LOC108700098 cDNA ORF clone, Xenopus laevis(African clawed frog)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC108700098
Entrez Gene ID	108700098
Full Name	collagen, type IV, alpha 5 S homeolog
Synonyms	asln,ats,ca54
General protein information	Preferred Names collagen, type IV, alpha 5 S homeolog Names collagen alpha-5(IV) chain-like
Gene Type	protein-coding
Organism	Xenopus laevis(African clawed frog)

mRNA and Protein(s)

mRNA	Protein	Name
XM_018232969.1	XP_018088458.1	collagen alpha-5(IV) chain-like

Pathways from BioSystems
Gene Ontology

The following LOC108700098 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC108700098 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
OAf44147	XM_018232969.1 Latest version!	Xenopus laevis collagen alpha-5(IV) chain-like (LOC108700098), 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)
1 Clone	30% OFF
2-4 Clone	40% OFF
5 or more Clone	50% OFF
All Other ORF Clones
30% OFF

*Business Day

** 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)

LOC108700098 ( XM_018232969.1 ) cDNA ORF clone, Xenopus laevis(African clawed frog) -> XP_018088458.1 Xenopus laevis collagen alpha-5(IV) chain-like (LOC108700098), mRNA.

Price & Availability↑

CloneID	OAf44147
Clone ID Related Accession (Same CDS sequence)	XM_018232969.1
Accession Version	XM_018232969.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5058bp) 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	1474214400000
Organism	Xenopus laevis(African clawed frog)
Product	collagen alpha-5(IV) chain-like
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030739.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Xenopus laevis Annotation Release 100 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##

