cngb1 cDNA ORF clone, Xenopus tropicalis(tropical clawed frog)

Gene
Clones
gRNAs

Summary

Gene Symbol	cngb1
Entrez Gene ID	100496200
Full Name	cyclic nucleotide gated channel beta 1
Synonyms	cncg2,cncg3l,cncg4,cngb1b,gar1,garp,rcnc2,rcncb,rcncbeta,rp45
General protein information	Preferred Names cyclic nucleotide gated channel beta 1 Names cyclic nucleotide-gated cation channel beta-1
Gene Type	protein-coding
Organism	Xenopus tropicalis(tropical clawed frog)

mRNA and Protein(s)

mRNA	Protein	Name
XM_018093146.1	XP_017948635.1	cyclic nucleotide-gated cation channel beta-1
XM_031901329.1	XP_031757189.1	cyclic nucleotide-gated cation channel beta-1

Pathways from BioSystems

Homologies

Danio rerio (zebrafish)	cngb1a	XP_696619.6
Mus musculus (house mouse)	Cngb1	NP_001182342.1
Xenopus tropicalis (tropical clawed frog)	cngb1	XP_004914384.1

Gene Ontology

The following cngb1 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the cngb1 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
OXa43871	XM_018093146.1 Latest version!	Xenopus tropicalis cyclic nucleotide gated channel beta 1 (cngb1), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	14-16	$510.30 $729.00
OXa57725	XM_031901329.1 Latest version!	Xenopus tropicalis cyclic nucleotide gated channel beta 1 (cngb1), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00

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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)

cngb1 ( XM_018093146.1 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_017948635.1 Xenopus tropicalis cyclic nucleotide gated channel beta 1 (cngb1), mRNA.

Price & Availability↑

CloneID	OXa43871
Clone ID Related Accession (Same CDS sequence)	XM_018093146.1
Accession Version	XM_018093146.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 2532bp) 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	cyclic nucleotide-gated cation channel beta-1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030680.1) 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 :: 2% of CDS bases ##RefSeq-Attributes-END##

ATGGCAGATT CTGTTAATGT CTTGGATGTA CATCGTCTTA CGTCCCTCAG GCGCCTCTCC 
TGGATCACAG AAGAAGATGA AGACGAGACT GAGCTCCAGG TATCATATTA TCAAAGCGAA 
AGTGAAGAGG AAATCAAGGT GTCACACGAG GTGATTCTGG AGGCTCCACC TGAATATCTG 
GACACCTCAG TTGTTGTAGC TACACAAGCT GTGGAGGAGA CCAATTATTT AAAGCAGTCC 
CCAGTGCAGA TAGCAGGCAC TTTGTCATTG CCAGAACCTG ATGGGGGTCC CTTTATGCAT 
CCAGCAGTCA GTGTTGAAGA TGTGGACTCT GGTAGCATTA CGGATGCTCT GGAACATGAA 
GACTTTGTGA GGCCTCCTCC GTCACCATGC AAACATAGGA CTCTTACAGT GCCTGTCACT 
TCTTTGCCTG CTAAAAGTAG GAAGAGGACA CAATCCCAGG AAGACATCAT GGAGGAGATG 
TCTGATGCTG CACCAGAGGA TGAAGAGGTT ATGGAAAGAT CTGCTTCAGC AATCAGTCAC 
AGTAGCGCAA TAATAACAGA GCGCCTGCAG GAACTGGTTC GCATGTTTAA GGACCGGACA 
GAACGTGTGA AAGAGAAACT GATTGATCCA GAACTGTCTT CTGAAGATGA AAGTCCATCT 
GCTTCTCCAT CCAAAAAAAG TGCACCTCCC CCACCTCCTC CACCCCCACC AGCTGAAGAG 
AAGAAGGTAG AAGTTGAAGC CCAGGCAGAA GAGGAACATT ACTGTGAAAT GCTATGTTGC 
AAGTTTAAGA CCAGGCCGTG GCGTGACCGT CTCCTGAAAC TCAAATTTCC ATCCAGCATT 
GACCCTCTGA CTAATGTTAT GTATGTGTTG TGGCTATTTT TTGTCGTATT GGCGTGGAAC 
TGGAACTGCT GGCTAATCCC TGTGCGCTGG GCTTTCCCAT ACCAAACTCC TAGCAACATC 
CATTACTGGC TGCTCATGGA TTACCTGTGC GACCTTATCT ACCTACTAGA CATTACTGTG 
TTCCAGAGCA GGCTACAGTT TGTCCGAGGA GGCGACATCA TTACAAATAA GAAAGATATG 
CGTGAGCATT ACTTCAAGTC TGAACGGTTT AAGATGGATC TCATTTCTCT CCTTCCATTG 
GACCTTCTTT ATTTGAAATT TGGCGTCAAG TCTTTATTGA GATTGCCACG TATTTTAAAG 
TACATGGCTT TCTTTGAATT TAACAATCGT CTAGAAGCAA TCCTGAGCAA AGCTTACATC 
TACAGGGTGA TTCGAACCAC TGCTTACCTT CTCTATTGCC TTCATATGAA TGCCTGTCTA 
TACTATTGGG CCTCTGACTA TGAGGGTCTG AAGTCCACCC CATGGGTCTT TGATGGTGTT 
GGGAACAGTT ATATCCGATG CTACTACTGG GCTGTGAAGA CCTTGATAAC CATTGGAGGA 
CTTCCTGACC CAGACACACT TTTTGAACTC TGGTTTCAGC TACTAAATTA CTTCATGGGT 
GTGTTTGCCT TTTCCGTCAT GATTGGTCAG ATGAGAGATG TGGTTGGGGC AGCGACAGCA 
GGACAGACAT ATTACCGCAG CTGTATGGAC AGTACTATTA AATACATGAA CTGTTACAAA 
ATTCCTCGAA GTGTGCAAAA CCGTGTCAAG ATGTGGTATG AGTACACATG GCAATCCCAG 
GGCATGCTTG ATGAATCAGA ACTCATGGTT CAGCTTCCTG ATAAGATGAG ATTGGACCTT 
GCTATCGATG TCAATTACAG TATTGTGAGC AAAGTAATAC TGTTTCAGGG GTGCGACAGG 
CAGATGATTT ATGATATGCT GAAGAGACTG CGCTCTGTGG TTTACTTACC AGGAGATTAT 
GTCTGTAAAA AGGGGGAAAT TGGAAGGGAA ATGTATATTA TCAAAGCCGG ACAAGTCCAG 
GTGCTAGGAG GACCTGATGG CAAAACTGTA CTTGTCTCTT TAAAAGCAGG GTCTGTGTTT 
GGAGAAATCA GTCTTCTCGC TGTGGGAGGT GGAAACAGAC GGACAGCAAA TGTAGTTGCT 
CACGGATTTA CCAACCTTTT CATTTTGGAT AAAAAAGACC TAAATGAAAT TTTACTTCAT 
TATCCTGAAT CCCAGAAGCT GTTGCGCAAG AAAGCAAAAA AAATGTTGAA GAACAGCAGC 
AAGCCAAAAG ATGATCCTGG TCAAGAAAAA GGATTTTTGC ATATCATCCC CCCAAGACCA 
GAGACCCCAA AACTCCTGAA GGCTGCGATT GCCGCCACTG AAAAAATGGG TTTTAAAGGA 
TTTTCCAAAC TAAGGCGCCG AATGAAAGTG AAGACAACTA TAGAGCCCAC CACGAGCAGT 
CCTGTTCCCC CCGGCTCACC CGTGCACAGG CGATCCCCAG TTCCCCAGAT CAAGCCTGAT 
GATGACGACA CTACTGAAAT TGTATCTGAG TCTGCAGACA ACACCGTGTT TATACGGGTC 
AGCCCATCAC CGCGGGGTGA TGAACAGATC CTTTCTGTGG AAGTGACAGC CCCAGAGGAT 
GAAACTAAAT AA

