGGATGTCA TTAGGATGCT GTGCCTGGGA 
GGTGCCCACA TCGACTTTCG ATCTCGGGAT GGCATGACGG CTTTGCACAA GTCTGTTTGC 
GCCCGCAACT ACAATGCCCT AATGACCCTG TTGGACCTTG GTGGTTCACC AAATCACAAG 
GACCGCCGAG GCTTAACTCC ACTTTACCAT ACGGCTATGG TTGGAGGTGA TCCCCGGTGC 
TGTGAATTGT TGCTCTATAA TCGAGCTTCT ATTGGTACAG TGGATGAAAA TGGCTGGCAG 
GAGATCCATC AGGCTTGCCA ACATGGCCAC TCACAACATC TGGAGCATCT GCTGTTTTAT 
GGTGCTGATC CTGCTTCCCA GAATGCTTCA GGCAACACTG CTCTGCATAT CTGTGCTCTG 
TACAACAAGG AAAGCTGCGC TAGAATTCTG CTGTACCGGG GGGCCAGTAA AGACATCAAA 
AACCACAGTG GGCAGACCCC ATTCCAGGTC GCGGTCATTT CAGGAAATTT CGAGCTGGGG 
GAGTTAATAA AGAGCCACAG AGACAGTGAT GTTGTACCCT TCCAGGAATC CCCCTCCTAT 
GCCATGCATC GTAGGGAAGG GGGCAAAGCG CTGTCGGTGC CCCACGTCCT CCATCGAGCA 
AACAGCGACA ACAGCCTCTC ACTGCCTGAC TGGATGGTCT TCTCAGCGTC TACTGCCAAC 
ACTGTCACTC TACAGGGACA AAAGGCCTCA GGGGGAACTC TCCGCAGCTC CAGTAGCCCA 
CGTGGTGCTC GAAGCCGGTC ACCTTCAAGA GGCCGACACA CAGAGGAATC CAAGAAGCAG 
CCACGTGGAC GACCCAGTTC CAGTGGTCCT ACCAAAGAGC CCCCTGCAAA TGCAACCACC 
AATCATCGCT CCAAGCGCAA GTTGTACTCG GCGGTGCCAG GGCGCACGTT TGTGGCGGTG 
AAACCCTACC AGTCGCAAGG AGAAGGAGAG ATATCCCTCA GCAAAGGAGA AAAGGTCAAA 
GTTCTAAGTG TGGGAGAAGG AGGATTCTGG GAAGGAAATG CCAAGGGTCG CACCGGCTGG 
TTCCCATCAG ACTGCGTAGA AGAAATACCC ACAAAACCAC AGGAAGGAAA ACAAGAGAGC 
CGGAGCGATA AAGCCAAGCG CTTATTTAGA CACTACACGG TTGGATCCTA TGACAGCTTT 
GATGCCCCCA GGGCATTTGT AGCTGTGATT ATAGTTAAAA TTGATGCCGA GGGAGGTCAG 
TGTGAAGCAG ACGATTTAAA ATGA

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

shank1 ( XM_031906165.1 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_031762025.1 Xenopus tropicalis SH3 and multiple ankyrin repeat domains 1 (shank1), mRNA.

Price & Availability↑

CloneID	OXa06219
Clone ID Related Accession (Same CDS sequence)	XM_031906165.1
Accession Version	XM_031906165.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5820bp) 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	1576512000000
Organism	Xenopus tropicalis(tropical clawed frog)
Product	SH3 and multiple ankyrin repeat domains protein 1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030683.2) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##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##

