COL6A5 cDNA ORF clone, Ailuropoda melanoleuca(giant panda)

Gene
Clones
gRNAs

Summary

Gene Symbol	COL6A5
Entrez Gene ID	100484892
Full Name	collagen type VI alpha 5 chain
Gene Type	protein-coding
Organism	Ailuropoda melanoleuca(giant panda)

mRNA and Protein(s)

mRNA	Protein	Name
XM_019808467.1	XP_019664026.1	collagen alpha-5(VI) chain
XM_002927736.3	XP_002927782.2	collagen alpha-5(VI) chain

Pathways from BioSystems
Gene Ontology

The following COL6A5 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the COL6A5 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
OAc33475	XM_002927736.3 Latest version!	Ailuropoda melanoleuca collagen type VI alpha 5 chain (COL6A5), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	29-31	$1301.30 $1859.00
OAc33475	XM_019808467.1 Latest version!	Ailuropoda melanoleuca collagen type VI alpha 5 chain (COL6A5), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	29-31	$1301.30 $1859.00

ORF Online Only Promotion

Next-day Shipping ORF Clones ( in default vector with tag)
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2-4 Clone	40% OFF
5 or more Clone	50% OFF
All Other ORF Clones
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*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)

COL6A5 ( XM_019808467.1 ) cDNA ORF clone, Ailuropoda melanoleuca(giant panda) -> XP_019664026.1 Ailuropoda melanoleuca collagen type VI alpha 5 chain (COL6A5), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OAc33475
Clone ID Related Accession (Same CDS sequence)	XM_019808467.1 , XM_002927736.3
Accession Version	XM_019808467.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 7833bp) 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-5(VI) chain
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_003218623.1) 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 :: 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##