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

RefSeq	XP_017948635.1
CDS	1..2532
Translation	MADSVNVLDVHRLTSLRRLSWITEEDEDETELQVSYYQSESEEEIKVSHEVILEAPPEYLDTSVVVATQAVEETNYLKQSPVQIAGTLSLPEPDGGPFMHPAVSVEDVDSGSITDALEHEDFVRPPPSPCKHRTLTVPVTSLPAKSRKRTQSQEDIMEEMSDAAPEDEEVMERSASAISHSSAIITERLQELVRMFKDRTERVKEKLIDPELSSEDESPSASPSKKSAPPPPPPPPPAEEKKVEVEAQAEEEHYCEMLCCKFKTRPWRDRLLKLKFPSSIDPLTNVMYVLWLFFVVLAWNWNCWLIPVRWAFPYQTPSNIHYWLLMDYLCDLIYLLDITVFQSRLQFVRGGDIITNKKDMREHYFKSERFKMDLISLLPLDLLYLKFGVKSLLRLPRILKYMAFFEFNNRLEAILSKAYIYRVIRTTAYLLYCLHMNACLYYWASDYEGLKSTPWVFDGVGNSYIRCYYWAVKTLITIGGLPDPDTLFELWFQLLNYFMGVFAFSVMIGQMRDVVGAATAGQTYYRSCMDSTIKYMNCYKIPRSVQNRVKMWYEYTWQSQGMLDESELMVQLPDKMRLDLAIDVNYSIVSKVILFQGCDRQMIYDMLKRLRSVVYLPGDYVCKKGEIGREMYIIKAGQVQVLGGPDGKTVLVSLKAGSVFGEISLLAVGGGNRRTANVVAHGFTNLFILDKKDLNEILLHYPESQKLLRKKAKKMLKNSSKPKDDPGQEKGFLHIIPPRPETPKLLKAAIAATEKMGFKGFSKLRRRMKVKTTIEPTTSSPVPPGSPVHRRSPVPQIKPDDDDTTEIVSESADNTVFIRVSPSPRGDEQILSVEVTAPEDETK

Target ORF information:

RefSeq Version	XM_018093146.1
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis cyclic nucleotide gated channel beta 1 (cngb1), mRNA.

Target ORF information:

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

XM_018093146.1

ORF Insert Sequence:

