COL16A1 cDNA ORF clone, Ailuropoda melanoleuca(giant panda)

Gene
Clones
gRNAs

Summary

Gene Symbol	COL16A1
Entrez Gene ID	100484539
Full Name	collagen type XVI alpha 1 chain
Gene Type	protein-coding
Organism	Ailuropoda melanoleuca(giant panda)

mRNA and Protein(s)

mRNA	Protein	Name
XM_011230734.2	XP_011229036.1	collagen alpha-1(XVI) chain

Pathways from BioSystems
Gene Ontology

The following COL16A1 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the COL16A1 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
OAc33224	XM_011230734.2 Latest version!	Ailuropoda melanoleuca collagen type XVI alpha 1 chain (COL16A1), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00

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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)

COL16A1 ( XM_011230734.2 ) cDNA ORF clone, Ailuropoda melanoleuca(giant panda) -> XP_011229036.1 Ailuropoda melanoleuca collagen type XVI alpha 1 chain (COL16A1), mRNA.

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CloneID	OAc33224
Clone ID Related Accession (Same CDS sequence)	XM_011230734.2
Accession Version	XM_011230734.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4878bp) 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	1482768000000
Organism	Ailuropoda melanoleuca(giant panda)
Product	collagen alpha-1(XVI) chain
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_003218038.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process On Dec 28, 2016 this sequence version replaced XM_011230734.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Ailuropoda melanoleuca Annotation Release 102 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGTGGGCGT CTTGGGTTCC TGGCTTGTGG CTGCTCGGTC TCTGGGCCAC GTGCAGCCAG 
GGGGCAGATA CAGGTGAGCA ATGCCCACCT TCACGACAGG AAGGACTCAA ACTGGAACAC 
AGAAGCCATT TATCGACCAA CGTGACCGGC TTTAATCTCA TCCGCCGACT CAGCCTCATG 
AAAGCATCTG CCATCAAGAA GATCCGCAAC CCCAAGGGGT CCCTCATCCT GCGACTGGGG 
ACAGCCCCGC TCACCCAGCC AGTGCGACGA GTATTCCCTA GGGGCCTCCC CGATGAGTTT 
GCCCTGGTGC TGACGCTCGC GCTGAAGAAA CACACCCACC AGAGCACGTG GTATTTATTT 
CAAGTGACCG ATGGAGATGG GTACCCACAG ATTTCCCTGG AAGTCAACAG CCAAGAGCGG 
AGCCTGGAGC TCCGGGCCCG GGGCCAAGAC GGCGACTTCG TGTCCTGCAT CTTCCCAGTG 
CCCCAGCTCT TTGACCTGCG CTGGCACAAG CTGGTGCTAA GTGTGGCTGA ACGCGTGGCC 
TCCGTGCACG TGGACTGCAC CTCAGCCTCC TCTCAGCCTC TGGGGCCCCG GCAACCCATA 