ATGAAGAGCC TGCTAATTAT ATTCGTCTTA ATCCTTTGGA CTGAAACACT GGCAGATCAG 
AGTCCAGAGC CGGGCCCTGA GTATGCGGAT GTCGTGTTTC TGGTGGACAG CTCCGACCAC 
CTGGGGACTA AGTCCTTCCC CCTCGTGAAA GCGTTCATCC ACAGAATGGT CAGCAGTCTG 
CCCATAGAGG CCCACAAGTA CCGCGTGGCC GTGGCGCAGT ACAGCGACCG GCTCCACAGC 
GAGTTCCAGC TGGGCACGTT CAAGAGCAGG AACCCCATGC TGAACCACCT CAAGAAGAAC 
TTGGGCTTCC TGGGCGGCTC CCTGCGGACC GGCCACGCTC TCCGGGAGGC GCACAGGACC 
TACTTCTCCG CGCCGGCCGG CGGGAGGGAC AAGAAGCAGT TTCCCCCGAT TCTGGTGGTC 
CTGGCCTCGG CCCAGTCCGA GGATGACGTG GAAGAGGCCT CCAAGGCCCT GCGGGAAGAC 
GGGGTGAGAA TCGTCTCCGT GGGGCTGCAG AGTGCCTCTG AGGAGGAGCT GAAGGCCATG 
GCCACCGCTC AGTTTCATTT CAACCTCCGG TCGGCCAGGG ACCTTGGCGC GTTTTCCCAA 
AACATGACGC AGATCATCAA GGAGGCCACC CAGTACAGGG ACGGAGCGGC CCCTCACAGT 
GTAGACGTTC CCTTCCCAGT GGCCTGTCAG AAAGATTCAT TAGCTGACCT CATATTCCTA 
GTGGATGAGT CAGTTGGCAC AGGACAAAAT TTAAGGAACC TGCAGAATTT CCTGAGGAAC 
ATTGCCGCCT CCATGGATGT GAGGTACAAC TGCACACGCC TTGGACTTAT GAGTTACAGT 
GATAGAACAA ACATTATTTC GCTTCTAAAT TCAAGCACAA CCCAGTATGA ATTTCAGGAG 
CAAATCCAGA AGCTTTCTGT CCAGGCTGGG AAATCCAATG CTGGGGCTGC CATTGAGAAG 
ATGAGGCTAG AAGCCTTCTC AGAGTCAAGT GGCAGCAGAA AGGCACAGGG AGTGCCTCAG 
ATTGCAGTCT TGGTCACTCA CAGACCATCT ACTGATGAGG TGCGTGATGT AGCAATACAA 
CTTCGGCTGC AGGATGTGAC TGTATTCGGC ATGAACATCC AAGGGGCTGA CGAAACCCAG 
TTAGAAGAAA TAGCATCTTA CCCTCCGAGA CAAATGGTTT CCATGCTCAA ATCCTATGCA 
GACTTGGAAA CTTACAGTAA AAACTTCCAG AAAAAGCTCC GGAATGAAAT TTGGTCCCAA 
ATTTCTACTC GTGCTGAGCA AATGGACCTT GACAGAACTG GCTGTATAGA TACAAAAGAG 
GCTGATATCT ATTTCCTCAT TGACGGCTCA ACCAGCATAC AGGGAAAACA CTTCGAGCAA 
ATCAAGGAAT TTATGTTGGC TGTGACAGGA ATGTTCAGCA TTGGCCCAGA CAAAGTCCAA 
GTTGGAGCCG TGCAGTATTC AGATAAGATG AGAGTGGAGT TTTATATCAA TGACAATTCT 
AATAATGTGA ACTTAAAGAA CGCAATTTTG AACATCGAGC AGCTTCAAGG CAACACCTAT 
ACCGGGGAGG CCCTGAATTT CACGCTGTCA ATAATAAAAG AAGATAGGAA GCTTAGGACA 
AGCCAGGTTC CCTGTTACCT CATTGTGCTG ACTGATGGGA GGTCCACAGA TGACGTCCTG 
GAGCCTGCTG AGAGATTAAG GGCTGAGCAA GTCACCATCC ATGCAGTTGG CATTGGGGAG 
GCTATAAAAG TACAACTCCA ACAAATTGCT GGGGGAGAAG AAAGGGTTAG CTTTGGGCAG 
AACTTTGATT CTTTAAGAAG CATAAAGAAT GAAGTGGTTC ACAGAATCTG CACTGAAAAA 
GGATGTGAAG ACATGAAGGC TGACATCATG TTTCTGGTGG ACAGTTCTGG CAGTATAGGA 
CTTGAAAATT TTGGAAAAAT GAAAACCTTC ATGAAAAGCC TATTAGCTAA GATTCAGATA 
GGTCCAGACA GAACTCATAT TGGTGTCATT CAGTTCAGTG ATAAAACTCG GGAAGAATTC 
CAGCTTAATA AATACTTCAC ACAAAATGAA ATTTCTGATG CAATAGACAG AATGTCTCTC 
ATCGACAAAA ACACTTTGAC TGGAAACGCA CTAATCTCTG TAGATCAATA CTTCACCCCC 
GCCAAGGGGG CCCGTATTGG GATCAAAAAG TTTCTTATTC TCATCACGGA TGGAGAAGCA 
CAAGATGCTG TGAGAGACCC TGCTAAAGCT CTTCGGGACA AAGGCGTGGT CATCTTCTCT 
GTGGGGGTGT ATGGAGCCAA TAGGACGCAG CTGGAGGAGA TCAGTGGGGA TGGCAACCTG 
GTCTTCCAAG TTGAGAGCTT TGATGATCTA AAGGCAATAG AAAGCAAACT CATTTTTCGT 
GTATGTGCTC TCCATGATTG TAAAAATATT AAAGTGTTGG ACATTGTGTT TGTGCTGGAT 
CATTCAGGCA GCATAAACAC ACAAGAGCAA GAAAACATGA TGGCTCTAAC TATCCATTTG 
GTGAAGAAAG CAGATGTTGG CAGCGACCGA GTTCGGATTG GAGCTCTCAA ATACTCAGAC 
TATCCTGAGA TTCTTTTCCA CCTTGGGAAA TACTCAAACA GATCCTCAGT CATCGAGCAC 
CTAAGGAGGC GCAGGAGCAC CGGAGGGGAT ACCTACACTG CCAGGGCTCT TGACCACACG 
AACATGATGT TCACGGAGGA ATATGGCAGC CGCATCCAGC AAAACGTGAA GCAGATGCTG 
ATCGTCATCA CTGACGGGGT ATCCCATGAC CGAAATCTGC TCAACGAGAC AGCATTGAAA 
TTAAGAAACA AAGGCATTGA TATCTACGCT GTGGGTGTAG GACAGGCTGA CCAACTTGAA 
CTTGAGGCTA TGGCAGGGAA TAAAAGCAAG ACTTTCCATG TAGATAATTT CAACAAATTG 
AAAGATATTT ACCTGCCTCT ACAAGAAAGT ATGTGTATCA ATGCACATGA GTGGTGTGAC 
ATTCAAGAAG CCGATGTGGT TTTCTTTTGT GACGGCTCCG ACATGGTCTC CAACTCAGAG 
TTTGTTACCA TGACAACTTT CGTGTCAGAA TTAATTGATC ATTTTAACAT TCAGAACCAG 
AAGATAAAAA TCGGGTTGGC TCAATTTGGG AGTGGCTTCC AAAAAATTAT CGAGTTGAAA 
AACTCTCTGA CTATACGGGA GTTGAAGACT CAAATTCAAA GCATTCCTAA GAGCAAGGGG 
TTTCCGCGAA TGGACCTGGC CCTTAAAAAA GTGAAAGCCA TGTTTGATCC ATCTTCCGGT 
GGGAGAAGAA ACGCTGGTGT CCCTCAAACT TTGGTAGTTA TCACATCCGG GGATCCCTAC 
TATGATGTGG CAGATGAAGT GAAAATCCTG AGAAACCTCG GAATTTGTGT CCTGGTTTGG 
GGCATAGGAA ATATTCATAA GGAGCAACTT CTGCCGTTAA CAGGCCATTC CGAAAAAATA 
GTCACCCTCC AAGACTTTAA TAAATTAATG AATGTGGATG TGAAAAAAAG AATGGTTCGT 
GAAATCTGCC AGAGCTGCGG GAAAACCAAT TGCTTTATGG ACATAGTGGT CGGGTTTGAC 
ATTTCCACCC ACCTGCTGGG GCAGCCGCTG TTCCACGGCC ACCCCCGGCT GAGATCCTAC 
CTCCCAGGCA TCTTAGAGGA CATCAGCTCC ATCAGGAGGG TCAGCTGCGG GGCAGGCTCA 
GACGTGCAGG TGAACGTGGC CTTCAAGGTG AACAATGACC GAGAATTCCC TGCCAAGTTC 
CAAATCTACC AGAAAGCAAT ATTTGACAGC CTGCTGCAAG TCACCGTCGA TGGGCCATCT 
CATCTGAATG CGCAGTTCCT GCAGTCGCTG TGGGATACAT TTAAGGATCA ATCTAAATCG 
CAAGGACAGG TGCTACTCAT CTTTTCAGAT GGTCTTGGGG GTGAAAGCGA GATAATGCTT 
GAAAATCAAT CGGACAGACT CAGAGAAGCA GGACTCGATG CTCTGCTGGT GGTGTCCCTA 
AACACGACTG CCCATGATGA ATTCTCCAGC TTTGAATTTG GAAAGGGATT TGATTACAGG 
ACTCACCTGA CCATTGGCAT GAGAGAGCTG GGCAAGATGC TGTCACAGTA CCTGGGAAAC 
ATCGCAGAGA AGACTTGCTG CTGCACATTC TGCAAGTGTT CGGGGACTCC AGGTCCTCAT 
GGGTCCCGAG GCCTACCAGC TGCCAAGGGT TCTCCGGGTC TGAAAGGCAG CAGAGGACAC 
CGGGGAGAGG ACGGAGACCC CGGAAGACGA GGAGACACTG GACCCCCAGG AGATAAAGGG 
ATTGCAGGAT GTCCAGGAGA GCAGGGTCAA AAGGGAGCCA AAGGATTTTC TGGAAGTAAG 
GGAGAACAAG GAGAGGATGG GATTGACGGA CTGGATGGGG AAGAGGGCTT TCATGGACCT 
CCTGGGGAAA AGGGAGAAAA AGGTGACCCA GGATCTCAGG GAAGCCCAGG TTCCAGAGGT 
CCCCCAGGGG GTTATGGGGA GAAGGGCTTT CCAGGAGATC CTGGTAATCC AGGACAAAAC 
AGTAACACCA AAGGACAAAA GGGCTCCAAA GGAGAACAAG GAAGACAAGG TAGAACTGGA 
CAGAAAGGGA CACCAGGCAA TCCTAATTCC AGAGGAAATA GGGGAAGGGA AGGCCAAAGG 
GGGCCCCCAG GTGCCTTGGG GGAGCCGGGA AATCGTGGAC CTGAAGGTAC CCAGGGAGCC 
GACGGATTAC AAGGCCCACA GGGGTTAAAT GGAATTCCCG GCAGGAAAGG AGAGAAGGGA 
AGCGAAGGGC ATAAAGGACC TCAGGGCTCT TCTGGGCCAG TGGGAGCTAA AGGGAACGTT 
GGAAGTCCTG GGCCTTCAGG GAAAAAAGGA GAACCTGGAA TTCTTGGAGA TCCAGGGCCA 
ATGGGGCAAG CTGGACAGAG AGGAAGACAG GGAGATTACG GCATCCCAGG CTATGGTCCT 
ATGGGACGAA AAGGAATAAA GGGCCCAAGA GGATTCCCTG GAGATATGGG GCAAAAGGGT 
GCTGTTGGTG ATCCTGGAAT TCCTGGGGGT CCTGGACCCA AAGGATTTAG GGGATTAACA 
CGCACTGTAG GCCTGAAAGG TGAAGAGGGA CTGCCAGGAC CCCCAGGCCC TCCTGGACGG 
AGAGGCATGA AAGGCATGGC GGGGAAACCC GTATATTCCC AATGTGATCT GATCCAGTTC 
ATGCGGGACC ATAGTCCTTG TTGGAAAGGA ACGTGTCCAG TGTACCCAAC AGAGCTGGTA 
TTTGCCCTGG ACCAGTCCTA CGGTATCTCC GAACAGAGAT TTAATGAAAT GAGGGAAATC 
GTCATATCCA TTGTCAATGA CCTTAACATC AAGGAAAGTA ACTGCCCGGT GGGAGCGAGA 
GTTGTTGTAG TTTCCTATGA CTCAGGCACG AGCTACCTCA TCCGCAGGTC AGACTACCGT 
AACAAGAAAC AGCTCCTCCA GCTTATTTCC CAAATAAAAT ACCGACCCCC CACAGAAGCC 
CGAGATGTTG GTAATGCAAT GAGGTTTGTG GCCCGGAACG TTTTCAAGCG GACATATGCA 
GGAGCCAACG TGAGGAAAGT CGCTGTGTTT TTCAGCAATG GACAAGCAGC CAGTCGGTCA 
TCCATCATCA CCGCTACCAT GGAGTTCAGT GCCCTAGACA TCAGTCCGGC AGTCTTTGCT 
TTTAACGAAA GGATTTTCCT TGAGGCTTTT GAGTTTGACA ACACTGGAAC ATTTCAGGTG 
ATCCCAGTTT CTCCAAATGG AGAGTATGAG CCATTAGAAA AATTTCAACA CTGTACACTT 
TGCTATGATA AATGTTTTCC AAATGAGTGC ATCAAAGAGA TTTCTTTACC TGAAGATGCA 
TACATGGATG TAGCCTTCCT CTTAGACAAT TCTCAGACTA TAGCAAATGA TGAGTTTAAG 
GCTGTGAAAA CCTTGGTGAG CTCTATGATT GACAACTTCA AAATTGCATC AGACCCTGGA 
ATCTCAAACT TTGGCGATAG GATTGCCCTG TTGAGCTATT CTCCTTGGGA TAGTTCTAGG 
GAAAAGAAAG GTGTGGTAAA AACAGAGTTT GGATTTACAA CTTACAACGA CGGAGTCCTA 
ATGAAGAGGC ACATCCAGTC TTCCTTCCGA CAGCTAGAAG GAGAAACCAC CATCGGCCAT 
ACCCTACTGT GGGTTGTAGA GAACCTCTTC CCACAAACAC CGAACTTGAG AAAACACAAA 
GTCCTTTTTG TGATCTCAGC TGGAGAATAT CATGAGAGAA AGGAGTTCTT GAAGAAGGTG 
GCTCTGAGGG CCAAATGTCA AGGCTATGTC ATATTTGTGA TTTCCCTGGG CTCTACATAT 
AAGGAGGACA TGGAGGAGTT AGCCAGCTAC CCACTTGATC ACCACCTGAT ACAGCTTGGG 
AGAATTCATA AACCAGATCT GGATTATATT ACAAAGTTTA TAAAGCCATT TGTTTACTCA 
GTCAGACGAG GATTCAATGA GTACCCACCC CCAGTGCTTG AGAATGACTG TAGACTCGTC 
TCAAGAGGAG AGGCTTATCA AAATAGTGAT CTCCTGCTTA CTCCTGAGCC ACATGAGATT 
TCTTCAGGAG AGAACAGCTT CATTGGCCAG GAATTAAGTG CAAGGAAAGA CTCGTCCTTC 
CTGTGGGAGG ACAATGCAAG TGACCATTTG GTTTACATAC CAAGCCATGT ACTTATGCCA 
CAAGAATTAA CGATCACATA TGAAAAAGAT TGGGATTCTG AAGAAATTGC AAGTTTAACT 
TCTGGACATG AAAACCATGG CAGAAAAGAA GAACCAGGTC TTCCTAATGA ACCTGGAGAT 
ACCTCTCTTC GAGAATATTA CATGGATGTG GCTTTCCTCA TAGATGCCTC CCAAAGAATA 
GGAAATGATG AGTTTAAGGA AGTGAAAGCT TTTCTAATCT CAGTGCTTGA TTATTTTCAC 
ATTGCCCCAG ACCCACTGAC CTCCATGTTA GGAGACAGAG TGGCAGTCCT GAGCTATTCT 
CCTCCAGGCT ATATGCCCAA CAGTGAAGAA TGCCCTGTCT ACCTGGAATT TGATTTGGTT 
ACTTATAACA GTATACACCA AATGAAACAT CATCTCCAAG ACTCTTTTCA ACAGCTCAAT 
GGAGATGTTT TTATTGGCCA TGCCCTGCAG TGGACAATTG AAAATGTGTT TGTAGGAACC 
CCCAACCTGA GGAAAAACAA AGTTATCTTT GTTATATCTG CTGGCGAAAC CAACCCCTTA 
GACAAGGAAG TCTTAAGAAA TGTAGCTCTG AGAGCCAAGT GTCAGAGCTA CTCCATATTT 
GTGTTTTCCT TTGGTCCTAT ACACAATGAC AAGGAATTGG AAGAATTAGC CAGCCACCCA 
CTGGATCATC ACTTAGTCCA GCTTGGCCGA ACCCACAAGC CAGATTTGAA CTATATCGCC 
AAGTTTGTCA AGCCTTTTGT TCATTTAATC AGACGTGCCA TCAACAAATA TCCCCCTGCA 
GATCTGAGAC CCAAGTGTGT TAACATCACC TCTCCCAACC CAGAGAACGT TGGCTCAGGA 
AACAATGTAT TCCTTATTCC TGAGGTATAT AAAATAGAGA CAGGAAACAG TGAGCTGTTT 
GATGAATTTG GTCCCCAGGA GCAGCATTCC TTTGTATTAG GGAACAATCC TAGTAATGGT 
TCTGAGACTA CTACTGATTT GATCCAGAAG TTATACATGC TCTTTTCAAC CGGAGAACTG 
GTGATGAACG ATAAGGAAGA GGCACATTCA GAAGAAATGC CAGCTCTAGC AGATGGTAAA 
CGAGATAAAA AAGATGGTGA GGACTCAAGA TGA