ATGAGGCTGG GAGGTTGGCA GCGGCGGGTG CCCTGCCTGG CTGCGTTGCT GTTGGTGCTG 
GGCTACTGGG CACAGAGTGC AGAGTCTGCG GCCTGCCAAG GTTGTAAATC AGTATCGAAA 
TGTGACTGCA GCGGTGTTAA AGGAGAAAAG GGTGAGAGAG GCCTTCCAGG GTTAGAAGGA 
CACTTGGGTC TACCAGGATT TCCTGGACCT GAAGGACCGC CTGGAACTCG TGGTCCAAAG 
GGTGATGCTG GTATTCCAGG ACCCTTAGGA CCCAAAGGAA TACGAGGACC TCCTGGACTT 
CCCGGATTTC CAGGAAACCC TGGTCAGCCT GGCCTGCCAG GACAAGATGG TGCACCAGGA 
CCTCCAGGTA TCCCAGGATG CAATGGCACA AAGGGAGAAC GTGGTTTCTC AGGAAGTTCA 
GGTTTTTCAG GTGCACCAGG ACCACCGGGT CCCCCAGGAT TTCCAGGGGT GAAAGGAGAT 
CCAGGTGAAT CTTTCCCCAT TGCACAAGGA GAAAAAGGTG ACCCAGGATT ACCAGGCCTT 
CCAGGTTTAC CAGGTTTGCT TGGTCCTCAT GGAATTCAGG GTCCCGTGGG TCGTCCTGGT 
CCTGCTGGCT TACCGGGGGC ACAAGGACCA CCTGGAGCTC CAGGACCCAA GGGTAACATG 
GGGCTCAATT TCCAGGGATC AAAGGGTGAA AAGGGTGAAC CCGGTATTCA GGGACTTCCA 
GGACCACCGG GACAACTAGA GCAAGTTGAA CCTCCACAAA CTACAATTCA GAAGGGAGAG 
AAGGGTGTCC CCGGTGACCA AGGATTCCCA GGAGAGCGTG GATCAATGGG TCCTCCAGGT 
CCTCCTGGAG GTGCAAAAGG AGAGAAGGGA GAACCAGGGG AACCAGGAAA GATTGGGAAG 
CCAGGAAAAT ATGGGAAGAA TGGACTGCCT GGTGTCGAGG GTCTCAGGGG TGACCCAGGC 
TTGCCAGGAA GTCCGGGCAG AGGTGGGGAG CAGGGTCAGA AAGGTGACCG TGGGTTACCT 
GGGCCACCAG GAGAGGTTAT TTCAAGACCA GGAATAGGTA AAGTTGGACC AAAGGGAAAC 
ACAGGACCCC CTGGAATAAC AGGGCCAAAA GGAGACCATG GGTTCCCTGG ATTACAAGGT 
CCTCCTGGTT TTCCTGGATC ACCAGGTACT TCAAGTGTAG GCCTCCCAGG AAGTCCAGGC 
CTTCCTGGTG AAAGAGGGCA GAAGGGTGAT GATGGTCCAC CAGGAATTTC CATTCCAGGG 
CTTCCAGGTT CTGAAGGACT TAGAGGACCC CCTGGTGCCC CAGGTTTGCC TGGTCGACCT 
GGACCACCTT CAGTTCCTCA GGCGGAGATA TGCCAGCCAG GATCACCTGG TGTTCCAGGA 
CTTCCAGGAG ATCCAGGATA TGCAGGAGAA AGAGGACAGA AAGGCGATAA AGGAGACACA 
TGTTATAACT GCCTAGGAAA TGGTATTTTA GGTCCAAAAG GTGATCCTGG TTTGCCTGGC 
CCCGCTGGAA GTCCAGGCTT ACCTGGAGCT ACAGGGCAAA AAGGGGAGCA AGGCACTCCA 
GGATTAAATG GGCTTCCAGG ACCTCCGGGT TTCCCTGGCA GTCCCGGTTC CTCTGGACGA 
CCTGGTCCCA AAGGAGAACC TGGAGAAGTA ATTGGTGGTA TCGGAATTAA AGGAGAAAAG 