ATGCCCCAGA GTCCTGTGTC AAGCGAGGAG GAGAGGAGGA GCATCTCTGG ATACCCTGGG 
GAAGAATCAG ACTCAGACAG TTCCAGAGAG GACCCTGTCC CTGGAGGGAA AAACAATCCC 
ACCTCTGCCA CCAGCAATAT CCCTAAGCCT ATTTCATTAT CTTCAGTAGC TGCAAGAAGA 
ATAAAAGAAA GATCCATGTC GGTTCCGGAT GACTCCAATT TCAGCATGAT GGTCTTCCGT 
ATTGGAATTC CTGACCTGCA CCAAACAAAA TGCCTTCGAT TCAATCCAGA TGCCACAATC 
TGGGTTGCAA AGCAGCAGAT ACTGTGCACA TTGAATGAGA GCCTGAAGGA TGTGCTGAAC 
TATGGTCTCT TCCAACCAGC GACCAACGGG AGAGATGCTA AGTTTCTGGA TGAGGAGCGA 
CTCCTTCGGG AATACCCCCA ATCTTTTGAG AAAGGGGTTC CTTATTTGGA GTTCCGCTAT 
AAGACAAGAG TTTACAAACA GACCAACCTC GATGAGAAGC AGCTGGCCAA GCTCCACACC 
AAGGCTGGTT TGAAGAAGTT CGTGGAGTAT GTGCAGCATG GTTCTGCTGA GAAAGTGGCC 
CGCTTGCTGG ACAAAGGCCT AGATCCCAAC TATCATGATT CAGAAACTGG AGAGACCCCA 
TTGACACTGG CTTCGCAGCT TGAGGGAACT GTGGATGTCA TTAGGATGCT GTGCCTGGGA 
GGTGCCCACA TCGACTTTCG ATCTCGGGAT GGCATGACGG CTTTGCACAA GTCTGTTTGC 
GCCCGCAACT ACAATGCCCT AATGACCCTG TTGGACCTTG GTGGTTCACC AAATCACAAG 
GACCGCCGAG GCTTAACTCC ACTTTACCAT ACGGCTATGG TTGGAGGTGA TCCCCGGTGC 
TGTGAATTGT TGCTCTATAA TCGAGCTTCT ATTGGTACAG TGGATGAAAA TGGCTGGCAG 
GAGATCCATC AGGCTTGCCA ACATGGCCAC TCACAACATC TGGAGCATCT GCTGTTTTAT 
GGTGCTGATC CTGCTTCCCA GAATGCTTCA GGCAACACTG CTCTGCATAT CTGTGCTCTG 
TACAACAAGG AAAGCTGCGC TAGAATTCTG CTGTACCGGG GGGCCAGTAA AGACATCAAA 
AACCACAGTG GGCAGACCCC ATTCCAGGTC GCGGTCATTT CAGGAAATTT CGAGCTGGGG 
GAGTTAATAA AGAGCCACAG AGACAGTGAT GTTGTACCCT TCCAGGAATC CCCCTCCTAT 
GCCATGCATC GTAGGGAAGG GGGCAAAGCG CTGTCGGTGC CCCACGTCCT CCATCGAGCA 
AACAGCGACA ACAGCCTCTC ACTGCCTGAC TGGATGGTCT TCTCAGCGTC TACTGCCAAC 
ACTGTCACTC TACAGGGACA AAAGGCCTCA GGGGGAACTC TCCGCAGCTC CAGTAGCCCA 
CGTGGTGCTC GAAGCCGGTC ACCTTCAAGA GGCCGACACA CAGAGGAATC CAAGAAGCAG 
CCACGTGGAC GACCCAGTTC CAGTGGTCCT ACCAAAGAGC CCCCTGCAAA TGCAACCACC 
AATCATCGCT CCAAGCGCAA GTTGTACTCG GCGGTGCCAG GGCGCACGTT TGTGGCGGTG 
AAACCCTACC AGTCGCAAGG AGAAGGAGAG ATATCCCTCA GCAAAGGAGA AAAGGTCAAA 
GTTCTAAGTG TGGGAGAAGG AGGATTCTGG GAAGGAAATG CCAAGGGTCG CACCGGCTGG 
TTCCCATCAG ACTGCGTAGA AGAAATACCC ACAAAACCAC AGGAAGGAAA ACAAGAGAGC 
CGGAGCGATA AAGCCAAGCG CTTATTTAGA CACTACACGG TTGGATCCTA TGACAGCTTT 
GATGCCCCCA GTGACTACAT TATCAAAGAA AAGACTGTGC TGTTGCAGAA GAAAGACAGT 