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

RefSeq	XP_019664026.1
CDS	1..7833
Translation	MKSLLIIFVLILWTETLADQSPEPGPEYADVVFLVDSSDHLGTKSFPLVKAFIHRMVSSLPIEAHKYRVAVAQYSDRLHSEFQLGTFKSRNPMLNHLKKNLGFLGGSLRTGHALREAHRTYFSAPAGGRDKKQFPPILVVLASAQSEDDVEEASKALREDGVRIVSVGLQSASEEELKAMATAQFHFNLRSARDLGAFSQNMTQIIKEATQYRDGAAPHSVDVPFPVACQKDSLADLIFLVDESVGTGQNLRNLQNFLRNIAASMDVRYNCTRLGLMSYSDRTNIISLLNSSTTQYEFQEQIQKLSVQAGKSNAGAAIEKMRLEAFSESSGSRKAQGVPQIAVLVTHRPSTDEVRDVAIQLRLQDVTVFGMNIQGADETQLEEIASYPPRQMVSMLKSYADLETYSKNFQKKLRNEIWSQISTRAEQMDLDRTGCIDTKEADIYFLIDGSTSIQGKHFEQIKEFMLAVTGMFSIGPDKVQVGAVQYSDKMRVEFYINDNSNNVNLKNAILNIEQLQGNTYTGEALNFTLSIIKEDRKLRTSQVPCYLIVLTDGRSTDDVLEPAERLRAEQVTIHAVGIGEAIKVQLQQIAGGEERVSFGQNFDSLRSIKNEVVHRICTEKGCEDMKADIMFLVDSSGSIGLENFGKMKTFMKSLLAKIQIGPDRTHIGVIQFSDKTREEFQLNKYFTQNEISDAIDRMSLIDKNTLTGNALISVDQYFTPAKGARIGIKKFLILITDGEAQDAVRDPAKALRDKGVVIFSVGVYGANRTQLEEISGDGNLVFQVESFDDLKAIESKLIFRVCALHDCKNIKVLDIVFVLDHSGSINTQEQENMMALTIHLVKKADVGSDRVRIGALKYSDYPEILFHLGKYSNRSSVIEHLRRRRSTGGDTYTARALDHTNMMFTEEYGSRIQQNVKQMLIVITDGVSHDRNLLNETALKLRNKGIDIYAVGVGQADQLELEAMAGNKSKTFHVDNFNKLKDIYLPLQESMCINAHEWCDIQEADVVFFCDGSDMVSNSEFVTMTTFVSELIDHFNIQNQKIKIGLAQFGSGFQKIIELKNSLTIRELKTQIQSIPKSKGFPRMDLALKKVKAMFDPSSGGRRNAGVPQTLVVITSGDPYYDVADEVKILRNLGICVLVWGIGNIHKEQLLPLTGHSEKIVTLQDFNKLMNVDVKKRMVREICQSCGKTNCFMDIVVGFDISTHLLGQPLFHGHPRLRSYLPGILEDISSIRRVSCGAGSDVQVNVAFKVNNDREFPAKFQIYQKAIFDSLLQVTVDGPSHLNAQFLQSLWDTFKDQSKSQGQVLLIFSDGLGGESEIMLENQSDRLREAGLDALLVVSLNTTAHDEFSSFEFGKGFDYRTHLTIGMRELGKMLSQYLGNIAEKTCCCTFCKCSGTPGPHGSRGLPAAKGSPGLKGSRGHRGEDGDPGRRGDTGPPGDKGIAGCPGEQGQKGAKGFSGSKGEQGEDGIDGLDGEEGFHGPPGEKGEKGDPGSQGSPGSRGPPGGYGEKGFPGDPGNPGQNSNTKGQKGSKGEQGRQGRTGQKGTPGNPNSRGNRGREGQRGPPGALGEPGNRGPEGTQGADGLQGPQGLNGIPGRKGEKGSEGHKGPQGSSGPVGAKGNVGSPGPSGKKGEPGILGDPGPMGQAGQRGRQGDYGIPGYGPMGRKGIKGPRGFPGDMGQKGAVGDPGIPGGPGPKGFRGLTRTVGLKGEEGLPGPPGPPGRRGMKGMAGKPVYSQCDLIQFMRDHSPCWKGTCPVYPTELVFALDQSYGISEQRFNEMREIVISIVNDLNIKESNCPVGARVVVVSYDSGTSYLIRRSDYRNKKQLLQLISQIKYRPPTEARDVGNAMRFVARNVFKRTYAGANVRKVAVFFSNGQAASRSSIITATMEFSALDISPAVFAFNERIFLEAFEFDNTGTFQVIPVSPNGEYEPLEKFQHCTLCYDKCFPNECIKEISLPEDAYMDVAFLLDNSQTIANDEFKAVKTLVSSMIDNFKIASDPGISNFGDRIALLSYSPWDSSREKKGVVKTEFGFTTYNDGVLMKRHIQSSFRQLEGETTIGHTLLWVVENLFPQTPNLRKHKVLFVISAGEYHERKEFLKKVALRAKCQGYVIFVISLGSTYKEDMEELASYPLDHHLIQLGRIHKPDLDYITKFIKPFVYSVRRGFNEYPPPVLENDCRLVSRGEAYQNSDLLLTPEPHEISSGENSFIGQELSARKDSSFLWEDNASDHLVYIPSHVLMPQELTITYEKDWDSEEIASLTSGHENHGRKEEPGLPNEPGDTSLREYYMDVAFLIDASQRIGNDEFKEVKAFLISVLDYFHIAPDPLTSMLGDRVAVLSYSPPGYMPNSEECPVYLEFDLVTYNSIHQMKHHLQDSFQQLNGDVFIGHALQWTIENVFVGTPNLRKNKVIFVISAGETNPLDKEVLRNVALRAKCQSYSIFVFSFGPIHNDKELEELASHPLDHHLVQLGRTHKPDLNYIAKFVKPFVHLIRRAINKYPPADLRPKCVNITSPNPENVGSGNNVFLIPEVYKIETGNSELFDEFGPQEQHSFVLGNNPSNGSETTTDLIQKLYMLFSTGELVMNDKEEAHSEEMPALADGKRDKKDGEDSR

Target ORF information:

RefSeq Version	XM_019808467.1
Organism	Ailuropoda melanoleuca(giant panda)
Definition	Ailuropoda melanoleuca collagen type VI alpha 5 chain (COL6A5), transcript variant X1, mRNA.