CGGCCCGTGG GCCATGTCTT TCTGGGCTTG GACGCAGAGC AGGGGAAACC CGTCTCGTTT 
GACCTTCAGC AGGCACACAT CTACTGTGAC CCAGAGCTGG TGCTGGAGGA GGGGTGCTGT 
GAGATTTTAC CAGGAGGGTG TCCCCCAGAG ACCTCCAAGG CCCGCCGGGA CACCCAGAGC 
AATGAGCTCA TTGAGATCAA TCCACAGACT GAAGGCAAGG TTTACACCCG CTGCTTCTGC 
CTAGAGGAGC CTCAAAACAG CAAGGTGGAC ACCCAGCTGA CAGGAAGCAT CAGCCAGAAG 
GCAGAGAGGG GAACAAAGGC CCATCAGGAG ACAGCAGCCG ATGAGTGCCC ACCCTGTGTC 
CATGGTGCCC GGGAAAGCAA TGTCACAATC GGTCCCTCTG GACCCAAGGG AGGGAAAGGT 
GAGCGAGGCC TGCCTGGCCC ATCAGGCCCC AAGGGAGAGA AGGGAGCCCG GGGCAGTGAC 
TGTGTCCGAA TCTCCCCGGA TGCCCCGCTT CAGTGTGCAG AAGGCCTGAA GGGAGAGAAG 
GGGGAGTCAG GAGCCTTGGG ACCCTCAGGA CTTCCAGGCT CTACAGGCCA GAAGGGCCAG 
AAAGGCGAGA AGGGAGACGG AGGTGTCAAG GGCTCGCCGG GAAAGCCAGG CCGCGATGGC 
CGGCCAGGGG AGATCTGCGT CATGGGGCCC AAAGGGCAGA AGGGAGACCC TGGCTTTGTT 
GGGCCTGAGG GGCTGGCAGG AGAGCCTGGG CGCCCTGGCC TCCCTGGGCC CCCTGGGATA 
GGACTTCCTG GGACCCCAGG GGACCCAGGC GGCCCTCCAG GCCCGAAGGG AGACAAGGGC 
AGCTCGGGGG TGCCAGGAAA GGAAGGTCCT GGTGGGAAAC CTGGGAAACC AGGGGTGCCG 
GGGCTGAAGG GAGAGAAGGG TGACCCCTGT GAAGTGTGCC CAACGCTGCC AGAAGGCTTC 
CAGAACTTTG TGGGGCTCCC TGGAAAGCCA GGGCCCAAGG GGGAGCCAGG TGATCCTGCA 
CCAGCCAAGG AGGGCCTGGG AGCTGTTGGA TGGAAAGGTG ATCGGGGAGA CCCTGGCATC 
CAAGGCGCCA AAGGAGAGAA GGGAGACTCT TGTTTGTCCT GCAGCTTAGC TGTAGGGGCC 
CAGCATCTTG GGCCCTCCAC AGGGGCCAAA GGAGATGTGG GCTCCCCTGG CTTCGGTTTG 
CCTGGCCTTC CGGGGAAAGT TGGGGCTCCA GGGCCAGCAG GGCTGAAAGG AGAGAAGGGT 
AATTTTGGGG AGGCAGGGCC AGCCGGCCAG CAGGGGCCAC CAGGGCCAGT GGGACCCACA 
GGCATCAAAG GGGAGAAGGG GGAGCCTTGT GAACCATGCC CAGCCCTGTC CAGGCCTCAG 
GATGGGGACA GCTACACGGT GGCCTTGCCT GGCCCTCCCG GAGAGAAGGG AGAGCCCGGG 
CCTCCAGGCT TCGGCTTGCC AGGAAAACAG GGCAAGGCTG GAGACCATGG ACTGAAGGGG 
CAGAAGGGTG ATGCTGGGAA TCCTGGAGAT CCTGGAGTGC CAGGCACCAC CGGGCAGCCG 
GGGCTGTCGG GAGAGCCTGG GGTTCGGGGT CCTGTGGGCC CGAAAGGAGA AAAGGGTGAT 
GGCTGCACTG CCTGCCCCAG CCTGCAGGGG GCAGTGATGA ACATGGCGGG ACTGCCTGGG 
AAGCCGGGCC CCAAAGGAGA GCCGGGGCCA GAAGGTGTGG GCCGGCCTGG TAAACCGGGC 
CGGCCTGGTC TACCTGGAGT TCAAGGGCCC CCAGGACTGA AAGGCATCCA GGGAGAGCCT 
GGGCCTCCAG GAAAGGGAGT CCAAGGGCCC CAGGGGGAAC CGGGAGTCCA GGGTTTGCCT 
GGCATTCAGG GACTTCCAGG ACCTCGGGGA CCACCTGGAC CCGTTGGAGA GAAAGGCACC 
AAGGGCTCTC CGGGACTGAA AGGAGCCACT GGGCCTATGG GGCCCCCTGG TGCCAGTGTC 
TCTGGGCCTC CGGGCCCAGA TGGGCAGCAA GGACAAACTG GACTTCCAGG AGCCAGAGGG 
ACTCCGGGTG AAAAGGGACC TCAGGGAGAG AAGGGCGAGC CAGGGGAGTG TTCCTGCCCC 
TCTCGAGGGG ACCCCATCTT CTCTGGCATG CCGGGTGCTC CGGGACTTTG GATGGGCAGC 