GAAGGATTTG GCTTTGTGCT GAGAGGAGCA AAGGCACAAA CCCCCATTGA AGAGTTCACT 
CCGACACCGG CGTTTCCGGC CCTGCAGTAT TTGGAAAGTG TGGATGAAGG AGGCGTGGCC 
TGGAGGGCGG GTCTTAGAAT GGGGGACTTT TTAATTGAGG TGAATGGTCA GAATGTGGTA 
AAAGTAGGAC ATCGTCAGGT TGTTAACATG ATTCGGCAAG GAGGAAACAA TCTAATGGTC 
AAAGTGGTCA TGGTAACCAG GAACCCTGAA ATGGAAGATG CCATGAGAAA GAAAGTGCCG 
CAGCAAAAGC GAGTTACACC ACCTGCAATT TCCCTTCGGT CAAAATCCAT GACTTCAGAG 
CTGGAAGAAA TGGTTTCACC CTGGAAAAAG AAAAATGATT ATGAACCACC CCAGAATACA 
GAGAAGAAAA GAACGGTGTA CCAAATGGCA CTAAATAAAC TGGATGAAAT CTTGGCTGCA 
GCCCAGCAGA CAATCAGTGT CAATGAGAGC TCTAGTCCAG GGACTCTGGC TTCAATGGGA 
GCATCCAGGG CTGCTGGAAA GGGATTTTTC TCTGCAGAGC CAAACTTTGG GCAGCACAGA 
GTACCAAGTG CCCAGTCTAT GTATGAGAGG CCATCATTTC TTGCATCTAA CCCCTCACAG 
GCCATGATGC TACGACAAAA GTCCATTGGA GCCGCTGAAG AAGATAAGCC GTTCTTGTCT 
ACACCTTCAA TGAAATTCAA CCGCAGTCTC TCTGTTCCCA GTTCTGAAGA CATTCCTCCG 
CCTCCTACAA CTTCTGCCCC CGATCCTCCA TATAACACTG CGCCCTCACC TTCACCAAGA 
GTTAGTCCAG GAATAAGATC AAACTTTAAT CAAAGTGGAG ATGTAAGAGA TGTAAGAGAT 
GTAAGAGATG TAAGAGATGT AAGAGATGTA AGAGATGTAA AGATGTACTC CCCATCTATG 
CGTCAGGATA CAAGTATGTA TGACCAGCAA ATGATGGAGG CATCGCAGAA ACGAGAAAAA 
ATGCAGCTTT ACCACCAAGA CTCTGACCAA GGAAATGAAG AACAGATTCG CATGGGCATG 
GCCTCACCAG CAAATATGAG AAGCTGGAGG TCTCAGGCAC AAGAAATCCG TTACTTTAAT 
CTTCCTGCCA GAGCTGCCAG TACAGCAATG TATGTTCCAC CAAAAGCAAT GCATCGGAAA 
GGACAACTAG TGAAACAGGT TAAAGTGGAA AATGAACAAT TTGAACAGCA GCAGCAACAG 
TTACAGCAGC AACTGCAACA GCAGCAATAC CAGTCACATC ACCAGCAGCA GCAGCAGCAG 
GTCACAAAGT CCCATGAAAA AAGTTCTATT CCTATCCCCA CCATTATTAT TAAAGCTCCC 
TCAACTAGTA GCAGTGGGCG GAGCAGTCAA GGTAGTAGCA TGGAGGCAGA AAACCAACCA 
GAGCCAGTCC CAATCCCAAC TCTACCCCCA AGTGATAATA TGGATTTTAC TAGTCGCTTT 
GGAGCAGCAA TTGTTGGTGC AGCACGGCGG GACCGTGAAT GGTTTAATGA GGCCCGACGA 
AAGTCAGCTC TCTTTTTGTC CACAGATGAA GATACAGAAC CCACGCCGGC TCCACGACTA 
AAGCATTCCA AATCTATTGA TGAGGGTATG TTTTCTAGTG AACCATATAT GCACCTCCCT 
GCAAATTTTG GAATTCCTGT AAACAGAGAC ATTACTGGTG GATACTCTTA CCAGCCCAAA 
ACTGGCAAGT CATATGGTTC TAGTACAACC AGCGCTTTTA GCACAGTATG TTCTACTTTT 
ATACCACAGC TGCAGTCTAG TTCCAGTCCA CTAACAATGT CAAGTGTGAA TCCAGCAGGG 
GGAGTAGTAA CCCCACTAAT CCATCCCTTA ACTGGAAAAA TTTTAGATCC TAGCTCTCCA 
CTTGGTCTTG CTTTGGCAGC AAGAGAAAGA GCTTTGAAAG AGTCTCAGCA ACATAGCAGA 