ATGGCAGATT CTGTTAATGT CTTGGATGTA CATCGTCTTA CGTCCCTCAG GCGCCTCTCC 
TGGATCACAG AAGAAGATGA AGACGAGACT GAGCTCCAGG TATCATATTA TCAAAGCGAA 
AGTGAAGAGG AAATCAAGGT GTCACACGAG GTGATTCTGG AGGCTCCACC TGAATATCTG 
GACACCTCAG TTGTTGTAGC TACACAAGCT GTGGAGGAGA CCAATTATTT AAAGCAGTCC 
CCAGTGCAGA TAGCAGGCAC TTTGTCATTG CCAGAACCTG ATGGGGGTCC CTTTATGCAT 
CCAGCAGTCA GTGTTGAAGA TGTGGACTCT GGTAGCATTA CGGATGCTCT GGAACATGAA 
GACTTTGTGA GGCCTCCTCC GTCACCATGC AAACATAGGA CTCTTACAGT GCCTGTCACT 
TCTTTGCCTG CTAAAAGTAG GAAGAGGACA CAATCCCAGG AAGACATCAT GGAGGAGATG 
TCTGATGCTG CACCAGAGGA TGAAGAGGTT ATGGAAAGAT CTGCTTCAGC AATCAGTCAC 
AGTAGCGCAA TAATAACAGA GCGCCTGCAG GAACTGGTTC GCATGTTTAA GGACCGGACA 
GAACGTGTGA AAGAGAAACT GATTGATCCA GAACTGTCTT CTGAAGATGA AAGTCCATCT 
GCTTCTCCAT CCAAAAAAAG TGCACCTCCC CCACCTCCTC CACCCCCACC AGCTGAAGAG 
AAGAAGGTAG AAGTTGAAGC CCAGGCAGAA GAGGAACATT ACTGTGAAAT GCTATGTTGC 
AAGTTTAAGA CCAGGCCGTG GCGTGACCGT CTCCTGAAAC TCAAATTTCC ATCCAGCATT 
GACCCTCTGA CTAATGTTAT GTATGTGTTG TGGCTATTTT TTGTCGTATT GGCGTGGAAC 
TGGAACTGCT GGCTAATCCC TGTGCGCTGG GCTTTCCCAT ACCAAACTCC TAGCAACATC 
CATTACTGGC TGCTCATGGA TTACCTGTGC GACCTTATCT ACCTACTAGA CATTACTGTG 
TTCCAGAGCA GGCTACAGTT TGTCCGAGGA GGCGACATCA TTACAAATAA GAAAGATATG 
CGTGAGCATT ACTTCAAGTC TGAACGGTTT AAGATGGATC TCATTTCTCT CCTTCCATTG 
GACCTTCTTT ATTTGAAATT TGGCGTCAAG TCTTTATTGA GATTGCCACG TATTTTAAAG 
TACATGGCTT TCTTTGAATT TAACAATCGT CTAGAAGCAA TCCTGAGCAA AGCTTACATC 
TACAGGGTGA TTCGAACCAC TGCTTACCTT CTCTATTGCC TTCATATGAA TGCCTGTCTA 
TACTATTGGG CCTCTGACTA TGAGGGTCTG AAGTCCACCC CATGGGTCTT TGATGGTGTT 
GGGAACAGTT ATATCCGATG CTACTACTGG GCTGTGAAGA CCTTGATAAC CATTGGAGGA 
CTTCCTGACC CAGACACACT TTTTGAACTC TGGTTTCAGC TACTAAATTA CTTCATGGGT 
GTGTTTGCCT TTTCCGTCAT GATTGGTCAG ATGAGAGATG TGGTTGGGGC AGCGACAGCA 
GGACAGACAT ATTACCGCAG CTGTATGGAC AGTACTATTA AATACATGAA CTGTTACAAA 
ATTCCTCGAA GTGTGCAAAA CCGTGTCAAG ATGTGGTATG AGTACACATG GCAATCCCAG 
GGCATGCTTG ATGAATCAGA ACTCATGGTT CAGCTTCCTG ATAAGATGAG ATTGGACCTT 
GCTATCGATG TCAATTACAG TATTGTGAGC AAAGTAATAC TGTTTCAGGG GTGCGACAGG 
CAGATGATTT ATGATATGCT GAAGAGACTG CGCTCTGTGG TTTACTTACC AGGAGATTAT 
GTCTGTAAAA AGGGGGAAAT TGGAAGGGAA ATGTATATTA TCAAAGCCGG ACAAGTCCAG 
GTGCTAGGAG GACCTGATGG CAAAACTGTA CTTGTCTCTT TAAAAGCAGG GTCTGTGTTT 
GGAGAAATCA GTCTTCTCGC TGTGGGAGGT GGAAACAGAC GGACAGCAAA TGTAGTTGCT 
CACGGATTTA CCAACCTTTT CATTTTGGAT AAAAAAGACC TAAATGAAAT TTTACTTCAT 
TATCCTGAAT CCCAGAAGCT GTTGCGCAAG AAAGCAAAAA AAATGTTGAA GAACAGCAGC 
AAGCCAAAAG ATGATCCTGG TCAAGAAAAA GGATTTTTGC ATATCATCCC CCCAAGACCA 
GAGACCCCAA AACTCCTGAA GGCTGCGATT GCCGCCACTG AAAAAATGGG TTTTAAAGGA 
TTTTCCAAAC TAAGGCGCCG AATGAAAGTG AAGACAACTA TAGAGCCCAC CACGAGCAGT 
CCTGTTCCCC CCGGCTCACC CGTGCACAGG CGATCCCCAG TTCCCCAGAT CAAGCCTGAT 
GATGACGACA CTACTGAAAT TGTATCTGAG TCTGCAGACA ACACCGTGTT TATACGGGTC 
AGCCCATCAC CGCGGGGTGA TGAACAGATC CTTTCTGTGG AAGTGACAGC CCCAGAGGAT 
GAAACTAAAT AA

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

cngb1 ( XM_031901329.1 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_031757189.1 Xenopus tropicalis cyclic nucleotide gated channel beta 1 (cngb1), mRNA.

Price & Availability↑

CloneID	OXa57725
Clone ID Related Accession (Same CDS sequence)	XM_031901329.1
Accession Version	XM_031901329.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5769bp) 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	cyclic nucleotide-gated cation channel beta-1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030680.2) 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## ##RefSeq-Attributes-START## ab initio :: 35% of CDS bases ##RefSeq-Attributes-END##