TCCTGGCAGC CGGGCCCGCA GGGTCCCCCA GGTGTTCCCG GACCACCTGG CCCTCCTGGA 
ATGCCCGGGC TACAGGGAGT GCCTGGAAAC ACCGGTTTGC CCGGACAGCC CGGGCTAACT 
GCGGAACTGG GATCCTTACC AATTGAACAG CACCTCCTTA AGAGCATCTG CGGGGACTGC 
GTCCAGGGGC AGACAGCCCA CCCAGTGGCA TTCCTGGAAA AAGGAGAGAA GGGAGACAAG 
GGTATCCCTG GCGTGCCAGG CCTGGACAGC TGTGCCCGGT GCTTCGCAGA GCGGGAGCGC 
CCAAGAGCTG AGGAGGCCCG GGGAGACAAC AGCGAGGGGG ATCCAGGCTG TGCGGGGAGC 
CCCGGCCTGC CTGGTCCTCC GGGACTGCCC GGCCAGAGAG GAGAAGAGGG TCCGCCTGGC 
ATGAGGGGCT CCCCGGGTCC TCCAGGCCCT ATCGGCCCCC CAGGTTTTCC TGGTGCTGTT 
GGCTCCCCCG GATTGCCTGG TCTTCAAGGA GAGCGAGGCC TCAGGGGCCC GACAGGAGAG 
AAGGGGGAAC TGGGTCCTCC AGGGCAGCCT GGCTACCCAG GTGCCATGGG CCCCCCAGGA 
CTGCCTGGCA TCAAGGGGGA GCGGGGCTAC GTTGGGCCCC CAGGAGAGAA GGGAGAATCG 
GGCCCACCAG GATCTGAAGG CCTCCCAGGT CCCGCAGGCC CAGCGGGTCC CCGAGGAGAG 
CGAGGCCCCC AAGGGAACTC AGGAGAGAAG GGCGACCAGG GATTTCAAGG CCAGCCAGGC 
TTTCCCGGCC CACCGGGTCC CCCTGGATTC CCAGGCAAAG CAGGAGCACC CGGCCCACCT 
GGACCCCAAG CAGAGAAGGG CAGCGAAGGG ATTCGAGGCC CACCAGGCAT GCCTGGTGCC 
GCTGGGCCAC CAGGATCTCC TGGGATTCAG GGCCCTGCTG GCCTGGATGG TCTGGATGGG 
AAGGACGGCA AGCCTGGCTT GAGGGGGGAC CCTGGTCCCG CTGGCCCCCC TGGACTCATG 
GGACCCCCGG GCTTCAAGGG GAAAACGGGA CACCCCGGCC TCCCAGGACC AAAGGGCGAC 
TGTGGAAAAC CAGGTCCCCC AGGCAGCAGC GGCCGGCCCG GAGCAGAGGG TGAGCCTGGT 
GCCATGGGAC CTCAGGGAAG ACCCGGGCCC CCTGGCCATG TTGGGCCACC AGGGCCTCCA 
GGCCAGCCGG GCCCAGCTGG GATCTCTGCA ATGGGTCTAA AAGGAGATCG GGGAGCCACT 
GGAGAAAGGG GCCTTCTAGG ACTTCCAGGC CAGCCTGGCC CCCCCGGACA TCCTGGCCCC 
CCGGGTGAAC CCGGTGCAGA CGGTGCAGAC GGCAAAGAGG GACCCCCTGG AAAACAGGGA 
CTCTATGGAC CCCCTGGTCC AAAGGGTGAT CCGGGACCTT CAGGACAGAA GGGCCAGGCA 
GGAGAGAAGG GAAGAGCTGG CATGCCTGGC GGGCCTGGCA AGAGTGGCTC CATGGGGCCT 
GTTGGGCCAC CAGGTCCGGC AGGAGAGAGA GGCCACCCTG GCTCTCCGGG GCCTGTGGGG 
AGCCCCGGCT TGCCTGGGAT GCCTGGCTCC ATGGGAGACA TGGTGAATTA TGATGAAATC 
AAGAGGTTCA TCAGACAAGA GATCATTAAA ATGTTTGATG AGAGGATGGC TTACTACACT 
TCCAGGATGC AGTTTCCCAT GGAGATGGCC GCAGCTCCGG GACGCCCAGG GCCCCCAGGG 
AAGGACGGTG CTCCAGGCCG GCCAGGCGCT CCGGGGTCGC CGGGACTCCC TGGTCAGATC 
GGCAGAGAAG GACGGCAGGG CGTGCCAGGA ATGAGAGGAT TGCCCGGGAC CAAAGGTGAA 
AAGGGGGATA TTGGCATCGG CATTGCAGGA GAAAATGGTC TCCCCGGCCC CCCAGGTCCT 
CAAGGCCCTC CGGGGTATGG CAAGATGGGC GCCACTGGAC CGATGGGCCA GCAAGGCATT 
CCTGGCATCC CTGGCCCCCC AGGTCCTATG GGCCAGCCAG GCAAGGCTGG CCACTGTAGC 
CCCTCTGACT GCTTTGGGGC CATGCCCATG GAGCAGCAGT ACCCACCCAT GAAGAACATG 
AAGGGGCCTT TTGGCTGA