AATGAAATAG AAGAAAGGAA GTCTCGTCCG TGCTCACCTA GGTTTGTGGA GCAGCAAAAG 
TCGTCAATTG ACTCCCAAAG CAGCCCCACA CACCGACGTT GGGATTCTGC ATCTGTTAGA 
AAAAAGGAGA TTGATTACAA GTCTTGCATG ATGAATACTG GAGGGGAGAG AAAATCAGAT 
GAGAGCTCTG GACACCGATC ACCTGCTCTT TTGTTACTGC AAGGTGTTGA ACAAGGTAAA 
GCTTGGGAGA AAAGGGCTGA CGGGCAAGAA AAGATAGAGC TTCATGTGCG TTTCATGGAG 
AACTCCACTC ATAAGGAAGA AGAAGAACAA AGTAAGGTAG CCATGGTCAA AGTAAAACAT 
GAGAGACCTC CACCAAGCCC CACAGTTAAT CACCCTACAG TATCTAGCAC AAACTGTATG 
ACACATGAAT CCAGTTCCAA AGAGAATGGC CTTCCCTTGT TAGTTTTACC ACCACCAGCC 
CCATCTATTG ATGTTGATGA TGATTTTCTG TTTACAGAAC CCCTCCCACC ACCCTTAGAA 
TTTTCAAACA GCTTTGACAA GCCCGACTCT CCTCCAGGAG TATCTAGTGG AGTTAATACA 
CTCCCACCAC CTCTGCCTCC AGCCCCTCCT GACTCCGGCA TTACCACTGC ATTAGACTCT 
ACAACTTCTA GCCTCACTTC TTATGATAGC GAAGTAGCAA ACCTAACCCA GGGGACACCA 
GAACCCAAAG AACCTCATGT TAATTTTTCA TCTGTTGTTT CATCCATTCA AATACCAGCT 
TCGGACACCA TAGAAACTGT GACTGACTCT GGCATTGAAG AGATTGACAG TCGAAGTAGC 
AGTGACCACC ATCTCGAAAC TATTAGTAGT GTATCTACAT TATCAAGCAT GTCAGGTCTG 
TCAACAGAAG GAACTGAACT TTTGGACACC TACATAACTT ATCTGGATGG GCAAGCATTT 
GGTGCTGAAA AAGCTGTCCT TCAAAACAAG ATCCGGACCC GGACATTCCC AAGTAGAACC 
CCTGGGCTAC TCAGGGATCC CATTACTGCC ACAAGTACCA CCATATCAAT TTCCCCCTGC 
ACAGAAAATG TCTTTACTCT TACTCCCTCA CAGGGGCCAT CACTCATTGC TCCTTCAGAA 
TCCACAAAGG ACAGTCAACG TAAATCTCCC ACTCTTCCAT GGGAGGACTA TTCTCAGGAG 
AAGACATCTC CTGTCTCAGC TGGTAAACCT ACCATGATCA CAGAACTAAG CTCAAAACTC 
CAGCATATGA GTGGTGTTTC ATGGTCCAGG TCTCCAGAAT CAGCCGTGGC TTTTACACCA 
GAGAGACCAA CTTCTTTGCA AAGGCACAGG ATAGTTGATG ATTCTTCGGC ATCTTTGATT 
TCTTCTAAAC CAGTAAGCAG TATGTTTCAC AACTGGCCCA AGTCTCCCCA GCCGCCTTCA 
AAGCATCCCA AAAGTGTGGA CTTTGATATT CGCCCTTCGC TGAGACGAGC ACCCAGCCCT 
TCAGCTTTAC CCACAGAACA CAAAATAAGC CCAACACCCC GCCCTTCGTC TCTCCCAATC 
CTGCCTTCAG CCCCTGTTTA CACAGGGGTC TTTGACCTGA GAGGCTCCCC AACAGCTGGA 
GGTGAGTCCT TTCCCAGCTT CCAAACAGGC AGTCGGTCTC TTTCCCCCAC GCATTTTATT 
CTACCCCCTA CAGAGAAGCC CTTTGCTTCC AAGCCTGTTC ACTTCTGGAC AAAATATGAC 
GTAGCCGATT GGTTGGACTA TTTAAACCTT GGTGAACACC GAGAACATTT CCTAGACAAT 
GAAATTGATG GTAGCCACTT ACCTTCTTTA ACCAAGGAGG ACTACATTGA CCTGGGGGTG 
ACCAGGGTCG GTCATAGAAT GAACATTGAA CGTGCTCTGA AATTCTTCAT AGAGAGGTGA