ATGTTTAGCT GGATTGAGAA AGTTATCCCC CAGCCTCCTG ACACACCAAG AAGAACATCT 
GCTGAGGCCC AAGGGGGCTG CCAAGCTTCT GAAAGCACCC AGCAGAAGTG TGATGAGAAG 
GAAACATGTG TGAAAAAGGA GGCTGACAAC CCTCCAGATG TAGTAAAAAC TCAAGAAGAG 
GAGCAAGAGT CTGACAAAGG GGCCGCAGGA GTACTCACTT GGCTGTCACA GGGTTTAGGA 
AGAGTAATCC CGCAACCTGT TGAGAGCCCA ACACTTTCTC GTGCAAACAA GGAAAGTACA 
GTGCCAGCAG TGGTGGAGCA GAAAGAGGTA CCTGCGAGTG AGACAGTGGA AAAACCAACA 
GAGATCAATC CTACAGACCA CATGGAAAGT ACACCAGCAG GGGTCCTCTC CTGGTTGTCT 
CAGGGCTTGG AAAAAGTGGT TCCTCAACCT TCAAGAACAC TAAAGTCAGG GACCAGTGGA 
GGATCGGAGG GTGGTGCAGT TACTGTAGAA CTGCCACCAC CAAGGGAAGA AAAAAGCATA 
GTCATAGAAG AGCCAAAGAT TTCTCCTCCA ACACCAGTAC ATACTCCTGC CTCAGTTCCA 
GTGCCAGAGT CCCAACCCAC CATTATTGAG GTGCAGCCAG CAACCAGCTC AGAACCAGAG 
GTCACAGCAA CAGACAAAGG GTCAGGGGCT GGAGTTCTGG GGTGGCTCAT GCAGGGCCTA 
GGGAAAGTCG TACCGCAGCC AGAGAATGTC GCTCCACTCG CTACTAAAGT AGAGGAAGAG 
AAACCCAAGG AGGAAGAAGA GGAGAAGCCA GTGCCATTGC CCCAGAAAGA ATCCAAGAGA 
AGCAGTGACA CAGGGGTTTT CAGCTGGATC ACCCAAGGTA TAGAGAAGGT CATTCCCCAG 
CCATCAGTCA TAGCAAAGCA GGATTCTCAG ACCATCACCC TTTGCCCAGT GGAGGAAATT 
TGTATTCTGC CTACCAGCCC TGAGGATAAT CTGCTTGTGG AAGACTTAGA AACTGTGAAT 
AGCCATGCAG ATGAAACAGA AGAACAGTGC TTAGCCCAAG CCCCAGCACC AATAGATACT 
GAAGAAGGGA GAGCTCCAAC CAATGGCCTA GAAGAAATGT GCAGAAGTAC CAGCAAACCA 
GAGTGTAGAG AAGATGATTT GAAAACCACA GACAAGATCC AAACCTTTAG TGAAGAAAGT 
CAGATTTACA AAGATTCTGT TCAGGCATGC ATTGCAGAGG GTGCAAAAAT GGAACTATTA 
ATTATGTCTG AAAATAATGA AACTGATCCT GTTACTGGAG AAAGTCCAGT TAAGCTTTTA 
GAGGATGGGA CGTCTCTGGA TACTGAGTTA CAAGCAGCAG AAGGAAAATT ACAAGTAAAT 
GAAAAAGTGA CACAAAATGG ACAGGATAAG GTATATATGA GAGGAACAAA CCAGGAACTT 
GCTGAAAAAG GATGCCAGCA AACTAAAGAA ACACACACAC AGTCTGAGAA GAACGGACAT 
CTTGACATAG GCCAATGTTT AAACAAGAAG CAGGATCAAT GTGTAGAAGG ATGGGAAAAC 
CAGGATAAAG AAAATGAAAC GAAGGAGGCA AAAATTGGCA GCAAAAATGC AAGAGATGTA 
AAAACTGATA ATGAAGATGG CCACTGGCAA GATAAAGCTA AAGGAAAAGT TGCACATAAC 
AGACTTAGTC TGGAAGAAAC TATAATTATC AAACAAACAC AACAAATGAT TATTAAGAGC 
CAGTCACTAG AACTAACACA AATACAACCA TCTGAAGAAC AACAAAATAA ACCAGACACG 
GTTGCAGATA TGGCAGATAC AAAGGAGAGA GCACAAGAGC TTAAAAAGAC CCAATGTTTG 
AATGAAAGAG ATCCTCAGCC TGAAGTGGAG ACTGAATCTA GAATGGAGTT ACAACGCCAG 
TTAACAGAAG ACATGTCTTT TCAATTTTAT GGGTGTGAAG ACATTCAGCA AGCTCTTTGG 
GATGAACAAA ATCAGCAAGA GGACATTAAA AAACAGAGCT TCTGTGAAAT TCAATCAGAA 
AAAGAGTTAA AGGAAGCCCA ATATGATATA GACAAAATGC CTACAGCCGA GGAAGACTTG 
CACAAAACTG CAGAAGAAAC AGACCCAAGG GAGAAAATAA ATGGACAACT AATGAAGGAT 
ACAATACTGA GCAGGGAAAA CATTGAACAT AATGATTCAG GAGACAGATT TGATGAAAAA 
ATAAAAAAGA TAGACATTGA CATTCAACCC ATAGAAAAGG AACAGAGACA GCTAAGCATA 
GACATGAAGA CTGATGCCCA ACTTGATGAG GAGAGACATG TTCAGACTGA GGAGCGTCAT 
ACACAAACTG AAGACCCAGT TTGTCAGACT GCAGAAGAGA GACAGTTATC TTATGATGAG 
GATCAGATAC AAACTGAGGA GAGAGAGACC CAAACTGATG AAAGGTTCAG TCCACCAGTA 
CAAAAAAAAT CTGAGCATGA AAATGTAATT TCTCAACATG CAGAGCTAGT GTATCCCGAT 
AAAGACGCCC CTTATAAAAA GAATGAGTGC CAGGAAATAT ATGAAGTGCC CCAGCATAAT 
TTTATAGAGT CTAAACATGA AGCATCAGAA TCTCAGCTTA CTGAGCAACA GTCTCAGGAT 
CAAGAGTTCC AAAATGATAA GAAAGAGGCT CAACTTGAAG AAGTGAATCA GAATTTAGAA 
AGAGCAATGC AGAATGAGAA GAAAATGTGC CTTAGTGAGA AGACAGAAAA CCAAACCGAG 
GAAGAGGATA AAAGCAATGA AGAAAAGAAA TATATTCAGT CTGAAGAGGA GAAAAATATT 
GAAAAAGAAA TATTTCCGAA ACCAGGAGAG CAGTCAGTCA CTGAACATGT TAATCAAACA 