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

RefSeq	XP_011229036.1
CDS	214..5091
Translation	MWASWVPGLWLLGLWATCSQGADTGEQCPPSRQEGLKLEHRSHLSTNVTGFNLIRRLSLMKASAIKKIRNPKGSLILRLGTAPLTQPVRRVFPRGLPDEFALVLTLALKKHTHQSTWYLFQVTDGDGYPQISLEVNSQERSLELRARGQDGDFVSCIFPVPQLFDLRWHKLVLSVAERVASVHVDCTSASSQPLGPRQPIRPVGHVFLGLDAEQGKPVSFDLQQAHIYCDPELVLEEGCCEILPGGCPPETSKARRDTQSNELIEINPQTEGKVYTRCFCLEEPQNSKVDTQLTGSISQKAERGTKAHQETAADECPPCVHGARESNVTIGPSGPKGGKGERGLPGPSGPKGEKGARGSDCVRISPDAPLQCAEGLKGEKGESGALGPSGLPGSTGQKGQKGEKGDGGVKGSPGKPGRDGRPGEICVMGPKGQKGDPGFVGPEGLAGEPGRPGLPGPPGIGLPGTPGDPGGPPGPKGDKGSSGVPGKEGPGGKPGKPGVPGLKGEKGDPCEVCPTLPEGFQNFVGLPGKPGPKGEPGDPAPAKEGLGAVGWKGDRGDPGIQGAKGEKGDSCLSCSLAVGAQHLGPSTGAKGDVGSPGFGLPGLPGKVGAPGPAGLKGEKGNFGEAGPAGQQGPPGPVGPTGIKGEKGEPCEPCPALSRPQDGDSYTVALPGPPGEKGEPGPPGFGLPGKQGKAGDHGLKGQKGDAGNPGDPGVPGTTGQPGLSGEPGVRGPVGPKGEKGDGCTACPSLQGAVMNMAGLPGKPGPKGEPGPEGVGRPGKPGRPGLPGVQGPPGLKGIQGEPGPPGKGVQGPQGEPGVQGLPGIQGLPGPRGPPGPVGEKGTKGSPGLKGATGPMGPPGASVSGPPGPDGQQGQTGLPGARGTPGEKGPQGEKGEPGECSCPSRGDPIFSGMPGAPGLWMGSSWQPGPQGPPGVPGPPGPPGMPGLQGVPGNTGLPGQPGLTAELGSLPIEQHLLKSICGDCVQGQTAHPVAFLEKGEKGDKGIPGVPGLDSCARCFAERERPRAEEARGDNSEGDPGCAGSPGLPGPPGLPGQRGEEGPPGMRGSPGPPGPIGPPGFPGAVGSPGLPGLQGERGLRGPTGEKGELGPPGQPGYPGAMGPPGLPGIKGERGYVGPPGEKGESGPPGSEGLPGPAGPAGPRGERGPQGNSGEKGDQGFQGQPGFPGPPGPPGFPGKAGAPGPPGPQAEKGSEGIRGPPGMPGAAGPPGSPGIQGPAGLDGLDGKDGKPGLRGDPGPAGPPGLMGPPGFKGKTGHPGLPGPKGDCGKPGPPGSSGRPGAEGEPGAMGPQGRPGPPGHVGPPGPPGQPGPAGISAMGLKGDRGATGERGLLGLPGQPGPPGHPGPPGEPGADGADGKEGPPGKQGLYGPPGPKGDPGPSGQKGQAGEKGRAGMPGGPGKSGSMGPVGPPGPAGERGHPGSPGPVGSPGLPGMPGSMGDMVNYDEIKRFIRQEIIKMFDERMAYYTSRMQFPMEMAAAPGRPGPPGKDGAPGRPGAPGSPGLPGQIGREGRQGVPGMRGLPGTKGEKGDIGIGIAGENGLPGPPGPQGPPGYGKMGATGPMGQQGIPGIPGPPGPMGQPGKAGHCSPSDCFGAMPMEQQYPPMKNMKGPFG

Target ORF information:

RefSeq Version	XM_011230734.2
Organism	Ailuropoda melanoleuca(giant panda)
Definition	Ailuropoda melanoleuca collagen type XVI alpha 1 chain (COL16A1), mRNA.