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

RefSeq	XP_031762025.1
CDS	37..5856
Translation	MPQSPVSSEEERRSISGYPGEESDSDSSREDPVPGGKNNPTSATSNIPKPISLSSVAARRIKERSMSVPDDSNFSMMVFRIGIPDLHQTKCLRFNPDATIWVAKQQILCTLNESLKDVLNYGLFQPATNGRDAKFLDEERLLREYPQSFEKGVPYLEFRYKTRVYKQTNLDEKQLAKLHTKAGLKKFVEYVQHGSAEKVARLLDKGLDPNYHDSETGETPLTLASQLEGTVDVIRMLCLGGAHIDFRSRDGMTALHKSVCARNYNALMTLLDLGGSPNHKDRRGLTPLYHTAMVGGDPRCCELLLYNRASIGTVDENGWQEIHQACQHGHSQHLEHLLFYGADPASQNASGNTALHICALYNKESCARILLYRGASKDIKNHSGQTPFQVAVISGNFELGELIKSHRDSDVVPFQESPSYAMHRREGGKALSVPHVLHRANSDNSLSLPDWMVFSASTANTVTLQGQKASGGTLRSSSSPRGARSRSPSRGRHTEESKKQPRGRPSSSGPTKEPPANATTNHRSKRKLYSAVPGRTFVAVKPYQSQGEGEISLSKGEKVKVLSVGEGGFWEGNAKGRTGWFPSDCVEEIPTKPQEGKQESRSDKAKRLFRHYTVGSYDSFDAPSDYIIKEKTVLLQKKDSEGFGFVLRGAKAQTPIEEFTPTPAFPALQYLESVDEGGVAWRAGLRMGDFLIEVNGQNVVKVGHRQVVNMIRQGGNNLMVKVVMVTRNPEMEDAMRKKVPQQKRVTPPAISLRSKSMTSELEEMVSPWKKKNDYEPPQNTEKKRTVYQMALNKLDEILAAAQQTISVNESSSPGTLASMGASRAAGKGFFSAEPNFGQHRVPSAQSMYERPSFLASNPSQAMMLRQKSIGAAEEDKPFLSTPSMKFNRSLSVPSSEDIPPPPTTSAPDPPYNTAPSPSPRVSPGIRSNFNQSGDVRDVRDVRDVRDVRDVRDVKMYSPSMRQDTSMYDQQMMEASQKREKMQLYHQDSDQGNEEQIRMGMASPANMRSWRSQAQEIRYFNLPARAASTAMYVPPKAMHRKGQLVKQVKVENEQFEQQQQQLQQQLQQQQYQSHHQQQQQQVTKSHEKSSIPIPTIIIKAPSTSSSGRSSQGSSMEAENQPEPVPIPTLPPSDNMDFTSRFGAAIVGAARRDREWFNEARRKSALFLSTDEDTEPTPAPRLKHSKSIDEGMFSSEPYMHLPANFGIPVNRDITGGYSYQPKTGKSYGSSTTSAFSTVCSTFIPQLQSSSSPLTMSSVNPAGGVVTPLIHPLTGKILDPSSPLGLALAARERALKESQQHSRNEIEERKSRPCSPRFVEQQKSSIDSQSSPTHRRWDSASVRKKEIDYKSCMMNTGGERKSDESSGHRSPALLLLQGVEQGKAWEKRADGQEKIELHVRFMENSTHKEEEEQSKVAMVKVKHERPPPSPTVNHPTVSSTNCMTHESSSKENGLPLLVLPPPAPSIDVDDDFLFTEPLPPPLEFSNSFDKPDSPPGVSSGVNTLPPPLPPAPPDSGITTALDSTTSSLTSYDSEVANLTQGTPEPKEPHVNFSSVVSSIQIPASDTIETVTDSGIEEIDSRSSSDHHLETISSVSTLSSMSGLSTEGTELLDTYITYLDGQAFGAEKAVLQNKIRTRTFPSRTPGLLRDPITATSTTISISPCTENVFTLTPSQGPSLIAPSESTKDSQRKSPTLPWEDYSQEKTSPVSAGKPTMITELSSKLQHMSGVSWSRSPESAVAFTPERPTSLQRHRIVDDSSASLISSKPVSSMFHNWPKSPQPPSKHPKSVDFDIRPSLRRAPSPSALPTEHKISPTPRPSSLPILPSAPVYTGVFDLRGSPTAGGESFPSFQTGSRSLSPTHFILPPTEKPFASKPVHFWTKYDVADWLDYLNLGEHREHFLDNEIDGSHLPSLTKEDYIDLGVTRVGHRMNIERALKFFIER

Target ORF information:

RefSeq Version	XM_031906165.1
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis SH3 and multiple ankyrin repeat domains 1 (shank1), mRNA.