GATGAAGAGA GAACAGTTCA GTCCTCAGTG GAAATACAAA TCCATTACTC ACAGAAAAGA 
GATTCCCTTG AACAGCAAAA GATTCAAATT GAAGAGGAAG TAATGAATGA AGTGCTGAGG 
AAAGACCAAA ATATTATTCC TGAGATTGAT TCAAATTATG ACAGAAATCA TGAAAAAGAG 
GTTGCCTTGA CTCCTGAAGC CATAAGTTCT GATCAAGTCA AGAAAGAATT AGAAGACAAA 
GATCTTGTCC CAGTGGAGGA AGCGTCACAC ATAGAAACAG AATGTTCCCA TGAAGTGATG 
CAATATGGAG ACCTAACATG TGACTCTGCT CTAACCACCC TCCTAAAATC CGATGACCAA 
AAAGAAGAAA AAGGGGTAGA GAAGGAAGTG TTGGAATCTG AAAATGAGCG CCTCTCCTGG 
ATCACAGAAG AAGATGAAGA CGAGACTGAG CTCCAGGTAT CATATTATCA AAGCGAAAGT 
GAAGAGGAAA TCAAGGTGTC ACACGAGGTG ATTCTGGAGG CTCCACCTGA ATATCTGGAC 
ACCTCAGTTG TTGTAGCTAC ACAAGCTGTG GAGGAGACCA ATTATTTAAA GCAGTTCCCA 
GTGCAGATAG CAGGCACTTT GTCATTGCCA GAACCTGATG GGGGTCCCTT TATGCATCCA 
GCAGTCAGTG TTGAAGATGT GGACTCTGGT AGCATTACGG ATGCTCTGGA ACATGAAGAC 
TTTGTGAGGC CTCCTCCGTC ACCATGCAAA CATAGGACTC TTACAGTGCC TGTCACTTCT 
TTGCCTGCTA AAAGTAGGAA GAGGACACAA TCCCAGGAAG ACATCATGGA GGAGATGTCT 
GATGCTGCAC CAGAGGATGA AGAGGTTATG GAAAGATCTG CTTCAGCAAT CAGTCACAGT 
AGCGCAATAA TAACAGAGCG CCTGCAGGAA CTGGTTCGCA TGTTTAAGGA CCGGACAGAA 
CGTGTGAAAG AGAAACTGAT TGATCCAGAA CTGTCTTCTG AAGATGAAAG TCCATCTGCT 
TCTCCATCCA AAAAAAGTGC ACCTCCCCCA CCTCCTCCAC CCCCACCAGC TGAAGAGAAG 
AAGGTAGAAG TTGAAGCCCA GGCAGAAGAG GAACATTACT GTGAAATGCT ATGTTGCAAG 
TTTAAGACCA GGCCGTGGCG TGACCGTCTC CTGAAACTCA AATTTCCATC CAGCATTGAC 
CCTCTGACTA ATGTTATGTA TGTGTTGTGG CTATTTTTTG TCGTATTGGC GTGGAACTGG 
AACTGCTGGC TAATCCCTGT GCGCTGGGCT TTCCCATACC AAACTCCTAG CAACATCCAT 
TACTGGCTGC TCATGGATTA CCTGTGCGAC CTTATCTACC TACTAGACAT TACTGTGTTC 
CAGAGCAGGC TACAGTTTGT CCGAGGAGGC GACATCATTA CAAATAAGAA AGATATGCGT 
GAGCATTACT TCAAGTCTGA ACGGTTTAAG ATGGATCTCA TTTCTCTCCT TCCATTGGAC 
CTTCTTTATT TGAAATTTGG CGTCAAGTCT TTATTGAGAT TGCCACGTAT TTTAAAGTAC 
ATGGCTTTCT TTGAATTTAA CAATCGTCTA GAAGCAATCC TGAGCAAAGC TTACATCTAC 
AGGGTGATTC GAACCACTGC TTACCTTCTC TACTGCCTTC ATATGAATGC CTGTCTATAC 
TATTGGGCCT CTGACTATGA GGGTCTGAGC TCCACCCCAT GGGTCTTTGA TGGTGTAGGG 
AACAGTTATA TCCGATGCTA CTACTGGGCT GTGAAGACCT TGATAACCAT TGGAGGACTT 
CCTGACCCAG ACACACTTTT TGAACTCTGG TTTCAGCTAC TAAATTACTT CATGGGTGTG 
TTTGCCTTTT CCGTCATGAT TGGTCAGATG AGAGATGTGG TTGGGGCAGC GACAGCAGGA 
CAGACATATT ACCGCAGCTG TATGGACAGT ACTATTAAAT ACATGAACTG TTACAAAATT 
CCTCGAAGTG TGCAAAACCG TGTCAAGATG TGGTATGAGT ACACATGGCA ATCCCAGGGC 
ATGCTTGATG AATCAGAACT CATGGTTCAG CTTCCTGATA AGATGAGATT GGACCTTGCT 
ATCGATGTCA ATTACAGTAT TGTGAGCAAA GTAATACTGT TTCAGGGGTG CGACAGGCAG 
ATGATTTATG ATATGCTGAA GAGACTGCGC TCTGTGGTTT ACTTACCAGG AGATTATGTC 
TGTAAAAAGG GGGAAATTGG AAGGGAAATG TATATTATCA AAGCCGGACA AGTCCAGGTG 
CTAGGAGGAC CTGATGGCAA AACTGTACTT GTCTCTTTAA AAGCAGGGTC TGTGTTTGGA 
GAAATCAGTC TTCTCGCTGT GGGAGGTGGA AACAGACGGA CAGCAAATGT AGTTGCTCAC 
GGATTTACCA ACCTTTTCAT TTTGGATAAA AAAGACCTAA ATGAAATTTT ACTTCATTAT 
CCTGAATCCC AGAAGCTGTT GCGCAAGAAA GCAAAAAAAA TGTTGAAGAA CAGCAGCAAG 
CCAAAAGATG AGCCTGGTCA AGAAAAAGGA TTTTTGCATA TCATCCCCCC AAGACCAGAG 
ACCCCAAAAC TCCTGAAGGC TGCGATTGCC GCCACTGAAA AAATGGGTTT TAAAGGATTT 
TCCAAACTAA GGCGCCGAAT GAAAGTGAAG ACAACTATAG AGCCCACCAC GAGCAGTCCT 
GTTCCCCCCG GCTCACCTGT GCACAGGCGA TCCCCAGTTC CCCAGATCAA GCCTGATGAT 
GACGACACTA CTGAAATTGT ATCTGAGTCT GCAGACAACA CCGTGTTTAT ACGGGTCAGC 
CCATCACCGC GGGGTGATGA ACAGATCCTT TCTGTGGAAG TGACAGCTCC AGAGGATGAA 
ACTAAATAA