GGGGATCCTG GATTCCCTGG TCCAGCTGGA TCTTCTGGTC TGGATGGCCC ACTTGGAAGA 
GATGGAACTC CAGGGATACC TGGGCCTAAG GGAGAGCCGG GTGGCTTTGC ATTGAACGGT 
GATCGTGGTC TTCCTGGTGA CCCTGGGCTC CCTGGACTTC CTGGAGACCG AGGACTAATG 
GGTCCTCCTG GTTTTGGTCC CAGTGGTCCA CCTGGAGAGA AGGGAATTCA AGGTGTTTCT 
GGTCGACCAG GAGCCCCTGG CATTCCTGGC CTTAAAGGAG CTCCTGGACA AACTGTGATG 
GAAAAAGGGG ATCCTGGACC TCCAGGTCTT CCAGGTATCC CAGGGGATAC CGGAAATCCA 
GGTGAACTGG GTCTGCCTGG TCAGCCAGGA GTTCCAGGTG TTTCAGGTGC AAAGGGAGAA 
CCAGGGGTTC CAGGCATTGG AGTTCCTGGG CCTGCAGGCC CAAAAGGATT TCCTGGTAAT 
CCTGGGCCAT CCGGTGCCCC TGGGTTGGCA GGAAGACCTG GTTCAGATGG GTTGCCTGGA 
CAGCCTGGCT TACCAGGATC AAAGGGTGAC CCTGGATATG GGTTACCTGG GCTCCAAGGC 
ACCCCAGGCC CTGCTGGATT GAAAGGATCC CAAGGACCAA AAGGAGAATC TGGCTTCCCA 
GGATCGCCAG GCCTTCCTGG ACGAGCAGGG TTTGATGGTC CTGTAGGACC AAAAGGTGAC 
CCTGGACAAA ATGGCTTATC AGGACCCCCC GGACCACCTG GTGTACCTGG CATTGGTGGT 
CAAGGTCCGC CAGGGCAACC AGGACTTCCA GGGCCAGCAG GTCCTCCAGG GAGCCCAGGA 
ATACAGGGGG GAAAAGGAGA TCCTGGCGCT CCAGGGTTTG ACATGCCAGG CCCACCAGGA 
GATCGTGGTA ATCCTGGATT TCCAGGAGAA CAAGGATTTA CAGGTCCACC AGGGCCCCCA 
GGTGCCCAAG GTCATGATGG ATTACCAGGC TTCCCAGGTG CTAAAGGTGA AATGGGTGTT 
ATGGGACCAC CAGGACCTGT TGGAACAGCT GGTAATCCTG GAAACCCTGG TTTACCTGGG 
CCTAAAGGAA ATGATGGGAA TTCTGGTCAA CCTGGCCTGC CGGGCCTACC AGGTAGGGAA 
GGTGAAAAGG GAGATACAGG ACCAGCAGGA CCTCCTGGAA TAATTGATTC TGCAAACTTA 
GAGCTTAAAG GAATTAAAGG AGAACCTGGA TTGCCAGGTG CACCAGGAAT AAGTGGACCA 
AAAGGTGCTG CTGGACTTCC AGGTAACTCA GGACTCCCAG GACAGATTGG ACTTCCAGGA 
TCTTCAGGAC TTCCAGGGCC CAAGGGAGAT CCTGGTCTTC CTGGTCAGCC TGGTATTTCA 
GGTGCTCCTG GGTTGAAAGG GAGCATGGGA GAGATGGGAC TTCCTGGGCC ACTTGGTGCT 
AAAGGTTCCC CTGGACAACC AGGACGACCT GGAGTATCAG GGTCTCCTGG GTTTTTTGGA 
CTAAAAGGTG AAAAAGGTGA TCCAGGCATT TCAGGAATTG GCATCCCAGG CTTGCCTGGA 
CAAAAGGGTG AACCAGGGCA AAATGGCTTT CCAGGCAGCC CTGGTGCTAA AGGTAACCCA 
GGAAACCCAG GACTGCCCGG CCTATCAGGG ATTACAGGAC CTAAAGGAGA TCCAGGTCTT 