Target ORF information:

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

XM_011230734.2

ORF Insert Sequence:

ATGTGGGCGT CTTGGGTTCC TGGCTTGTGG CTGCTCGGTC TCTGGGCCAC GTGCAGCCAG 
GGGGCAGATA CAGGTGAGCA ATGCCCACCT TCACGACAGG AAGGACTCAA ACTGGAACAC 
AGAAGCCATT TATCGACCAA CGTGACCGGC TTTAATCTCA TCCGCCGACT CAGCCTCATG 
AAAGCATCTG CCATCAAGAA GATCCGCAAC CCCAAGGGGT CCCTCATCCT GCGACTGGGG 
ACAGCCCCGC TCACCCAGCC AGTGCGACGA GTATTCCCTA GGGGCCTCCC CGATGAGTTT 
GCCCTGGTGC TGACGCTCGC GCTGAAGAAA CACACCCACC AGAGCACGTG GTATTTATTT 
CAAGTGACCG ATGGAGATGG GTACCCACAG ATTTCCCTGG AAGTCAACAG CCAAGAGCGG 
AGCCTGGAGC TCCGGGCCCG GGGCCAAGAC GGCGACTTCG TGTCCTGCAT CTTCCCAGTG 
CCCCAGCTCT TTGACCTGCG CTGGCACAAG CTGGTGCTAA GTGTGGCTGA ACGCGTGGCC 
TCCGTGCACG TGGACTGCAC CTCAGCCTCC TCTCAGCCTC TGGGGCCCCG GCAACCCATA 
CGGCCCGTGG GCCATGTCTT TCTGGGCTTG GACGCAGAGC AGGGGAAACC CGTCTCGTTT 
GACCTTCAGC AGGCACACAT CTACTGTGAC CCAGAGCTGG TGCTGGAGGA GGGGTGCTGT 
GAGATTTTAC CAGGAGGGTG TCCCCCAGAG ACCTCCAAGG CCCGCCGGGA CACCCAGAGC 
AATGAGCTCA TTGAGATCAA TCCACAGACT GAAGGCAAGG TTTACACCCG CTGCTTCTGC 
CTAGAGGAGC CTCAAAACAG CAAGGTGGAC ACCCAGCTGA CAGGAAGCAT CAGCCAGAAG 
GCAGAGAGGG GAACAAAGGC CCATCAGGAG ACAGCAGCCG ATGAGTGCCC ACCCTGTGTC 
CATGGTGCCC GGGAAAGCAA TGTCACAATC GGTCCCTCTG GACCCAAGGG AGGGAAAGGT 
GAGCGAGGCC TGCCTGGCCC ATCAGGCCCC AAGGGAGAGA AGGGAGCCCG GGGCAGTGAC 
TGTGTCCGAA TCTCCCCGGA TGCCCCGCTT CAGTGTGCAG AAGGCCTGAA GGGAGAGAAG 
GGGGAGTCAG GAGCCTTGGG ACCCTCAGGA CTTCCAGGCT CTACAGGCCA GAAGGGCCAG 
AAAGGCGAGA AGGGAGACGG AGGTGTCAAG GGCTCGCCGG GAAAGCCAGG CCGCGATGGC 
CGGCCAGGGG AGATCTGCGT CATGGGGCCC AAAGGGCAGA AGGGAGACCC TGGCTTTGTT 
GGGCCTGAGG GGCTGGCAGG AGAGCCTGGG CGCCCTGGCC TCCCTGGGCC CCCTGGGATA 
GGACTTCCTG GGACCCCAGG GGACCCAGGC GGCCCTCCAG GCCCGAAGGG AGACAAGGGC 
AGCTCGGGGG TGCCAGGAAA GGAAGGTCCT GGTGGGAAAC CTGGGAAACC AGGGGTGCCG 
GGGCTGAAGG GAGAGAAGGG TGACCCCTGT GAAGTGTGCC CAACGCTGCC AGAAGGCTTC 
CAGAACTTTG TGGGGCTCCC TGGAAAGCCA GGGCCCAAGG GGGAGCCAGG TGATCCTGCA 