Target ORF information:

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

XM_031906165.1

ORF Insert Sequence:

ATGCCCCAGA GTCCTGTGTC AAGCGAGGAG GAGAGGAGGA GCATCTCTGG ATACCCTGGG 
GAAGAATCAG ACTCAGACAG TTCCAGAGAG GACCCTGTCC CTGGAGGGAA AAACAATCCC 
ACCTCTGCCA CCAGCAATAT CCCTAAGCCT ATTTCATTAT CTTCAGTAGC TGCAAGAAGA 
ATAAAAGAAA GATCCATGTC GGTTCCGGAT GACTCCAATT TCAGCATGAT GGTCTTCCGT 
ATTGGAATTC CTGACCTGCA CCAAACAAAA TGCCTTCGAT TCAATCCAGA TGCCACAATC 
TGGGTTGCAA AGCAGCAGAT ACTGTGCACA TTGAATGAGA GCCTGAAGGA TGTGCTGAAC 
TATGGTCTCT TCCAACCAGC GACCAACGGG AGAGATGCTA AGTTTCTGGA TGAGGAGCGA 
CTCCTTCGGG AATACCCCCA ATCTTTTGAG AAAGGGGTTC CTTATTTGGA GTTCCGCTAT 
AAGACAAGAG TTTACAAACA GACCAACCTC GATGAGAAGC AGCTGGCCAA GCTCCACACC 
AAGGCTGGTT TGAAGAAGTT CGTGGAGTAT GTGCAGCATG GTTCTGCTGA GAAAGTGGCC 
CGCTTGCTGG ACAAAGGCCT AGATCCCAAC TATCATGATT CAGAAACTGG AGAGACCCCA 
TTGACACTGG CTTCGCAGCT TGAGGGAACT GTGGATGTCA TTAGGATGCT GTGCCTGGGA 
GGTGCCCACA TCGACTTTCG ATCTCGGGAT GGCATGACGG CTTTGCACAA GTCTGTTTGC 
GCCCGCAACT ACAATGCCCT AATGACCCTG TTGGACCTTG GTGGTTCACC AAATCACAAG 
GACCGCCGAG GCTTAACTCC ACTTTACCAT ACGGCTATGG TTGGAGGTGA TCCCCGGTGC 
TGTGAATTGT TGCTCTATAA TCGAGCTTCT ATTGGTACAG TGGATGAAAA TGGCTGGCAG 
GAGATCCATC AGGCTTGCCA ACATGGCCAC TCACAACATC TGGAGCATCT GCTGTTTTAT 
GGTGCTGATC CTGCTTCCCA GAATGCTTCA GGCAACACTG CTCTGCATAT CTGTGCTCTG 
TACAACAAGG AAAGCTGCGC TAGAATTCTG CTGTACCGGG GGGCCAGTAA AGACATCAAA 
AACCACAGTG GGCAGACCCC ATTCCAGGTC GCGGTCATTT CAGGAAATTT CGAGCTGGGG 
GAGTTAATAA AGAGCCACAG AGACAGTGAT GTTGTACCCT TCCAGGAATC CCCCTCCTAT 
GCCATGCATC GTAGGGAAGG GGGCAAAGCG CTGTCGGTGC CCCACGTCCT CCATCGAGCA 
AACAGCGACA ACAGCCTCTC ACTGCCTGAC TGGATGGTCT TCTCAGCGTC TACTGCCAAC 
ACTGTCACTC TACAGGGACA AAAGGCCTCA GGGGGAACTC TCCGCAGCTC CAGTAGCCCA 
CGTGGTGCTC GAAGCCGGTC ACCTTCAAGA GGCCGACACA CAGAGGAATC CAAGAAGCAG 
CCACGTGGAC GACCCAGTTC CAGTGGTCCT ACCAAAGAGC CCCCTGCAAA TGCAACCACC 
AATCATCGCT CCAAGCGCAA GTTGTACTCG GCGGTGCCAG GGCGCACGTT TGTGGCGGTG 
AAACCCTACC AGTCGCAAGG AGAAGGAGAG ATATCCCTCA GCAAAGGAGA AAAGGTCAAA 
GTTCTAAGTG TGGGAGAAGG AGGATTCTGG GAAGGAAATG CCAAGGGTCG CACCGGCTGG 
TTCCCATCAG ACTGCGTAGA AGAAATACCC ACAAAACCAC AGGAAGGAAA ACAAGAGAGC 
CGGAGCGATA AAGCCAAGCG CTTATTTAGA CACTACACGG TTGGATCCTA TGACAGCTTT 
GATGCCCCCA GTGACTACAT TATCAAAGAA AAGACTGTGC TGTTGCAGAA GAAAGACAGT 