CCAGGATTTC CAGGCAGCCC AGGAGCTCCA GGACCTAAAG GAGCTGATGG GCCCACAGGA 
AACTCTGGGT TACCTGGGCC TCCAGGCATT CGGGGTGAAT CAGGTCGTCC TGGACTTCAA 
GGACCTCCTG GTGAAAAGGG TCAACCAGGT CAGGATGGAA TTCCTGGGCC TTCTGGTTTG 
AAGGGAGAAC CAGGTTTGCC AGGTTTTGGA TCACCAGGGT TACCTGGCCT TCCAGGAAGT 
CTAGGTCCAA AGGGTGATGC AGGACTTCCT GGAACCCCTG GAAACCCCGG ATTTCCAGGT 
TTCAAAGGAG ATCAAGGCTT TCCGGGATCT TCTGGGCCAC AAGGACCTCC AGGACAAGCT 
GGCCTAACAG GGCCACGGAC AGAAGGACCC AAGGGAGATC CTGGGCCTGT AGGTCCCTCT 
GGAAGACCAG GTCCTCCTGG CCTAGAAGGT GCCCGTGGTC CCCCTGGTGA GGGAAGTTTT 
AAAGGAGAAA AAGGAAACCC TGGACTTCCA GGTCAGCCTG GATTTCCAGG AACTAAAGGA 
GAACCAGGAG CACGTGGTTT CCCAGGTGAC CCAGGACGAC CAGGTCTTAA TGGGATGAAA 
GGTGACCAAG GTGTTCCTGG TGTTCCAGGA TTCCCAGGTA TGAAAGGACC AGGTGGCCCT 
CCTGGATTGG GTGGCATTCA AGGTGAACCA GGTCTCCCAG GTGATATGGG TTTGCCAGGT 
CCTCCTGGGC CTAAAGGAGA ATACCGTGAG ATCAAAGGAG CTTCAGGTCT GCCAGGTCCC 
CCCGGTCGCC CAGGAGCAAA TGGACCTCCA GGATCCCTTG GACCACCCGG ACTTCCAGGT 
CCTTTGGGTC TCCCTGGAGA TCCTGGCAGA GATGGACTCC CTGGATTTGA GGGACAAAGT 
GGAAGAAAGG GTGAACGTGG CCCACCAGGC CAACCAGGAT CTCGAGGAAT TAATGGTCCA 
CCCGGTCCAG ACGGTTTACA AGGTCCTCCT GGCCCCTCTG GGCTAGGATC TGTTGCTCAT 
GGATTCCTTA TGACCCGGCA CAGTCAATCA ACAGATGTCC CAGGCTGTCC GCTTGGAACC 
ACCAGTATCT ATGATGGCTA TTCCCTACTG TATGTGCAAG GAAATGAGAG GGCACACGGA 
CAAGATTTGG GTACCGCTGG CAGCTGCCTC CGCCGCTTCA GCACAATGCC TTTCATGTTC 
TGCAACATTA ATAACGTGTG TAACTTTGCT TCAAGAAATG ATTATTCCTA CTGGCTGTCC 
ACGCCGGAGC CTATGCCTAT GAGCATGGAT CCTTTAAGAG GGAGGGATAT TCAGCCATTC 
ATTAGCAGGT GTGCTGTTTG TGAAGCTCCA GCTATGGTGA TTGCAGTCCA CAGCCAGACA 
ATACAAATCC CACAATGCCC ACAAGGCTGG TCCTCTCTCT GGATTGGATA CTCTTTCATG 
ATGCATACAA GTGCCGGTGC TGAAGGCTCA GGACAAGCTC TGGCATCACC TGGATCCTGC 
TTGGAAGAAT TCCGATCCGC GCCTTTCATT GAATGTCACG GCCGGGGAAC CTGCAATTAC 
TATGCCAATT CGTACAGTTT TTGGTTGGCC ACAGTGGAAA TGTCTGAAAT GTTTAGCAAA 
CCTCAGTCGG AAACACTAAA AGCGGGTGAT CTAAGGACAC GTGTCAGTCG TTGCCAAGTA 
TGTATGAAGA GGACGTAA