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

RefSeq	XP_031757189.1
CDS	321..6089
Translation	MFSWIEKVIPQPPDTPRRTSAEAQGGCQASESTQQKCDEKETCVKKEADNPPDVVKTQEEEQESDKGAAGVLTWLSQGLGRVIPQPVESPTLSRANKESTVPAVVEQKEVPASETVEKPTEINPTDHMESTPAGVLSWLSQGLEKVVPQPSRTLKSGTSGGSEGGAVTVELPPPREEKSIVIEEPKISPPTPVHTPASVPVPESQPTIIEVQPATSSEPEVTATDKGSGAGVLGWLMQGLGKVVPQPENVAPLATKVEEEKPKEEEEEKPVPLPQKESKRSSDTGVFSWITQGIEKVIPQPSVIAKQDSQTITLCPVEEICILPTSPEDNLLVEDLETVNSHADETEEQCLAQAPAPIDTEEGRAPTNGLEEMCRSTSKPECREDDLKTTDKIQTFSEESQIYKDSVQACIAEGAKMELLIMSENNETDPVTGESPVKLLEDGTSLDTELQAAEGKLQVNEKVTQNGQDKVYMRGTNQELAEKGCQQTKETHTQSEKNGHLDIGQCLNKKQDQCVEGWENQDKENETKEAKIGSKNARDVKTDNEDGHWQDKAKGKVAHNRLSLEETIIIKQTQQMIIKSQSLELTQIQPSEEQQNKPDTVADMADTKERAQELKKTQCLNERDPQPEVETESRMELQRQLTEDMSFQFYGCEDIQQALWDEQNQQEDIKKQSFCEIQSEKELKEAQYDIDKMPTAEEDLHKTAEETDPREKINGQLMKDTILSRENIEHNDSGDRFDEKIKKIDIDIQPIEKEQRQLSIDMKTDAQLDEERHVQTEERHTQTEDPVCQTAEERQLSYDEDQIQTEERETQTDERFSPPVQKKSEHENVISQHAELVYPDKDAPYKKNECQEIYEVPQHNFIESKHEASESQLTEQQSQDQEFQNDKKEAQLEEVNQNLERAMQNEKKMCLSEKTENQTEEEDKSNEEKKYIQSEEEKNIEKEIFPKPGEQSVTEHVNQTDEERTVQSSVEIQIHYSQKRDSLEQQKIQIEEEVMNEVLRKDQNIIPEIDSNYDRNHEKEVALTPEAISSDQVKKELEDKDLVPVEEASHIETECSHEVMQYGDLTCDSALTTLLKSDDQKEEKGVEKEVLESENERLSWITEEDEDETELQVSYYQSESEEEIKVSHEVILEAPPEYLDTSVVVATQAVEETNYLKQFPVQIAGTLSLPEPDGGPFMHPAVSVEDVDSGSITDALEHEDFVRPPPSPCKHRTLTVPVTSLPAKSRKRTQSQEDIMEEMSDAAPEDEEVMERSASAISHSSAIITERLQELVRMFKDRTERVKEKLIDPELSSEDESPSASPSKKSAPPPPPPPPPAEEKKVEVEAQAEEEHYCEMLCCKFKTRPWRDRLLKLKFPSSIDPLTNVMYVLWLFFVVLAWNWNCWLIPVRWAFPYQTPSNIHYWLLMDYLCDLIYLLDITVFQSRLQFVRGGDIITNKKDMREHYFKSERFKMDLISLLPLDLLYLKFGVKSLLRLPRILKYMAFFEFNNRLEAILSKAYIYRVIRTTAYLLYCLHMNACLYYWASDYEGLSSTPWVFDGVGNSYIRCYYWAVKTLITIGGLPDPDTLFELWFQLLNYFMGVFAFSVMIGQMRDVVGAATAGQTYYRSCMDSTIKYMNCYKIPRSVQNRVKMWYEYTWQSQGMLDESELMVQLPDKMRLDLAIDVNYSIVSKVILFQGCDRQMIYDMLKRLRSVVYLPGDYVCKKGEIGREMYIIKAGQVQVLGGPDGKTVLVSLKAGSVFGEISLLAVGGGNRRTANVVAHGFTNLFILDKKDLNEILLHYPESQKLLRKKAKKMLKNSSKPKDEPGQEKGFLHIIPPRPETPKLLKAAIAATEKMGFKGFSKLRRRMKVKTTIEPTTSSPVPPGSPVHRRSPVPQIKPDDDDTTEIVSESADNTVFIRVSPSPRGDEQILSVEVTAPEDETK

Target ORF information:

RefSeq Version	XM_031901329.1
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis cyclic nucleotide gated channel beta 1 (cngb1), mRNA.

Target ORF information:

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

XM_031901329.1

ORF Insert Sequence:

ATGTTTAGCT GGATTGAGAA AGTTATCCCC CAGCCTCCTG ACACACCAAG AAGAACATCT 
GCTGAGGCCC AAGGGGGCTG CCAAGCTTCT GAAAGCACCC AGCAGAAGTG TGATGAGAAG 
GAAACATGTG TGAAAAAGGA GGCTGACAAC CCTCCAGATG TAGTAAAAAC TCAAGAAGAG 
GAGCAAGAGT CTGACAAAGG GGCCGCAGGA GTACTCACTT GGCTGTCACA GGGTTTAGGA 
AGAGTAATCC CGCAACCTGT TGAGAGCCCA ACACTTTCTC GTGCAAACAA GGAAAGTACA 
GTGCCAGCAG TGGTGGAGCA GAAAGAGGTA CCTGCGAGTG AGACAGTGGA AAAACCAACA 
GAGATCAATC CTACAGACCA CATGGAAAGT ACACCAGCAG GGGTCCTCTC CTGGTTGTCT 
CAGGGCTTGG AAAAAGTGGT TCCTCAACCT TCAAGAACAC TAAAGTCAGG GACCAGTGGA 
GGATCGGAGG GTGGTGCAGT TACTGTAGAA CTGCCACCAC CAAGGGAAGA AAAAAGCATA 
GTCATAGAAG AGCCAAAGAT TTCTCCTCCA ACACCAGTAC ATACTCCTGC CTCAGTTCCA 
GTGCCAGAGT CCCAACCCAC CATTATTGAG GTGCAGCCAG CAACCAGCTC AGAACCAGAG 
GTCACAGCAA CAGACAAAGG GTCAGGGGCT GGAGTTCTGG GGTGGCTCAT GCAGGGCCTA 
GGGAAAGTCG TACCGCAGCC AGAGAATGTC GCTCCACTCG CTACTAAAGT AGAGGAAGAG 
AAACCCAAGG AGGAAGAAGA GGAGAAGCCA GTGCCATTGC CCCAGAAAGA ATCCAAGAGA 
AGCAGTGACA CAGGGGTTTT CAGCTGGATC ACCCAAGGTA TAGAGAAGGT CATTCCCCAG 
CCATCAGTCA TAGCAAAGCA GGATTCTCAG ACCATCACCC TTTGCCCAGT GGAGGAAATT 
TGTATTCTGC CTACCAGCCC TGAGGATAAT CTGCTTGTGG AAGACTTAGA AACTGTGAAT 
AGCCATGCAG ATGAAACAGA AGAACAGTGC TTAGCCCAAG CCCCAGCACC AATAGATACT 
GAAGAAGGGA GAGCTCCAAC CAATGGCCTA GAAGAAATGT GCAGAAGTAC CAGCAAACCA 
GAGTGTAGAG AAGATGATTT GAAAACCACA GACAAGATCC AAACCTTTAG TGAAGAAAGT 
CAGATTTACA AAGATTCTGT TCAGGCATGC ATTGCAGAGG GTGCAAAAAT GGAACTATTA 
ATTATGTCTG AAAATAATGA AACTGATCCT GTTACTGGAG AAAGTCCAGT TAAGCTTTTA 
GAGGATGGGA CGTCTCTGGA TACTGAGTTA CAAGCAGCAG AAGGAAAATT ACAAGTAAAT 
GAAAAAGTGA CACAAAATGG ACAGGATAAG GTATATATGA GAGGAACAAA CCAGGAACTT 
GCTGAAAAAG GATGCCAGCA AACTAAAGAA ACACACACAC AGTCTGAGAA GAACGGACAT 
CTTGACATAG GCCAATGTTT AAACAAGAAG CAGGATCAAT GTGTAGAAGG ATGGGAAAAC 
CAGGATAAAG AAAATGAAAC GAAGGAGGCA AAAATTGGCA GCAAAAATGC AAGAGATGTA 
AAAACTGATA ATGAAGATGG CCACTGGCAA GATAAAGCTA AAGGAAAAGT TGCACATAAC 
AGACTTAGTC TGGAAGAAAC TATAATTATC AAACAAACAC AACAAATGAT TATTAAGAGC 
CAGTCACTAG AACTAACACA AATACAACCA TCTGAAGAAC AACAAAATAA ACCAGACACG 
GTTGCAGATA TGGCAGATAC AAAGGAGAGA GCACAAGAGC TTAAAAAGAC CCAATGTTTG 
AATGAAAGAG ATCCTCAGCC TGAAGTGGAG ACTGAATCTA GAATGGAGTT ACAACGCCAG 
TTAACAGAAG ACATGTCTTT TCAATTTTAT GGGTGTGAAG ACATTCAGCA AGCTCTTTGG 
GATGAACAAA ATCAGCAAGA GGACATTAAA AAACAGAGCT TCTGTGAAAT TCAATCAGAA 
AAAGAGTTAA AGGAAGCCCA ATATGATATA GACAAAATGC CTACAGCCGA GGAAGACTTG 
CACAAAACTG CAGAAGAAAC AGACCCAAGG GAGAAAATAA ATGGACAACT AATGAAGGAT 
ACAATACTGA GCAGGGAAAA CATTGAACAT AATGATTCAG GAGACAGATT TGATGAAAAA 
ATAAAAAAGA TAGACATTGA CATTCAACCC ATAGAAAAGG AACAGAGACA GCTAAGCATA 
GACATGAAGA CTGATGCCCA ACTTGATGAG GAGAGACATG TTCAGACTGA GGAGCGTCAT 
ACACAAACTG AAGACCCAGT TTGTCAGACT GCAGAAGAGA GACAGTTATC TTATGATGAG 
GATCAGATAC AAACTGAGGA GAGAGAGACC CAAACTGATG AAAGGTTCAG TCCACCAGTA 
CAAAAAAAAT CTGAGCATGA AAATGTAATT TCTCAACATG CAGAGCTAGT GTATCCCGAT 
AAAGACGCCC CTTATAAAAA GAATGAGTGC CAGGAAATAT ATGAAGTGCC CCAGCATAAT 
TTTATAGAGT CTAAACATGA AGCATCAGAA TCTCAGCTTA CTGAGCAACA GTCTCAGGAT 
CAAGAGTTCC AAAATGATAA GAAAGAGGCT CAACTTGAAG AAGTGAATCA GAATTTAGAA 
AGAGCAATGC AGAATGAGAA GAAAATGTGC CTTAGTGAGA AGACAGAAAA CCAAACCGAG 
GAAGAGGATA AAAGCAATGA AGAAAAGAAA TATATTCAGT CTGAAGAGGA GAAAAATATT 
GAAAAAGAAA TATTTCCGAA ACCAGGAGAG CAGTCAGTCA CTGAACATGT TAATCAAACA 
GATGAAGAGA GAACAGTTCA GTCCTCAGTG GAAATACAAA TCCATTACTC ACAGAAAAGA 
GATTCCCTTG AACAGCAAAA GATTCAAATT GAAGAGGAAG TAATGAATGA AGTGCTGAGG 