GAAGGATTTG GCTTTGTGCT GAGAGGAGCA AAGGCACAAA CCCCCATTGA AGAGTTCACT 
CCGACACCGG CGTTTCCGGC CCTGCAGTAT TTGGAAAGTG TGGATGAAGG AGGCGTGGCC 
TGGAGGGCGG GTCTTAGAAT GGGGGACTTT TTAATTGAGG TGAATGGTCA GAATGTGGTA 
AAAGTAGGAC ATCGTCAGGT TGTTAACATG ATTCGGCAAG GAGGAAACAA TCTAATGGTC 
AAAGTGGTCA TGGTAACCAG GAACCCTGAA ATGGAAGATG CCATGAGAAA GAAAGTGCCG 
CAGCAAAAGC GAGTTACACC ACCTGCAATT TCCCTTCGGT CAAAATCCAT GACTTCAGAG 
CTGGAAGAAA TGGTTTCACC CTGGAAAAAG AAAAATGATT ATGAACCACC CCAGAATACA 
GAGAAGAAAA GAACGGTGTA CCAAATGGCA CTAAATAAAC TGGATGAAAT CTTGGCTGCA 
GCCCAGCAGA CAATCAGTGT CAATGAGAGC TCTAGTCCAG GGACTCTGGC TTCAATGGGA 
GCATCCAGGG CTGCTGGAAA GGGATTTTTC TCTGCAGAGC CAAACTTTGG GCAGCACAGA 
GTACCAAGTG CCCAGTCTAT GTATGAGAGG CCATCATTTC TTGCATCTAA CCCCTCACAG 
GCCATGATGC TACGACAAAA GTCCATTGGA GCCGCTGAAG AAGATAAGCC GTTCTTGTCT 
ACACCTTCAA TGAAATTCAA CCGCAGTCTC TCTGTTCCCA GTTCTGAAGA CATTCCTCCG 
CCTCCTACAA CTTCTGCCCC CGATCCTCCA TATAACACTG CGCCCTCACC TTCACCAAGA 
GTTAGTCCAG GAATAAGATC AAACTTTAAT CAAAGTGGAG ATGTAAGAGA TGTAAGAGAT 
GTAAGAGATG TAAGAGATGT AAGAGATGTA AGAGATGTAA AGATGTACTC CCCATCTATG 
CGTCAGGATA CAAGTATGTA TGACCAGCAA ATGATGGAGG CATCGCAGAA ACGAGAAAAA 
ATGCAGCTTT ACCACCAAGA CTCTGACCAA GGAAATGAAG AACAGATTCG CATGGGCATG 
GCCTCACCAG CAAATATGAG AAGCTGGAGG TCTCAGGCAC AAGAAATCCG TTACTTTAAT 
CTTCCTGCCA GAGCTGCCAG TACAGCAATG TATGTTCCAC CAAAAGCAAT GCATCGGAAA 
GGACAACTAG TGAAACAGGT TAAAGTGGAA AATGAACAAT TTGAACAGCA GCAGCAACAG 
TTACAGCAGC AACTGCAACA GCAGCAATAC CAGTCACATC ACCAGCAGCA GCAGCAGCAG 
GTCACAAAGT CCCATGAAAA AAGTTCTATT CCTATCCCCA CCATTATTAT TAAAGCTCCC 
TCAACTAGTA GCAGTGGGCG GAGCAGTCAA GGTAGTAGCA TGGAGGCAGA AAACCAACCA 
GAGCCAGTCC CAATCCCAAC TCTACCCCCA AGTGATAATA TGGATTTTAC TAGTCGCTTT 
GGAGCAGCAA TTGTTGGTGC AGCACGGCGG GACCGTGAAT GGTTTAATGA GGCCCGACGA 
AAGTCAGCTC TCTTTTTGTC CACAGATGAA GATACAGAAC CCACGCCGGC TCCACGACTA 
AAGCATTCCA AATCTATTGA TGAGGGTATG TTTTCTAGTG AACCATATAT GCACCTCCCT 
GCAAATTTTG GAATTCCTGT AAACAGAGAC ATTACTGGTG GATACTCTTA CCAGCCCAAA 
ACTGGCAAGT CATATGGTTC TAGTACAACC AGCGCTTTTA GCACAGTATG TTCTACTTTT 
ATACCACAGC TGCAGTCTAG TTCCAGTCCA CTAACAATGT CAAGTGTGAA TCCAGCAGGG 
GGAGTAGTAA CCCCACTAAT CCATCCCTTA ACTGGAAAAA TTTTAGATCC TAGCTCTCCA 
CTTGGTCTTG CTTTGGCAGC AAGAGAAAGA GCTTTGAAAG AGTCTCAGCA ACATAGCAGA 
AATGAAATAG AAGAAAGGAA GTCTCGTCCG TGCTCACCTA GGTTTGTGGA GCAGCAAAAG 