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

RefSeq	XP_018088458.1
CDS	316..5373
Translation	MRLGGWQRRVPCLAALLLVLGYWAQSAESAACQGCKSVSKCDCSGVKGEKGERGLPGLEGHLGLPGFPGPEGPPGTRGPKGDAGIPGPLGPKGIRGPPGLPGFPGNPGQPGLPGQDGAPGPPGIPGCNGTKGERGFSGSSGFSGAPGPPGPPGFPGVKGDPGESFPIAQGEKGDPGLPGLPGLPGLLGPHGIQGPVGRPGPAGLPGAQGPPGAPGPKGNMGLNFQGSKGEKGEPGIQGLPGPPGQLEQVEPPQTTIQKGEKGVPGDQGFPGERGSMGPPGPPGGAKGEKGEPGEPGKIGKPGKYGKNGLPGVEGLRGDPGLPGSPGRGGEQGQKGDRGLPGPPGEVISRPGIGKVGPKGNTGPPGITGPKGDHGFPGLQGPPGFPGSPGTSSVGLPGSPGLPGERGQKGDDGPPGISIPGLPGSEGLRGPPGAPGLPGRPGPPSVPQAEICQPGSPGVPGLPGDPGYAGERGQKGDKGDTCYNCLGNGILGPKGDPGLPGPAGSPGLPGATGQKGEQGTPGLNGLPGPPGFPGSPGSSGRPGPKGEPGEVIGGIGIKGEKGDPGFPGPAGSSGLDGPLGRDGTPGIPGPKGEPGGFALNGDRGLPGDPGLPGLPGDRGLMGPPGFGPSGPPGEKGIQGVSGRPGAPGIPGLKGAPGQTVMEKGDPGPPGLPGIPGDTGNPGELGLPGQPGVPGVSGAKGEPGVPGIGVPGPAGPKGFPGNPGPSGAPGLAGRPGSDGLPGQPGLPGSKGDPGYGLPGLQGTPGPAGLKGSQGPKGESGFPGSPGLPGRAGFDGPVGPKGDPGQNGLSGPPGPPGVPGIGGQGPPGQPGLPGPAGPPGSPGIQGGKGDPGAPGFDMPGPPGDRGNPGFPGEQGFTGPPGPPGAQGHDGLPGFPGAKGEMGVMGPPGPVGTAGNPGNPGLPGPKGNDGNSGQPGLPGLPGREGEKGDTGPAGPPGIIDSANLELKGIKGEPGLPGAPGISGPKGAAGLPGNSGLPGQIGLPGSSGLPGPKGDPGLPGQPGISGAPGLKGSMGEMGLPGPLGAKGSPGQPGRPGVSGSPGFFGLKGEKGDPGISGIGIPGLPGQKGEPGQNGFPGSPGAKGNPGNPGLPGLSGITGPKGDPGLPGFPGSPGAPGPKGADGPTGNSGLPGPPGIRGESGRPGLQGPPGEKGQPGQDGIPGPSGLKGEPGLPGFGSPGLPGLPGSLGPKGDAGLPGTPGNPGFPGFKGDQGFPGSSGPQGPPGQAGLTGPRTEGPKGDPGPVGPSGRPGPPGLEGARGPPGEGSFKGEKGNPGLPGQPGFPGTKGEPGARGFPGDPGRPGLNGMKGDQGVPGVPGFPGMKGPGGPPGLGGIQGEPGLPGDMGLPGPPGPKGEYREIKGASGLPGPPGRPGANGPPGSLGPPGLPGPLGLPGDPGRDGLPGFEGQSGRKGERGPPGQPGSRGINGPPGPDGLQGPPGPSGLGSVAHGFLMTRHSQSTDVPGCPLGTTSIYDGYSLLYVQGNERAHGQDLGTAGSCLRRFSTMPFMFCNINNVCNFASRNDYSYWLSTPEPMPMSMDPLRGRDIQPFISRCAVCEAPAMVIAVHSQTIQIPQCPQGWSSLWIGYSFMMHTSAGAEGSGQALASPGSCLEEFRSAPFIECHGRGTCNYYANSYSFWLATVEMSEMFSKPQSETLKAGDLRTRVSRCQVCMKRT

Target ORF information:

RefSeq Version	XM_018232969.1
Organism	Xenopus laevis(African clawed frog)
Definition	Xenopus laevis collagen alpha-5(IV) chain-like (LOC108700098), mRNA.

Target ORF information:

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

XM_018232969.1

ORF Insert Sequence:

ATGAGGCTGG GAGGTTGGCA GCGGCGGGTG CCCTGCCTGG CTGCGTTGCT GTTGGTGCTG 
GGCTACTGGG CACAGAGTGC AGAGTCTGCG GCCTGCCAAG GTTGTAAATC AGTATCGAAA 
TGTGACTGCA GCGGTGTTAA AGGAGAAAAG GGTGAGAGAG GCCTTCCAGG GTTAGAAGGA 
CACTTGGGTC TACCAGGATT TCCTGGACCT GAAGGACCGC CTGGAACTCG TGGTCCAAAG 
GGTGATGCTG GTATTCCAGG ACCCTTAGGA CCCAAAGGAA TACGAGGACC TCCTGGACTT 
CCCGGATTTC CAGGAAACCC TGGTCAGCCT GGCCTGCCAG GACAAGATGG TGCACCAGGA 
CCTCCAGGTA TCCCAGGATG CAATGGCACA AAGGGAGAAC GTGGTTTCTC AGGAAGTTCA 
GGTTTTTCAG GTGCACCAGG ACCACCGGGT CCCCCAGGAT TTCCAGGGGT GAAAGGAGAT 
CCAGGTGAAT CTTTCCCCAT TGCACAAGGA GAAAAAGGTG ACCCAGGATT ACCAGGCCTT 
CCAGGTTTAC CAGGTTTGCT TGGTCCTCAT GGAATTCAGG GTCCCGTGGG TCGTCCTGGT 
CCTGCTGGCT TACCGGGGGC ACAAGGACCA CCTGGAGCTC CAGGACCCAA GGGTAACATG 
GGGCTCAATT TCCAGGGATC AAAGGGTGAA AAGGGTGAAC CCGGTATTCA GGGACTTCCA 
GGACCACCGG GACAACTAGA GCAAGTTGAA CCTCCACAAA CTACAATTCA GAAGGGAGAG 
AAGGGTGTCC CCGGTGACCA AGGATTCCCA GGAGAGCGTG GATCAATGGG TCCTCCAGGT 
CCTCCTGGAG GTGCAAAAGG AGAGAAGGGA GAACCAGGGG AACCAGGAAA GATTGGGAAG 
CCAGGAAAAT ATGGGAAGAA TGGACTGCCT GGTGTCGAGG GTCTCAGGGG TGACCCAGGC 
TTGCCAGGAA GTCCGGGCAG AGGTGGGGAG CAGGGTCAGA AAGGTGACCG TGGGTTACCT 
GGGCCACCAG GAGAGGTTAT TTCAAGACCA GGAATAGGTA AAGTTGGACC AAAGGGAAAC 
ACAGGACCCC CTGGAATAAC AGGGCCAAAA GGAGACCATG GGTTCCCTGG ATTACAAGGT 
CCTCCTGGTT TTCCTGGATC ACCAGGTACT TCAAGTGTAG GCCTCCCAGG AAGTCCAGGC 
CTTCCTGGTG AAAGAGGGCA GAAGGGTGAT GATGGTCCAC CAGGAATTTC CATTCCAGGG 
CTTCCAGGTT CTGAAGGACT TAGAGGACCC CCTGGTGCCC CAGGTTTGCC TGGTCGACCT 
GGACCACCTT CAGTTCCTCA GGCGGAGATA TGCCAGCCAG GATCACCTGG TGTTCCAGGA 
CTTCCAGGAG ATCCAGGATA TGCAGGAGAA AGAGGACAGA AAGGCGATAA AGGAGACACA 
TGTTATAACT GCCTAGGAAA TGGTATTTTA GGTCCAAAAG GTGATCCTGG TTTGCCTGGC 
CCCGCTGGAA GTCCAGGCTT ACCTGGAGCT ACAGGGCAAA AAGGGGAGCA AGGCACTCCA 
GGATTAAATG GGCTTCCAGG ACCTCCGGGT TTCCCTGGCA GTCCCGGTTC CTCTGGACGA 
CCTGGTCCCA AAGGAGAACC TGGAGAAGTA ATTGGTGGTA TCGGAATTAA AGGAGAAAAG 
GGGGATCCTG GATTCCCTGG TCCAGCTGGA TCTTCTGGTC TGGATGGCCC ACTTGGAAGA 
GATGGAACTC CAGGGATACC TGGGCCTAAG GGAGAGCCGG GTGGCTTTGC ATTGAACGGT 