CCAGCCAAGG AGGGCCTGGG AGCTGTTGGA TGGAAAGGTG ATCGGGGAGA CCCTGGCATC 
CAAGGCGCCA AAGGAGAGAA GGGAGACTCT TGTTTGTCCT GCAGCTTAGC TGTAGGGGCC 
CAGCATCTTG GGCCCTCCAC AGGGGCCAAA GGAGATGTGG GCTCCCCTGG CTTCGGTTTG 
CCTGGCCTTC CGGGGAAAGT TGGGGCTCCA GGGCCAGCAG GGCTGAAAGG AGAGAAGGGT 
AATTTTGGGG AGGCAGGGCC AGCCGGCCAG CAGGGGCCAC CAGGGCCAGT GGGACCCACA 
GGCATCAAAG GGGAGAAGGG GGAGCCTTGT GAACCATGCC CAGCCCTGTC CAGGCCTCAG 
GATGGGGACA GCTACACGGT GGCCTTGCCT GGCCCTCCCG GAGAGAAGGG AGAGCCCGGG 
CCTCCAGGCT TCGGCTTGCC AGGAAAACAG GGCAAGGCTG GAGACCATGG ACTGAAGGGG 
CAGAAGGGTG ATGCTGGGAA TCCTGGAGAT CCTGGAGTGC CAGGCACCAC CGGGCAGCCG 
GGGCTGTCGG GAGAGCCTGG GGTTCGGGGT CCTGTGGGCC CGAAAGGAGA AAAGGGTGAT 
GGCTGCACTG CCTGCCCCAG CCTGCAGGGG GCAGTGATGA ACATGGCGGG ACTGCCTGGG 
AAGCCGGGCC CCAAAGGAGA GCCGGGGCCA GAAGGTGTGG GCCGGCCTGG TAAACCGGGC 
CGGCCTGGTC TACCTGGAGT TCAAGGGCCC CCAGGACTGA AAGGCATCCA GGGAGAGCCT 
GGGCCTCCAG GAAAGGGAGT CCAAGGGCCC CAGGGGGAAC CGGGAGTCCA GGGTTTGCCT 
GGCATTCAGG GACTTCCAGG ACCTCGGGGA CCACCTGGAC CCGTTGGAGA GAAAGGCACC 
AAGGGCTCTC CGGGACTGAA AGGAGCCACT GGGCCTATGG GGCCCCCTGG TGCCAGTGTC 
TCTGGGCCTC CGGGCCCAGA TGGGCAGCAA GGACAAACTG GACTTCCAGG AGCCAGAGGG 
ACTCCGGGTG AAAAGGGACC TCAGGGAGAG AAGGGCGAGC CAGGGGAGTG TTCCTGCCCC 
TCTCGAGGGG ACCCCATCTT CTCTGGCATG CCGGGTGCTC CGGGACTTTG GATGGGCAGC 
TCCTGGCAGC CGGGCCCGCA GGGTCCCCCA GGTGTTCCCG GACCACCTGG CCCTCCTGGA 
ATGCCCGGGC TACAGGGAGT GCCTGGAAAC ACCGGTTTGC CCGGACAGCC CGGGCTAACT 
GCGGAACTGG GATCCTTACC AATTGAACAG CACCTCCTTA AGAGCATCTG CGGGGACTGC 
GTCCAGGGGC AGACAGCCCA CCCAGTGGCA TTCCTGGAAA AAGGAGAGAA GGGAGACAAG 
GGTATCCCTG GCGTGCCAGG CCTGGACAGC TGTGCCCGGT GCTTCGCAGA GCGGGAGCGC 
CCAAGAGCTG AGGAGGCCCG GGGAGACAAC AGCGAGGGGG ATCCAGGCTG TGCGGGGAGC 
CCCGGCCTGC CTGGTCCTCC GGGACTGCCC GGCCAGAGAG GAGAAGAGGG TCCGCCTGGC 
ATGAGGGGCT CCCCGGGTCC TCCAGGCCCT ATCGGCCCCC CAGGTTTTCC TGGTGCTGTT 
GGCTCCCCCG GATTGCCTGG TCTTCAAGGA GAGCGAGGCC TCAGGGGCCC GACAGGAGAG 
AAGGGGGAAC TGGGTCCTCC AGGGCAGCCT GGCTACCCAG GTGCCATGGG CCCCCCAGGA 
CTGCCTGGCA TCAAGGGGGA GCGGGGCTAC GTTGGGCCCC CAGGAGAGAA GGGAGAATCG 