AAAGACCAAA ATATTATTCC TGAGATTGAT TCAAATTATG ACAGAAATCA TGAAAAAGAG 
GTTGCCTTGA CTCCTGAAGC CATAAGTTCT GATCAAGTCA AGAAAGAATT AGAAGACAAA 
GATCTTGTCC CAGTGGAGGA AGCGTCACAC ATAGAAACAG AATGTTCCCA TGAAGTGATG 
CAATATGGAG ACCTAACATG TGACTCTGCT CTAACCACCC TCCTAAAATC CGATGACCAA 
AAAGAAGAAA AAGGGGTAGA GAAGGAAGTG TTGGAATCTG AAAATGAGCG CCTCTCCTGG 
ATCACAGAAG AAGATGAAGA CGAGACTGAG CTCCAGGTAT CATATTATCA AAGCGAAAGT 
GAAGAGGAAA TCAAGGTGTC ACACGAGGTG ATTCTGGAGG CTCCACCTGA ATATCTGGAC 
ACCTCAGTTG TTGTAGCTAC ACAAGCTGTG GAGGAGACCA ATTATTTAAA GCAGTTCCCA 
GTGCAGATAG CAGGCACTTT GTCATTGCCA GAACCTGATG GGGGTCCCTT TATGCATCCA 
GCAGTCAGTG TTGAAGATGT GGACTCTGGT AGCATTACGG ATGCTCTGGA ACATGAAGAC 
TTTGTGAGGC CTCCTCCGTC ACCATGCAAA CATAGGACTC TTACAGTGCC TGTCACTTCT 
TTGCCTGCTA AAAGTAGGAA GAGGACACAA TCCCAGGAAG ACATCATGGA GGAGATGTCT 
GATGCTGCAC CAGAGGATGA AGAGGTTATG GAAAGATCTG CTTCAGCAAT CAGTCACAGT 
AGCGCAATAA TAACAGAGCG CCTGCAGGAA CTGGTTCGCA TGTTTAAGGA CCGGACAGAA 
CGTGTGAAAG AGAAACTGAT TGATCCAGAA CTGTCTTCTG AAGATGAAAG TCCATCTGCT 
TCTCCATCCA AAAAAAGTGC ACCTCCCCCA CCTCCTCCAC CCCCACCAGC TGAAGAGAAG 
AAGGTAGAAG TTGAAGCCCA GGCAGAAGAG GAACATTACT GTGAAATGCT ATGTTGCAAG 
TTTAAGACCA GGCCGTGGCG TGACCGTCTC CTGAAACTCA AATTTCCATC CAGCATTGAC 
CCTCTGACTA ATGTTATGTA TGTGTTGTGG CTATTTTTTG TCGTATTGGC GTGGAACTGG 
AACTGCTGGC TAATCCCTGT GCGCTGGGCT TTCCCATACC AAACTCCTAG CAACATCCAT 
TACTGGCTGC TCATGGATTA CCTGTGCGAC CTTATCTACC TACTAGACAT TACTGTGTTC 
CAGAGCAGGC TACAGTTTGT CCGAGGAGGC GACATCATTA CAAATAAGAA AGATATGCGT 
GAGCATTACT TCAAGTCTGA ACGGTTTAAG ATGGATCTCA TTTCTCTCCT TCCATTGGAC 
CTTCTTTATT TGAAATTTGG CGTCAAGTCT TTATTGAGAT TGCCACGTAT TTTAAAGTAC 
ATGGCTTTCT TTGAATTTAA CAATCGTCTA GAAGCAATCC TGAGCAAAGC TTACATCTAC 
AGGGTGATTC GAACCACTGC TTACCTTCTC TACTGCCTTC ATATGAATGC CTGTCTATAC 
TATTGGGCCT CTGACTATGA GGGTCTGAGC TCCACCCCAT GGGTCTTTGA TGGTGTAGGG 
AACAGTTATA TCCGATGCTA CTACTGGGCT GTGAAGACCT TGATAACCAT TGGAGGACTT 
CCTGACCCAG ACACACTTTT TGAACTCTGG TTTCAGCTAC TAAATTACTT CATGGGTGTG 
TTTGCCTTTT CCGTCATGAT TGGTCAGATG AGAGATGTGG TTGGGGCAGC GACAGCAGGA 
CAGACATATT ACCGCAGCTG TATGGACAGT ACTATTAAAT ACATGAACTG TTACAAAATT 
CCTCGAAGTG TGCAAAACCG TGTCAAGATG TGGTATGAGT ACACATGGCA ATCCCAGGGC 
ATGCTTGATG AATCAGAACT CATGGTTCAG CTTCCTGATA AGATGAGATT GGACCTTGCT 
ATCGATGTCA ATTACAGTAT TGTGAGCAAA GTAATACTGT TTCAGGGGTG CGACAGGCAG 
ATGATTTATG ATATGCTGAA GAGACTGCGC TCTGTGGTTT ACTTACCAGG AGATTATGTC 
TGTAAAAAGG GGGAAATTGG AAGGGAAATG TATATTATCA AAGCCGGACA AGTCCAGGTG 
CTAGGAGGAC CTGATGGCAA AACTGTACTT GTCTCTTTAA AAGCAGGGTC TGTGTTTGGA 
GAAATCAGTC TTCTCGCTGT GGGAGGTGGA AACAGACGGA CAGCAAATGT AGTTGCTCAC 
GGATTTACCA ACCTTTTCAT TTTGGATAAA AAAGACCTAA ATGAAATTTT ACTTCATTAT 
CCTGAATCCC AGAAGCTGTT GCGCAAGAAA GCAAAAAAAA TGTTGAAGAA CAGCAGCAAG 
CCAAAAGATG AGCCTGGTCA AGAAAAAGGA TTTTTGCATA TCATCCCCCC AAGACCAGAG 
ACCCCAAAAC TCCTGAAGGC TGCGATTGCC GCCACTGAAA AAATGGGTTT TAAAGGATTT 
TCCAAACTAA GGCGCCGAAT GAAAGTGAAG ACAACTATAG AGCCCACCAC GAGCAGTCCT 
GTTCCCCCCG GCTCACCTGT GCACAGGCGA TCCCCAGTTC CCCAGATCAA GCCTGATGAT 
GACGACACTA CTGAAATTGT ATCTGAGTCT GCAGACAACA CCGTGTTTAT ACGGGTCAGC 
CCATCACCGC GGGGTGATGA ACAGATCCTT TCTGTGGAAG TGACAGCTCC AGAGGATGAA 
ACTAAATAA

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

PubMed

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cngb1 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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