Target ORF information:

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

XM_019808467.1

ORF Insert Sequence:

ATGAAGAGCC TGCTAATTAT ATTCGTCTTA ATCCTTTGGA CTGAAACACT GGCAGATCAG 
AGTCCAGAGC CGGGCCCTGA GTATGCGGAT GTCGTGTTTC TGGTGGACAG CTCCGACCAC 
CTGGGGACTA AGTCCTTCCC CCTCGTGAAA GCGTTCATCC ACAGAATGGT CAGCAGTCTG 
CCCATAGAGG CCCACAAGTA CCGCGTGGCC GTGGCGCAGT ACAGCGACCG GCTCCACAGC 
GAGTTCCAGC TGGGCACGTT CAAGAGCAGG AACCCCATGC TGAACCACCT CAAGAAGAAC 
TTGGGCTTCC TGGGCGGCTC CCTGCGGACC GGCCACGCTC TCCGGGAGGC GCACAGGACC 
TACTTCTCCG CGCCGGCCGG CGGGAGGGAC AAGAAGCAGT TTCCCCCGAT TCTGGTGGTC 
CTGGCCTCGG CCCAGTCCGA GGATGACGTG GAAGAGGCCT CCAAGGCCCT GCGGGAAGAC 
GGGGTGAGAA TCGTCTCCGT GGGGCTGCAG AGTGCCTCTG AGGAGGAGCT GAAGGCCATG 
GCCACCGCTC AGTTTCATTT CAACCTCCGG TCGGCCAGGG ACCTTGGCGC GTTTTCCCAA 
AACATGACGC AGATCATCAA GGAGGCCACC CAGTACAGGG ACGGAGCGGC CCCTCACAGT 
GTAGACGTTC CCTTCCCAGT GGCCTGTCAG AAAGATTCAT TAGCTGACCT CATATTCCTA 
GTGGATGAGT CAGTTGGCAC AGGACAAAAT TTAAGGAACC TGCAGAATTT CCTGAGGAAC 
ATTGCCGCCT CCATGGATGT GAGGTACAAC TGCACACGCC TTGGACTTAT GAGTTACAGT 
GATAGAACAA ACATTATTTC GCTTCTAAAT TCAAGCACAA CCCAGTATGA ATTTCAGGAG 
CAAATCCAGA AGCTTTCTGT CCAGGCTGGG AAATCCAATG CTGGGGCTGC CATTGAGAAG 
ATGAGGCTAG AAGCCTTCTC AGAGTCAAGT GGCAGCAGAA AGGCACAGGG AGTGCCTCAG 
ATTGCAGTCT TGGTCACTCA CAGACCATCT ACTGATGAGG TGCGTGATGT AGCAATACAA 
CTTCGGCTGC AGGATGTGAC TGTATTCGGC ATGAACATCC AAGGGGCTGA CGAAACCCAG 
TTAGAAGAAA TAGCATCTTA CCCTCCGAGA CAAATGGTTT CCATGCTCAA ATCCTATGCA 
GACTTGGAAA CTTACAGTAA AAACTTCCAG AAAAAGCTCC GGAATGAAAT TTGGTCCCAA 
ATTTCTACTC GTGCTGAGCA AATGGACCTT GACAGAACTG GCTGTATAGA TACAAAAGAG 
GCTGATATCT ATTTCCTCAT TGACGGCTCA ACCAGCATAC AGGGAAAACA CTTCGAGCAA 
ATCAAGGAAT TTATGTTGGC TGTGACAGGA ATGTTCAGCA TTGGCCCAGA CAAAGTCCAA 
GTTGGAGCCG TGCAGTATTC AGATAAGATG AGAGTGGAGT TTTATATCAA TGACAATTCT 
AATAATGTGA ACTTAAAGAA CGCAATTTTG AACATCGAGC AGCTTCAAGG CAACACCTAT 
ACCGGGGAGG CCCTGAATTT CACGCTGTCA ATAATAAAAG AAGATAGGAA GCTTAGGACA 
AGCCAGGTTC CCTGTTACCT CATTGTGCTG ACTGATGGGA GGTCCACAGA TGACGTCCTG 
GAGCCTGCTG AGAGATTAAG GGCTGAGCAA GTCACCATCC ATGCAGTTGG CATTGGGGAG 
GCTATAAAAG TACAACTCCA ACAAATTGCT GGGGGAGAAG AAAGGGTTAG CTTTGGGCAG 
AACTTTGATT CTTTAAGAAG CATAAAGAAT GAAGTGGTTC ACAGAATCTG CACTGAAAAA 
GGATGTGAAG ACATGAAGGC TGACATCATG TTTCTGGTGG ACAGTTCTGG CAGTATAGGA 
CTTGAAAATT TTGGAAAAAT GAAAACCTTC ATGAAAAGCC TATTAGCTAA GATTCAGATA 
GGTCCAGACA GAACTCATAT TGGTGTCATT CAGTTCAGTG ATAAAACTCG GGAAGAATTC 
CAGCTTAATA AATACTTCAC ACAAAATGAA ATTTCTGATG CAATAGACAG AATGTCTCTC 
ATCGACAAAA ACACTTTGAC TGGAAACGCA CTAATCTCTG TAGATCAATA CTTCACCCCC 
GCCAAGGGGG CCCGTATTGG GATCAAAAAG TTTCTTATTC TCATCACGGA TGGAGAAGCA 
CAAGATGCTG TGAGAGACCC TGCTAAAGCT CTTCGGGACA AAGGCGTGGT CATCTTCTCT 
GTGGGGGTGT ATGGAGCCAA TAGGACGCAG CTGGAGGAGA TCAGTGGGGA TGGCAACCTG 
GTCTTCCAAG TTGAGAGCTT TGATGATCTA AAGGCAATAG AAAGCAAACT CATTTTTCGT 
GTATGTGCTC TCCATGATTG TAAAAATATT AAAGTGTTGG ACATTGTGTT TGTGCTGGAT 
CATTCAGGCA GCATAAACAC ACAAGAGCAA GAAAACATGA TGGCTCTAAC TATCCATTTG 
GTGAAGAAAG CAGATGTTGG CAGCGACCGA GTTCGGATTG GAGCTCTCAA ATACTCAGAC 
TATCCTGAGA TTCTTTTCCA CCTTGGGAAA TACTCAAACA GATCCTCAGT CATCGAGCAC 
CTAAGGAGGC GCAGGAGCAC CGGAGGGGAT ACCTACACTG CCAGGGCTCT TGACCACACG 
AACATGATGT TCACGGAGGA ATATGGCAGC CGCATCCAGC AAAACGTGAA GCAGATGCTG 
ATCGTCATCA CTGACGGGGT ATCCCATGAC CGAAATCTGC TCAACGAGAC AGCATTGAAA 
TTAAGAAACA AAGGCATTGA TATCTACGCT GTGGGTGTAG GACAGGCTGA CCAACTTGAA 
CTTGAGGCTA TGGCAGGGAA TAAAAGCAAG ACTTTCCATG TAGATAATTT CAACAAATTG 
AAAGATATTT ACCTGCCTCT ACAAGAAAGT ATGTGTATCA ATGCACATGA GTGGTGTGAC 
ATTCAAGAAG CCGATGTGGT TTTCTTTTGT GACGGCTCCG ACATGGTCTC CAACTCAGAG 
TTTGTTACCA TGACAACTTT CGTGTCAGAA TTAATTGATC ATTTTAACAT TCAGAACCAG 
AAGATAAAAA TCGGGTTGGC TCAATTTGGG AGTGGCTTCC AAAAAATTAT CGAGTTGAAA 
AACTCTCTGA CTATACGGGA GTTGAAGACT CAAATTCAAA GCATTCCTAA GAGCAAGGGG 
TTTCCGCGAA TGGACCTGGC CCTTAAAAAA GTGAAAGCCA TGTTTGATCC ATCTTCCGGT 
GGGAGAAGAA ACGCTGGTGT CCCTCAAACT TTGGTAGTTA TCACATCCGG GGATCCCTAC 
TATGATGTGG CAGATGAAGT GAAAATCCTG AGAAACCTCG GAATTTGTGT CCTGGTTTGG 
GGCATAGGAA ATATTCATAA GGAGCAACTT CTGCCGTTAA CAGGCCATTC CGAAAAAATA 
GTCACCCTCC AAGACTTTAA TAAATTAATG AATGTGGATG TGAAAAAAAG AATGGTTCGT 
GAAATCTGCC AGAGCTGCGG GAAAACCAAT TGCTTTATGG ACATAGTGGT CGGGTTTGAC 
ATTTCCACCC ACCTGCTGGG GCAGCCGCTG TTCCACGGCC ACCCCCGGCT GAGATCCTAC 
CTCCCAGGCA TCTTAGAGGA CATCAGCTCC ATCAGGAGGG TCAGCTGCGG GGCAGGCTCA 
GACGTGCAGG TGAACGTGGC CTTCAAGGTG AACAATGACC GAGAATTCCC TGCCAAGTTC 
CAAATCTACC AGAAAGCAAT ATTTGACAGC CTGCTGCAAG TCACCGTCGA TGGGCCATCT 
CATCTGAATG CGCAGTTCCT GCAGTCGCTG TGGGATACAT TTAAGGATCA ATCTAAATCG 
CAAGGACAGG TGCTACTCAT CTTTTCAGAT GGTCTTGGGG GTGAAAGCGA GATAATGCTT 