GATCGTGGTC TTCCTGGTGA CCCTGGGCTC CCTGGACTTC CTGGAGACCG AGGACTAATG 
GGTCCTCCTG GTTTTGGTCC CAGTGGTCCA CCTGGAGAGA AGGGAATTCA AGGTGTTTCT 
GGTCGACCAG GAGCCCCTGG CATTCCTGGC CTTAAAGGAG CTCCTGGACA AACTGTGATG 
GAAAAAGGGG ATCCTGGACC TCCAGGTCTT CCAGGTATCC CAGGGGATAC CGGAAATCCA 
GGTGAACTGG GTCTGCCTGG TCAGCCAGGA GTTCCAGGTG TTTCAGGTGC AAAGGGAGAA 
CCAGGGGTTC CAGGCATTGG AGTTCCTGGG CCTGCAGGCC CAAAAGGATT TCCTGGTAAT 
CCTGGGCCAT CCGGTGCCCC TGGGTTGGCA GGAAGACCTG GTTCAGATGG GTTGCCTGGA 
CAGCCTGGCT TACCAGGATC AAAGGGTGAC CCTGGATATG GGTTACCTGG GCTCCAAGGC 
ACCCCAGGCC CTGCTGGATT GAAAGGATCC CAAGGACCAA AAGGAGAATC TGGCTTCCCA 
GGATCGCCAG GCCTTCCTGG ACGAGCAGGG TTTGATGGTC CTGTAGGACC AAAAGGTGAC 
CCTGGACAAA ATGGCTTATC AGGACCCCCC GGACCACCTG GTGTACCTGG CATTGGTGGT 
CAAGGTCCGC CAGGGCAACC AGGACTTCCA GGGCCAGCAG GTCCTCCAGG GAGCCCAGGA 
ATACAGGGGG GAAAAGGAGA TCCTGGCGCT CCAGGGTTTG ACATGCCAGG CCCACCAGGA 
GATCGTGGTA ATCCTGGATT TCCAGGAGAA CAAGGATTTA CAGGTCCACC AGGGCCCCCA 
GGTGCCCAAG GTCATGATGG ATTACCAGGC TTCCCAGGTG CTAAAGGTGA AATGGGTGTT 
ATGGGACCAC CAGGACCTGT TGGAACAGCT GGTAATCCTG GAAACCCTGG TTTACCTGGG 
CCTAAAGGAA ATGATGGGAA TTCTGGTCAA CCTGGCCTGC CGGGCCTACC AGGTAGGGAA 
GGTGAAAAGG GAGATACAGG ACCAGCAGGA CCTCCTGGAA TAATTGATTC TGCAAACTTA 
GAGCTTAAAG GAATTAAAGG AGAACCTGGA TTGCCAGGTG CACCAGGAAT AAGTGGACCA 
AAAGGTGCTG CTGGACTTCC AGGTAACTCA GGACTCCCAG GACAGATTGG ACTTCCAGGA 
TCTTCAGGAC TTCCAGGGCC CAAGGGAGAT CCTGGTCTTC CTGGTCAGCC TGGTATTTCA 
GGTGCTCCTG GGTTGAAAGG GAGCATGGGA GAGATGGGAC TTCCTGGGCC ACTTGGTGCT 
AAAGGTTCCC CTGGACAACC AGGACGACCT GGAGTATCAG GGTCTCCTGG GTTTTTTGGA 
CTAAAAGGTG AAAAAGGTGA TCCAGGCATT TCAGGAATTG GCATCCCAGG CTTGCCTGGA 
CAAAAGGGTG AACCAGGGCA AAATGGCTTT CCAGGCAGCC CTGGTGCTAA AGGTAACCCA 
GGAAACCCAG GACTGCCCGG CCTATCAGGG ATTACAGGAC CTAAAGGAGA TCCAGGTCTT 
CCAGGATTTC CAGGCAGCCC AGGAGCTCCA GGACCTAAAG GAGCTGATGG GCCCACAGGA 
AACTCTGGGT TACCTGGGCC TCCAGGCATT CGGGGTGAAT CAGGTCGTCC TGGACTTCAA 
GGACCTCCTG GTGAAAAGGG TCAACCAGGT CAGGATGGAA TTCCTGGGCC TTCTGGTTTG 
AAGGGAGAAC CAGGTTTGCC AGGTTTTGGA TCACCAGGGT TACCTGGCCT TCCAGGAAGT 
CTAGGTCCAA AGGGTGATGC AGGACTTCCT GGAACCCCTG GAAACCCCGG ATTTCCAGGT 