GGCCCACCAG GATCTGAAGG CCTCCCAGGT CCCGCAGGCC CAGCGGGTCC CCGAGGAGAG 
CGAGGCCCCC AAGGGAACTC AGGAGAGAAG GGCGACCAGG GATTTCAAGG CCAGCCAGGC 
TTTCCCGGCC CACCGGGTCC CCCTGGATTC CCAGGCAAAG CAGGAGCACC CGGCCCACCT 
GGACCCCAAG CAGAGAAGGG CAGCGAAGGG ATTCGAGGCC CACCAGGCAT GCCTGGTGCC 
GCTGGGCCAC CAGGATCTCC TGGGATTCAG GGCCCTGCTG GCCTGGATGG TCTGGATGGG 
AAGGACGGCA AGCCTGGCTT GAGGGGGGAC CCTGGTCCCG CTGGCCCCCC TGGACTCATG 
GGACCCCCGG GCTTCAAGGG GAAAACGGGA CACCCCGGCC TCCCAGGACC AAAGGGCGAC 
TGTGGAAAAC CAGGTCCCCC AGGCAGCAGC GGCCGGCCCG GAGCAGAGGG TGAGCCTGGT 
GCCATGGGAC CTCAGGGAAG ACCCGGGCCC CCTGGCCATG TTGGGCCACC AGGGCCTCCA 
GGCCAGCCGG GCCCAGCTGG GATCTCTGCA ATGGGTCTAA AAGGAGATCG GGGAGCCACT 
GGAGAAAGGG GCCTTCTAGG ACTTCCAGGC CAGCCTGGCC CCCCCGGACA TCCTGGCCCC 
CCGGGTGAAC CCGGTGCAGA CGGTGCAGAC GGCAAAGAGG GACCCCCTGG AAAACAGGGA 
CTCTATGGAC CCCCTGGTCC AAAGGGTGAT CCGGGACCTT CAGGACAGAA GGGCCAGGCA 
GGAGAGAAGG GAAGAGCTGG CATGCCTGGC GGGCCTGGCA AGAGTGGCTC CATGGGGCCT 
GTTGGGCCAC CAGGTCCGGC AGGAGAGAGA GGCCACCCTG GCTCTCCGGG GCCTGTGGGG 
AGCCCCGGCT TGCCTGGGAT GCCTGGCTCC ATGGGAGACA TGGTGAATTA TGATGAAATC 
AAGAGGTTCA TCAGACAAGA GATCATTAAA ATGTTTGATG AGAGGATGGC TTACTACACT 
TCCAGGATGC AGTTTCCCAT GGAGATGGCC GCAGCTCCGG GACGCCCAGG GCCCCCAGGG 
AAGGACGGTG CTCCAGGCCG GCCAGGCGCT CCGGGGTCGC CGGGACTCCC TGGTCAGATC 
GGCAGAGAAG GACGGCAGGG CGTGCCAGGA ATGAGAGGAT TGCCCGGGAC CAAAGGTGAA 
AAGGGGGATA TTGGCATCGG CATTGCAGGA GAAAATGGTC TCCCCGGCCC CCCAGGTCCT 
CAAGGCCCTC CGGGGTATGG CAAGATGGGC GCCACTGGAC CGATGGGCCA GCAAGGCATT 
CCTGGCATCC CTGGCCCCCC AGGTCCTATG GGCCAGCCAG GCAAGGCTGG CCACTGTAGC 
CCCTCTGACT GCTTTGGGGC CATGCCCATG GAGCAGCAGT ACCCACCCAT GAAGAACATG 
AAGGGGCCTT TTGGCTGA

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

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COL16A1 cDNA ORF clone, Ailuropoda melanoleuca(giant panda)

Gene

Clones

gRNAs

Target ORF information:

Target ORF information:

ORF Insert Sequence:

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