TCGTCAATTG ACTCCCAAAG CAGCCCCACA CACCGACGTT GGGATTCTGC ATCTGTTAGA 
AAAAAGGAGA TTGATTACAA GTCTTGCATG ATGAATACTG GAGGGGAGAG AAAATCAGAT 
GAGAGCTCTG GACACCGATC ACCTGCTCTT TTGTTACTGC AAGGTGTTGA ACAAGGTAAA 
GCTTGGGAGA AAAGGGCTGA CGGGCAAGAA AAGATAGAGC TTCATGTGCG TTTCATGGAG 
AACTCCACTC ATAAGGAAGA AGAAGAACAA AGTAAGGTAG CCATGGTCAA AGTAAAACAT 
GAGAGACCTC CACCAAGCCC CACAGTTAAT CACCCTACAG TATCTAGCAC AAACTGTATG 
ACACATGAAT CCAGTTCCAA AGAGAATGGC CTTCCCTTGT TAGTTTTACC ACCACCAGCC 
CCATCTATTG ATGTTGATGA TGATTTTCTG TTTACAGAAC CCCTCCCACC ACCCTTAGAA 
TTTTCAAACA GCTTTGACAA GCCCGACTCT CCTCCAGGAG TATCTAGTGG AGTTAATACA 
CTCCCACCAC CTCTGCCTCC AGCCCCTCCT GACTCCGGCA TTACCACTGC ATTAGACTCT 
ACAACTTCTA GCCTCACTTC TTATGATAGC GAAGTAGCAA ACCTAACCCA GGGGACACCA 
GAACCCAAAG AACCTCATGT TAATTTTTCA TCTGTTGTTT CATCCATTCA AATACCAGCT 
TCGGACACCA TAGAAACTGT GACTGACTCT GGCATTGAAG AGATTGACAG TCGAAGTAGC 
AGTGACCACC ATCTCGAAAC TATTAGTAGT GTATCTACAT TATCAAGCAT GTCAGGTCTG 
TCAACAGAAG GAACTGAACT TTTGGACACC TACATAACTT ATCTGGATGG GCAAGCATTT 
GGTGCTGAAA AAGCTGTCCT TCAAAACAAG ATCCGGACCC GGACATTCCC AAGTAGAACC 
CCTGGGCTAC TCAGGGATCC CATTACTGCC ACAAGTACCA CCATATCAAT TTCCCCCTGC 
ACAGAAAATG TCTTTACTCT TACTCCCTCA CAGGGGCCAT CACTCATTGC TCCTTCAGAA 
TCCACAAAGG ACAGTCAACG TAAATCTCCC ACTCTTCCAT GGGAGGACTA TTCTCAGGAG 
AAGACATCTC CTGTCTCAGC TGGTAAACCT ACCATGATCA CAGAACTAAG CTCAAAACTC 
CAGCATATGA GTGGTGTTTC ATGGTCCAGG TCTCCAGAAT CAGCCGTGGC TTTTACACCA 
GAGAGACCAA CTTCTTTGCA AAGGCACAGG ATAGTTGATG ATTCTTCGGC ATCTTTGATT 
TCTTCTAAAC CAGTAAGCAG TATGTTTCAC AACTGGCCCA AGTCTCCCCA GCCGCCTTCA 
AAGCATCCCA AAAGTGTGGA CTTTGATATT CGCCCTTCGC TGAGACGAGC ACCCAGCCCT 
TCAGCTTTAC CCACAGAACA CAAAATAAGC CCAACACCCC GCCCTTCGTC TCTCCCAATC 
CTGCCTTCAG CCCCTGTTTA CACAGGGGTC TTTGACCTGA GAGGCTCCCC AACAGCTGGA 
GGTGAGTCCT TTCCCAGCTT CCAAACAGGC AGTCGGTCTC TTTCCCCCAC GCATTTTATT 
CTACCCCCTA CAGAGAAGCC CTTTGCTTCC AAGCCTGTTC ACTTCTGGAC AAAATATGAC 
GTAGCCGATT GGTTGGACTA TTTAAACCTT GGTGAACACC GAGAACATTT CCTAGACAAT 
GAAATTGATG GTAGCCACTT ACCTTCTTTA ACCAAGGAGG ACTACATTGA CCTGGGGGTG 
ACCAGGGTCG GTCATAGAAT GAACATTGAA CGTGCTCTGA AATTCTTCAT AGAGAGGTGA

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

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shank1 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:

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