TTCAAAGGAG ATCAAGGCTT TCCGGGATCT TCTGGGCCAC AAGGACCTCC AGGACAAGCT 
GGCCTAACAG GGCCACGGAC AGAAGGACCC AAGGGAGATC CTGGGCCTGT AGGTCCCTCT 
GGAAGACCAG GTCCTCCTGG CCTAGAAGGT GCCCGTGGTC CCCCTGGTGA GGGAAGTTTT 
AAAGGAGAAA AAGGAAACCC TGGACTTCCA GGTCAGCCTG GATTTCCAGG AACTAAAGGA 
GAACCAGGAG CACGTGGTTT CCCAGGTGAC CCAGGACGAC CAGGTCTTAA TGGGATGAAA 
GGTGACCAAG GTGTTCCTGG TGTTCCAGGA TTCCCAGGTA TGAAAGGACC AGGTGGCCCT 
CCTGGATTGG GTGGCATTCA AGGTGAACCA GGTCTCCCAG GTGATATGGG TTTGCCAGGT 
CCTCCTGGGC CTAAAGGAGA ATACCGTGAG ATCAAAGGAG CTTCAGGTCT GCCAGGTCCC 
CCCGGTCGCC CAGGAGCAAA TGGACCTCCA GGATCCCTTG GACCACCCGG ACTTCCAGGT 
CCTTTGGGTC TCCCTGGAGA TCCTGGCAGA GATGGACTCC CTGGATTTGA GGGACAAAGT 
GGAAGAAAGG GTGAACGTGG CCCACCAGGC CAACCAGGAT CTCGAGGAAT TAATGGTCCA 
CCCGGTCCAG ACGGTTTACA AGGTCCTCCT GGCCCCTCTG GGCTAGGATC TGTTGCTCAT 
GGATTCCTTA TGACCCGGCA CAGTCAATCA ACAGATGTCC CAGGCTGTCC GCTTGGAACC 
ACCAGTATCT ATGATGGCTA TTCCCTACTG TATGTGCAAG GAAATGAGAG GGCACACGGA 
CAAGATTTGG GTACCGCTGG CAGCTGCCTC CGCCGCTTCA GCACAATGCC TTTCATGTTC 
TGCAACATTA ATAACGTGTG TAACTTTGCT TCAAGAAATG ATTATTCCTA CTGGCTGTCC 
ACGCCGGAGC CTATGCCTAT GAGCATGGAT CCTTTAAGAG GGAGGGATAT TCAGCCATTC 
ATTAGCAGGT GTGCTGTTTG TGAAGCTCCA GCTATGGTGA TTGCAGTCCA CAGCCAGACA 
ATACAAATCC CACAATGCCC ACAAGGCTGG TCCTCTCTCT GGATTGGATA CTCTTTCATG 
ATGCATACAA GTGCCGGTGC TGAAGGCTCA GGACAAGCTC TGGCATCACC TGGATCCTGC 
TTGGAAGAAT TCCGATCCGC GCCTTTCATT GAATGTCACG GCCGGGGAAC CTGCAATTAC 
TATGCCAATT CGTACAGTTT TTGGTTGGCC ACAGTGGAAA TGTCTGAAAT GTTTAGCAAA 
CCTCAGTCGG AAACACTAAA AGCGGGTGAT CTAAGGACAC GTGTCAGTCG TTGCCAAGTA 
TGTATGAAGA GGACGTAA

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

PubMed

REQUEST A QUOTE

EMAIL

gene@genscript.com

PHONE

1-877-436-7274

ONLINE FORM

Online Quote Submission

ONLINE FORM

Online Quote Submission

LOC108700098 cDNA ORF clone, Xenopus laevis(African clawed frog)

Gene

Clones

gRNAs

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Most Popular Services

Services & Products

News & Blogs

REQUEST A QUOTE

EMAIL

PHONE

ONLINE FORM

ONLINE FORM