GAAAATCAAT CGGACAGACT CAGAGAAGCA GGACTCGATG CTCTGCTGGT GGTGTCCCTA 
AACACGACTG CCCATGATGA ATTCTCCAGC TTTGAATTTG GAAAGGGATT TGATTACAGG 
ACTCACCTGA CCATTGGCAT GAGAGAGCTG GGCAAGATGC TGTCACAGTA CCTGGGAAAC 
ATCGCAGAGA AGACTTGCTG CTGCACATTC TGCAAGTGTT CGGGGACTCC AGGTCCTCAT 
GGGTCCCGAG GCCTACCAGC TGCCAAGGGT TCTCCGGGTC TGAAAGGCAG CAGAGGACAC 
CGGGGAGAGG ACGGAGACCC CGGAAGACGA GGAGACACTG GACCCCCAGG AGATAAAGGG 
ATTGCAGGAT GTCCAGGAGA GCAGGGTCAA AAGGGAGCCA AAGGATTTTC TGGAAGTAAG 
GGAGAACAAG GAGAGGATGG GATTGACGGA CTGGATGGGG AAGAGGGCTT TCATGGACCT 
CCTGGGGAAA AGGGAGAAAA AGGTGACCCA GGATCTCAGG GAAGCCCAGG TTCCAGAGGT 
CCCCCAGGGG GTTATGGGGA GAAGGGCTTT CCAGGAGATC CTGGTAATCC AGGACAAAAC 
AGTAACACCA AAGGACAAAA GGGCTCCAAA GGAGAACAAG GAAGACAAGG TAGAACTGGA 
CAGAAAGGGA CACCAGGCAA TCCTAATTCC AGAGGAAATA GGGGAAGGGA AGGCCAAAGG 
GGGCCCCCAG GTGCCTTGGG GGAGCCGGGA AATCGTGGAC CTGAAGGTAC CCAGGGAGCC 
GACGGATTAC AAGGCCCACA GGGGTTAAAT GGAATTCCCG GCAGGAAAGG AGAGAAGGGA 
AGCGAAGGGC ATAAAGGACC TCAGGGCTCT TCTGGGCCAG TGGGAGCTAA AGGGAACGTT 
GGAAGTCCTG GGCCTTCAGG GAAAAAAGGA GAACCTGGAA TTCTTGGAGA TCCAGGGCCA 
ATGGGGCAAG CTGGACAGAG AGGAAGACAG GGAGATTACG GCATCCCAGG CTATGGTCCT 
ATGGGACGAA AAGGAATAAA GGGCCCAAGA GGATTCCCTG GAGATATGGG GCAAAAGGGT 
GCTGTTGGTG ATCCTGGAAT TCCTGGGGGT CCTGGACCCA AAGGATTTAG GGGATTAACA 
CGCACTGTAG GCCTGAAAGG TGAAGAGGGA CTGCCAGGAC CCCCAGGCCC TCCTGGACGG 
AGAGGCATGA AAGGCATGGC GGGGAAACCC GTATATTCCC AATGTGATCT GATCCAGTTC 
ATGCGGGACC ATAGTCCTTG TTGGAAAGGA ACGTGTCCAG TGTACCCAAC AGAGCTGGTA 
TTTGCCCTGG ACCAGTCCTA CGGTATCTCC GAACAGAGAT TTAATGAAAT GAGGGAAATC 
GTCATATCCA TTGTCAATGA CCTTAACATC AAGGAAAGTA ACTGCCCGGT GGGAGCGAGA 
GTTGTTGTAG TTTCCTATGA CTCAGGCACG AGCTACCTCA TCCGCAGGTC AGACTACCGT 
AACAAGAAAC AGCTCCTCCA GCTTATTTCC CAAATAAAAT ACCGACCCCC CACAGAAGCC 
CGAGATGTTG GTAATGCAAT GAGGTTTGTG GCCCGGAACG TTTTCAAGCG GACATATGCA 
GGAGCCAACG TGAGGAAAGT CGCTGTGTTT TTCAGCAATG GACAAGCAGC CAGTCGGTCA 
TCCATCATCA CCGCTACCAT GGAGTTCAGT GCCCTAGACA TCAGTCCGGC AGTCTTTGCT 
TTTAACGAAA GGATTTTCCT TGAGGCTTTT GAGTTTGACA ACACTGGAAC ATTTCAGGTG 
ATCCCAGTTT CTCCAAATGG AGAGTATGAG CCATTAGAAA AATTTCAACA CTGTACACTT 
TGCTATGATA AATGTTTTCC AAATGAGTGC ATCAAAGAGA TTTCTTTACC TGAAGATGCA 
TACATGGATG TAGCCTTCCT CTTAGACAAT TCTCAGACTA TAGCAAATGA TGAGTTTAAG 
GCTGTGAAAA CCTTGGTGAG CTCTATGATT GACAACTTCA AAATTGCATC AGACCCTGGA 
ATCTCAAACT TTGGCGATAG GATTGCCCTG TTGAGCTATT CTCCTTGGGA TAGTTCTAGG 
GAAAAGAAAG GTGTGGTAAA AACAGAGTTT GGATTTACAA CTTACAACGA CGGAGTCCTA 
ATGAAGAGGC ACATCCAGTC TTCCTTCCGA CAGCTAGAAG GAGAAACCAC CATCGGCCAT 
ACCCTACTGT GGGTTGTAGA GAACCTCTTC CCACAAACAC CGAACTTGAG AAAACACAAA 
GTCCTTTTTG TGATCTCAGC TGGAGAATAT CATGAGAGAA AGGAGTTCTT GAAGAAGGTG 
GCTCTGAGGG CCAAATGTCA AGGCTATGTC ATATTTGTGA TTTCCCTGGG CTCTACATAT 
AAGGAGGACA TGGAGGAGTT AGCCAGCTAC CCACTTGATC ACCACCTGAT ACAGCTTGGG 
AGAATTCATA AACCAGATCT GGATTATATT ACAAAGTTTA TAAAGCCATT TGTTTACTCA 
GTCAGACGAG GATTCAATGA GTACCCACCC CCAGTGCTTG AGAATGACTG TAGACTCGTC 
TCAAGAGGAG AGGCTTATCA AAATAGTGAT CTCCTGCTTA CTCCTGAGCC ACATGAGATT 
TCTTCAGGAG AGAACAGCTT CATTGGCCAG GAATTAAGTG CAAGGAAAGA CTCGTCCTTC 
CTGTGGGAGG ACAATGCAAG TGACCATTTG GTTTACATAC CAAGCCATGT ACTTATGCCA 
CAAGAATTAA CGATCACATA TGAAAAAGAT TGGGATTCTG AAGAAATTGC AAGTTTAACT 
TCTGGACATG AAAACCATGG CAGAAAAGAA GAACCAGGTC TTCCTAATGA ACCTGGAGAT 
ACCTCTCTTC GAGAATATTA CATGGATGTG GCTTTCCTCA TAGATGCCTC CCAAAGAATA 
GGAAATGATG AGTTTAAGGA AGTGAAAGCT TTTCTAATCT CAGTGCTTGA TTATTTTCAC 
ATTGCCCCAG ACCCACTGAC CTCCATGTTA GGAGACAGAG TGGCAGTCCT GAGCTATTCT 
CCTCCAGGCT ATATGCCCAA CAGTGAAGAA TGCCCTGTCT ACCTGGAATT TGATTTGGTT 
ACTTATAACA GTATACACCA AATGAAACAT CATCTCCAAG ACTCTTTTCA ACAGCTCAAT 
GGAGATGTTT TTATTGGCCA TGCCCTGCAG TGGACAATTG AAAATGTGTT TGTAGGAACC 
CCCAACCTGA GGAAAAACAA AGTTATCTTT GTTATATCTG CTGGCGAAAC CAACCCCTTA 
GACAAGGAAG TCTTAAGAAA TGTAGCTCTG AGAGCCAAGT GTCAGAGCTA CTCCATATTT 
GTGTTTTCCT TTGGTCCTAT ACACAATGAC AAGGAATTGG AAGAATTAGC CAGCCACCCA 
CTGGATCATC ACTTAGTCCA GCTTGGCCGA ACCCACAAGC CAGATTTGAA CTATATCGCC 
AAGTTTGTCA AGCCTTTTGT TCATTTAATC AGACGTGCCA TCAACAAATA TCCCCCTGCA 
GATCTGAGAC CCAAGTGTGT TAACATCACC TCTCCCAACC CAGAGAACGT TGGCTCAGGA 
AACAATGTAT TCCTTATTCC TGAGGTATAT AAAATAGAGA CAGGAAACAG TGAGCTGTTT 
GATGAATTTG GTCCCCAGGA GCAGCATTCC TTTGTATTAG GGAACAATCC TAGTAATGGT 
TCTGAGACTA CTACTGATTT GATCCAGAAG TTATACATGC TCTTTTCAAC CGGAGAACTG 
GTGATGAACG ATAAGGAAGA GGCACATTCA GAAGAAATGC CAGCTCTAGC AGATGGTAAA 
CGAGATAAAA AAGATGGTGA GGACTCAAGA TGA

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

COL6A5 ( XM_002927736.3 ) cDNA ORF clone, Ailuropoda melanoleuca(giant panda) -> XP_002927782.2 Ailuropoda melanoleuca collagen type VI alpha 5 chain (COL6A5), transcript variant X2, mRNA.

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CloneID	OAc33475
Clone ID Related Accession (Same CDS sequence)	XM_019808467.1 , XM_002927736.3
Accession Version	XM_002927736.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 7833bp) 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-5(VI) chain
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_003218623.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process On Dec 28, 2016 this sequence version replaced XM_002927736.2. ##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##

ATGAAGAGCC TGCTAATTAT ATTCGTCTTA ATCCTTTGGA CTGAAACACT GGCAGATCAG 
AGTCCAGAGC CGGGCCCTGA GTATGCGGAT GTCGTGTTTC TGGTGGACAG CTCCGACCAC 
CTGGGGACTA AGTCCTTCCC CCTCGTGAAA GCGTTCATCC ACAGAATGGT CAGCAGTCTG 
CCCATAGAGG CCCACAAGTA CCGCGTGGCC GTGGCGCAGT ACAGCGACCG GCTCCACAGC 
GAGTTCCAGC TGGGCACGTT CAAGAGCAGG AACCCCATGC TGAACCACCT CAAGAAGAAC 
TTGGGCTTCC TGGGCGGCTC CCTGCGGACC GGCCACGCTC TCCGGGAGGC GCACAGGACC 
TACTTCTCCG CGCCGGCCGG CGGGAGGGAC AAGAAGCAGT TTCCCCCGAT TCTGGTGGTC 
CTGGCCTCGG CCCAGTCCGA GGATGACGTG GAAGAGGCCT CCAAGGCCCT GCGGGAAGAC 
GGGGTGAGAA TCGTCTCCGT GGGGCTGCAG AGTGCCTCTG AGGAGGAGCT GAAGGCCATG 
GCCACCGCTC AGTTTCATTT CAACCTCCGG TCGGCCAGGG ACCTTGGCGC GTTTTCCCAA 
AACATGACGC AGATCATCAA GGAGGCCACC CAGTACAGGG ACGGAGCGGC CCCTCACAGT 
GTAGACGTTC CCTTCCCAGT GGCCTGTCAG AAAGATTCAT TAGCTGACCT CATATTCCTA 
GTGGATGAGT CAGTTGGCAC AGGACAAAAT TTAAGGAACC TGCAGAATTT CCTGAGGAAC 
ATTGCCGCCT CCATGGATGT GAGGTACAAC TGCACACGCC TTGGACTTAT GAGTTACAGT 
GATAGAACAA ACATTATTTC GCTTCTAAAT TCAAGCACAA CCCAGTATGA ATTTCAGGAG 
CAAATCCAGA AGCTTTCTGT CCAGGCTGGG AAATCCAATG CTGGGGCTGC CATTGAGAAG 
ATGAGGCTAG AAGCCTTCTC AGAGTCAAGT GGCAGCAGAA AGGCACAGGG AGTGCCTCAG 
ATTGCAGTCT TGGTCACTCA CAGACCATCT ACTGATGAGG TGCGTGATGT AGCAATACAA 
CTTCGGCTGC AGGATGTGAC TGTATTCGGC ATGAACATCC AAGGGGCTGA CGAAACCCAG 
TTAGAAGAAA TAGCATCTTA CCCTCCGAGA CAAATGGTTT CCATGCTCAA ATCCTATGCA 
GACTTGGAAA CTTACAGTAA AAACTTCCAG AAAAAGCTCC GGAATGAAAT TTGGTCCCAA 
ATTTCTACTC GTGCTGAGCA AATGGACCTT GACAGAACTG GCTGTATAGA TACAAAAGAG 
GCTGATATCT ATTTCCTCAT TGACGGCTCA ACCAGCATAC AGGGAAAACA CTTCGAGCAA 
ATCAAGGAAT TTATGTTGGC TGTGACAGGA ATGTTCAGCA TTGGCCCAGA CAAAGTCCAA 
GTTGGAGCCG TGCAGTATTC AGATAAGATG AGAGTGGAGT TTTATATCAA TGACAATTCT 
AATAATGTGA ACTTAAAGAA CGCAATTTTG AACATCGAGC AGCTTCAAGG CAACACCTAT 
ACCGGGGAGG CCCTGAATTT CACGCTGTCA ATAATAAAAG AAGATAGGAA GCTTAGGACA 
AGCCAGGTTC CCTGTTACCT CATTGTGCTG ACTGATGGGA GGTCCACAGA TGACGTCCTG 
GAGCCTGCTG AGAGATTAAG GGCTGAGCAA GTCACCATCC ATGCAGTTGG CATTGGGGAG 
GCTATAAAAG TACAACTCCA ACAAATTGCT GGGGGAGAAG AAAGGGTTAG CTTTGGGCAG 
AACTTTGATT CTTTAAGAAG CATAAAGAAT GAAGTGGTTC ACAGAATCTG CACTGAAAAA 
GGATGTGAAG ACATGAAGGC TGACATCATG TTTCTGGTGG ACAGTTCTGG CAGTATAGGA 
CTTGAAAATT TTGGAAAAAT GAAAACCTTC ATGAAAAGCC TATTAGCTAA GATTCAGATA 
GGTCCAGACA GAACTCATAT TGGTGTCATT CAGTTCAGTG ATAAAACTCG GGAAGAATTC 
CAGCTTAATA AATACTTCAC ACAAAATGAA ATTTCTGATG CAATAGACAG AATGTCTCTC 
ATCGACAAAA ACACTTTGAC TGGAAACGCA CTAATCTCTG TAGATCAATA CTTCACCCCC 
GCCAAGGGGG CCCGTATTGG GATCAAAAAG TTTCTTATTC TCATCACGGA TGGAGAAGCA 
CAAGATGCTG TGAGAGACCC TGCTAAAGCT CTTCGGGACA AAGGCGTGGT CATCTTCTCT 
GTGGGGGTGT ATGGAGCCAA TAGGACGCAG CTGGAGGAGA TCAGTGGGGA TGGCAACCTG 
GTCTTCCAAG TTGAGAGCTT TGATGATCTA AAGGCAATAG AAAGCAAACT CATTTTTCGT 
GTATGTGCTC TCCATGATTG TAAAAATATT AAAGTGTTGG ACATTGTGTT TGTGCTGGAT 
CATTCAGGCA GCATAAACAC ACAAGAGCAA GAAAACATGA TGGCTCTAAC TATCCATTTG 
GTGAAGAAAG CAGATGTTGG CAGCGACCGA GTTCGGATTG GAGCTCTCAA ATACTCAGAC 
TATCCTGAGA TTCTTTTCCA CCTTGGGAAA TACTCAAACA GATCCTCAGT CATCGAGCAC 
CTAAGGAGGC GCAGGAGCAC CGGAGGGGAT ACCTACACTG CCAGGGCTCT TGACCACACG 
AACATGATGT TCACGGAGGA ATATGGCAGC CGCATCCAGC AAAACGTGAA GCAGATGCTG 
ATCGTCATCA CTGACGGGGT ATCCCATGAC CGAAATCTGC TCAACGAGAC AGCATTGAAA 
TTAAGAAACA AAGGCATTGA TATCTACGCT GTGGGTGTAG GACAGGCTGA CCAACTTGAA 
CTTGAGGCTA TGGCAGGGAA TAAAAGCAAG ACTTTCCATG TAGATAATTT CAACAAATTG 
AAAGATATTT ACCTGCCTCT ACAAGAAAGT ATGTGTATCA ATGCACATGA GTGGTGTGAC 
ATTCAAGAAG CCGATGTGGT TTTCTTTTGT GACGGCTCCG ACATGGTCTC CAACTCAGAG 
TTTGTTACCA TGACAACTTT CGTGTCAGAA TTAATTGATC ATTTTAACAT TCAGAACCAG 
AAGATAAAAA TCGGGTTGGC TCAATTTGGG AGTGGCTTCC AAAAAATTAT CGAGTTGAAA 
AACTCTCTGA CTATACGGGA GTTGAAGACT CAAATTCAAA GCATTCCTAA GAGCAAGGGG 
TTTCCGCGAA TGGACCTGGC CCTTAAAAAA GTGAAAGCCA TGTTTGATCC ATCTTCCGGT 
GGGAGAAGAA ACGCTGGTGT CCCTCAAACT TTGGTAGTTA TCACATCCGG GGATCCCTAC 
TATGATGTGG CAGATGAAGT GAAAATCCTG AGAAACCTCG GAATTTGTGT CCTGGTTTGG 
GGCATAGGAA ATATTCATAA GGAGCAACTT CTGCCGTTAA CAGGCCATTC CGAAAAAATA 
GTCACCCTCC AAGACTTTAA TAAATTAATG AATGTGGATG TGAAAAAAAG AATGGTTCGT 
GAAATCTGCC AGAGCTGCGG GAAAACCAAT TGCTTTATGG ACATAGTGGT CGGGTTTGAC 
ATTTCCACCC ACCTGCTGGG GCAGCCGCTG TTCCACGGCC ACCCCCGGCT GAGATCCTAC 
CTCCCAGGCA TCTTAGAGGA CATCAGCTCC ATCAGGAGGG TCAGCTGCGG GGCAGGCTCA 
GACGTGCAGG TGAACGTGGC CTTCAAGGTG AACAATGACC GAGAATTCCC TGCCAAGTTC 
CAAATCTACC AGAAAGCAAT ATTTGACAGC CTGCTGCAAG TCACCGTCGA TGGGCCATCT 
CATCTGAATG CGCAGTTCCT GCAGTCGCTG TGGGATACAT TTAAGGATCA ATCTAAATCG 
CAAGGACAGG TGCTACTCAT CTTTTCAGAT GGTCTTGGGG GTGAAAGCGA GATAATGCTT 
GAAAATCAAT CGGACAGACT CAGAGAAGCA GGACTCGATG CTCTGCTGGT GGTGTCCCTA 
AACACGACTG CCCATGATGA ATTCTCCAGC TTTGAATTTG GAAAGGGATT TGATTACAGG 
ACTCACCTGA CCATTGGCAT GAGAGAGCTG GGCAAGATGC TGTCACAGTA CCTGGGAAAC 
ATCGCAGAGA AGACTTGCTG CTGCACATTC TGCAAGTGTT CGGGGACTCC AGGTCCTCAT 
GGGTCCCGAG GCCTACCAGC TGCCAAGGGT TCTCCGGGTC TGAAAGGCAG CAGAGGACAC 
CGGGGAGAGG ACGGAGACCC CGGAAGACGA GGAGACACTG GACCCCCAGG AGATAAAGGG 
ATTGCAGGAT GTCCAGGAGA GCAGGGTCAA AAGGGAGCCA AAGGATTTTC TGGAAGTAAG 
GGAGAACAAG GAGAGGATGG GATTGACGGA CTGGATGGGG AAGAGGGCTT TCATGGACCT 
CCTGGGGAAA AGGGAGAAAA AGGTGACCCA GGATCTCAGG GAAGCCCAGG TTCCAGAGGT 
CCCCCAGGGG GTTATGGGGA GAAGGGCTTT CCAGGAGATC CTGGTAATCC AGGACAAAAC 
AGTAACACCA AAGGACAAAA GGGCTCCAAA GGAGAACAAG GAAGACAAGG TAGAACTGGA 
CAGAAAGGGA CACCAGGCAA TCCTAATTCC AGAGGAAATA GGGGAAGGGA AGGCCAAAGG 
GGGCCCCCAG GTGCCTTGGG GGAGCCGGGA AATCGTGGAC CTGAAGGTAC CCAGGGAGCC 
GACGGATTAC AAGGCCCACA GGGGTTAAAT GGAATTCCCG GCAGGAAAGG AGAGAAGGGA 
AGCGAAGGGC ATAAAGGACC TCAGGGCTCT TCTGGGCCAG TGGGAGCTAA AGGGAACGTT 
GGAAGTCCTG GGCCTTCAGG GAAAAAAGGA GAACCTGGAA TTCTTGGAGA TCCAGGGCCA 
ATGGGGCAAG CTGGACAGAG AGGAAGACAG GGAGATTACG GCATCCCAGG CTATGGTCCT 
ATGGGACGAA AAGGAATAAA GGGCCCAAGA GGATTCCCTG GAGATATGGG GCAAAAGGGT 
GCTGTTGGTG ATCCTGGAAT TCCTGGGGGT CCTGGACCCA AAGGATTTAG GGGATTAACA 
CGCACTGTAG GCCTGAAAGG TGAAGAGGGA CTGCCAGGAC CCCCAGGCCC TCCTGGACGG 
AGAGGCATGA AAGGCATGGC GGGGAAACCC GTATATTCCC AATGTGATCT GATCCAGTTC 
ATGCGGGACC ATAGTCCTTG TTGGAAAGGA ACGTGTCCAG TGTACCCAAC AGAGCTGGTA 
TTTGCCCTGG ACCAGTCCTA CGGTATCTCC GAACAGAGAT TTAATGAAAT GAGGGAAATC 
GTCATATCCA TTGTCAATGA CCTTAACATC AAGGAAAGTA ACTGCCCGGT GGGAGCGAGA 
GTTGTTGTAG TTTCCTATGA CTCAGGCACG AGCTACCTCA TCCGCAGGTC AGACTACCGT 
AACAAGAAAC AGCTCCTCCA GCTTATTTCC CAAATAAAAT ACCGACCCCC CACAGAAGCC 
CGAGATGTTG GTAATGCAAT GAGGTTTGTG GCCCGGAACG TTTTCAAGCG GACATATGCA 
GGAGCCAACG TGAGGAAAGT CGCTGTGTTT TTCAGCAATG GACAAGCAGC CAGTCGGTCA 
TCCATCATCA CCGCTACCAT GGAGTTCAGT GCCCTAGACA TCAGTCCGGC AGTCTTTGCT 
TTTAACGAAA GGATTTTCCT TGAGGCTTTT GAGTTTGACA ACACTGGAAC ATTTCAGGTG 
ATCCCAGTTT CTCCAAATGG AGAGTATGAG CCATTAGAAA AATTTCAACA CTGTACACTT 
TGCTATGATA AATGTTTTCC AAATGAGTGC ATCAAAGAGA TTTCTTTACC TGAAGATGCA 
TACATGGATG TAGCCTTCCT CTTAGACAAT TCTCAGACTA TAGCAAATGA TGAGTTTAAG 
GCTGTGAAAA CCTTGGTGAG CTCTATGATT GACAACTTCA AAATTGCATC AGACCCTGGA 
ATCTCAAACT TTGGCGATAG GATTGCCCTG TTGAGCTATT CTCCTTGGGA TAGTTCTAGG 
GAAAAGAAAG GTGTGGTAAA AACAGAGTTT GGATTTACAA CTTACAACGA CGGAGTCCTA 
ATGAAGAGGC ACATCCAGTC TTCCTTCCGA CAGCTAGAAG GAGAAACCAC CATCGGCCAT 
ACCCTACTGT GGGTTGTAGA GAACCTCTTC CCACAAACAC CGAACTTGAG AAAACACAAA 
GTCCTTTTTG TGATCTCAGC TGGAGAATAT CATGAGAGAA AGGAGTTCTT GAAGAAGGTG 
GCTCTGAGGG CCAAATGTCA AGGCTATGTC ATATTTGTGA TTTCCCTGGG CTCTACATAT 
AAGGAGGACA TGGAGGAGTT AGCCAGCTAC CCACTTGATC ACCACCTGAT ACAGCTTGGG 
AGAATTCATA AACCAGATCT GGATTATATT ACAAAGTTTA TAAAGCCATT TGTTTACTCA 
GTCAGACGAG GATTCAATGA GTACCCACCC CCAGTGCTTG AGAATGACTG TAGACTCGTC 
TCAAGAGGAG AGGCTTATCA AAATAGTGAT CTCCTGCTTA CTCCTGAGCC ACATGAGATT 
TCTTCAGGAG AGAACAGCTT CATTGGCCAG GAATTAAGTG CAAGGAAAGA CTCGTCCTTC 
CTGTGGGAGG ACAATGCAAG TGACCATTTG GTTTACATAC CAAGCCATGT ACTTATGCCA 
CAAGAATTAA CGATCACATA TGAAAAAGAT TGGGATTCTG AAGAAATTGC AAGTTTAACT 
TCTGGACATG AAAACCATGG CAGAAAAGAA GAACCAGGTC TTCCTAATGA ACCTGGAGAT 
ACCTCTCTTC GAGAATATTA CATGGATGTG GCTTTCCTCA TAGATGCCTC CCAAAGAATA 
GGAAATGATG AGTTTAAGGA AGTGAAAGCT TTTCTAATCT CAGTGCTTGA TTATTTTCAC 
ATTGCCCCAG ACCCACTGAC CTCCATGTTA GGAGACAGAG TGGCAGTCCT GAGCTATTCT 
CCTCCAGGCT ATATGCCCAA CAGTGAAGAA TGCCCTGTCT ACCTGGAATT TGATTTGGTT 
ACTTATAACA GTATACACCA AATGAAACAT CATCTCCAAG ACTCTTTTCA ACAGCTCAAT 
GGAGATGTTT TTATTGGCCA TGCCCTGCAG TGGACAATTG AAAATGTGTT TGTAGGAACC 
CCCAACCTGA GGAAAAACAA AGTTATCTTT GTTATATCTG CTGGCGAAAC CAACCCCTTA 
GACAAGGAAG TCTTAAGAAA TGTAGCTCTG AGAGCCAAGT GTCAGAGCTA CTCCATATTT 
GTGTTTTCCT TTGGTCCTAT ACACAATGAC AAGGAATTGG AAGAATTAGC CAGCCACCCA 
CTGGATCATC ACTTAGTCCA GCTTGGCCGA ACCCACAAGC CAGATTTGAA CTATATCGCC 
AAGTTTGTCA AGCCTTTTGT TCATTTAATC AGACGTGCCA TCAACAAATA TCCCCCTGCA 
GATCTGAGAC CCAAGTGTGT TAACATCACC TCTCCCAACC CAGAGAACGT TGGCTCAGGA 
AACAATGTAT TCCTTATTCC TGAGGTATAT AAAATAGAGA CAGGAAACAG TGAGCTGTTT 
GATGAATTTG GTCCCCAGGA GCAGCATTCC TTTGTATTAG GGAACAATCC TAGTAATGGT 
TCTGAGACTA CTACTGATTT GATCCAGAAG TTATACATGC TCTTTTCAAC CGGAGAACTG 
GTGATGAACG ATAAGGAAGA GGCACATTCA GAAGAAATGC CAGCTCTAGC AGATGGTAAA 
CGAGATAAAA AAGATGGTGA GGACTCAAGA TGA

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

RefSeq	XP_002927782.2
CDS	1..7833
Translation	MKSLLIIFVLILWTETLADQSPEPGPEYADVVFLVDSSDHLGTKSFPLVKAFIHRMVSSLPIEAHKYRVAVAQYSDRLHSEFQLGTFKSRNPMLNHLKKNLGFLGGSLRTGHALREAHRTYFSAPAGGRDKKQFPPILVVLASAQSEDDVEEASKALREDGVRIVSVGLQSASEEELKAMATAQFHFNLRSARDLGAFSQNMTQIIKEATQYRDGAAPHSVDVPFPVACQKDSLADLIFLVDESVGTGQNLRNLQNFLRNIAASMDVRYNCTRLGLMSYSDRTNIISLLNSSTTQYEFQEQIQKLSVQAGKSNAGAAIEKMRLEAFSESSGSRKAQGVPQIAVLVTHRPSTDEVRDVAIQLRLQDVTVFGMNIQGADETQLEEIASYPPRQMVSMLKSYADLETYSKNFQKKLRNEIWSQISTRAEQMDLDRTGCIDTKEADIYFLIDGSTSIQGKHFEQIKEFMLAVTGMFSIGPDKVQVGAVQYSDKMRVEFYINDNSNNVNLKNAILNIEQLQGNTYTGEALNFTLSIIKEDRKLRTSQVPCYLIVLTDGRSTDDVLEPAERLRAEQVTIHAVGIGEAIKVQLQQIAGGEERVSFGQNFDSLRSIKNEVVHRICTEKGCEDMKADIMFLVDSSGSIGLENFGKMKTFMKSLLAKIQIGPDRTHIGVIQFSDKTREEFQLNKYFTQNEISDAIDRMSLIDKNTLTGNALISVDQYFTPAKGARIGIKKFLILITDGEAQDAVRDPAKALRDKGVVIFSVGVYGANRTQLEEISGDGNLVFQVESFDDLKAIESKLIFRVCALHDCKNIKVLDIVFVLDHSGSINTQEQENMMALTIHLVKKADVGSDRVRIGALKYSDYPEILFHLGKYSNRSSVIEHLRRRRSTGGDTYTARALDHTNMMFTEEYGSRIQQNVKQMLIVITDGVSHDRNLLNETALKLRNKGIDIYAVGVGQADQLELEAMAGNKSKTFHVDNFNKLKDIYLPLQESMCINAHEWCDIQEADVVFFCDGSDMVSNSEFVTMTTFVSELIDHFNIQNQKIKIGLAQFGSGFQKIIELKNSLTIRELKTQIQSIPKSKGFPRMDLALKKVKAMFDPSSGGRRNAGVPQTLVVITSGDPYYDVADEVKILRNLGICVLVWGIGNIHKEQLLPLTGHSEKIVTLQDFNKLMNVDVKKRMVREICQSCGKTNCFMDIVVGFDISTHLLGQPLFHGHPRLRSYLPGILEDISSIRRVSCGAGSDVQVNVAFKVNNDREFPAKFQIYQKAIFDSLLQVTVDGPSHLNAQFLQSLWDTFKDQSKSQGQVLLIFSDGLGGESEIMLENQSDRLREAGLDALLVVSLNTTAHDEFSSFEFGKGFDYRTHLTIGMRELGKMLSQYLGNIAEKTCCCTFCKCSGTPGPHGSRGLPAAKGSPGLKGSRGHRGEDGDPGRRGDTGPPGDKGIAGCPGEQGQKGAKGFSGSKGEQGEDGIDGLDGEEGFHGPPGEKGEKGDPGSQGSPGSRGPPGGYGEKGFPGDPGNPGQNSNTKGQKGSKGEQGRQGRTGQKGTPGNPNSRGNRGREGQRGPPGALGEPGNRGPEGTQGADGLQGPQGLNGIPGRKGEKGSEGHKGPQGSSGPVGAKGNVGSPGPSGKKGEPGILGDPGPMGQAGQRGRQGDYGIPGYGPMGRKGIKGPRGFPGDMGQKGAVGDPGIPGGPGPKGFRGLTRTVGLKGEEGLPGPPGPPGRRGMKGMAGKPVYSQCDLIQFMRDHSPCWKGTCPVYPTELVFALDQSYGISEQRFNEMREIVISIVNDLNIKESNCPVGARVVVVSYDSGTSYLIRRSDYRNKKQLLQLISQIKYRPPTEARDVGNAMRFVARNVFKRTYAGANVRKVAVFFSNGQAASRSSIITATMEFSALDISPAVFAFNERIFLEAFEFDNTGTFQVIPVSPNGEYEPLEKFQHCTLCYDKCFPNECIKEISLPEDAYMDVAFLLDNSQTIANDEFKAVKTLVSSMIDNFKIASDPGISNFGDRIALLSYSPWDSSREKKGVVKTEFGFTTYNDGVLMKRHIQSSFRQLEGETTIGHTLLWVVENLFPQTPNLRKHKVLFVISAGEYHERKEFLKKVALRAKCQGYVIFVISLGSTYKEDMEELASYPLDHHLIQLGRIHKPDLDYITKFIKPFVYSVRRGFNEYPPPVLENDCRLVSRGEAYQNSDLLLTPEPHEISSGENSFIGQELSARKDSSFLWEDNASDHLVYIPSHVLMPQELTITYEKDWDSEEIASLTSGHENHGRKEEPGLPNEPGDTSLREYYMDVAFLIDASQRIGNDEFKEVKAFLISVLDYFHIAPDPLTSMLGDRVAVLSYSPPGYMPNSEECPVYLEFDLVTYNSIHQMKHHLQDSFQQLNGDVFIGHALQWTIENVFVGTPNLRKNKVIFVISAGETNPLDKEVLRNVALRAKCQSYSIFVFSFGPIHNDKELEELASHPLDHHLVQLGRTHKPDLNYIAKFVKPFVHLIRRAINKYPPADLRPKCVNITSPNPENVGSGNNVFLIPEVYKIETGNSELFDEFGPQEQHSFVLGNNPSNGSETTTDLIQKLYMLFSTGELVMNDKEEAHSEEMPALADGKRDKKDGEDSR

Target ORF information:

RefSeq Version	XM_002927736.3
Organism	Ailuropoda melanoleuca(giant panda)
Definition	Ailuropoda melanoleuca collagen type VI alpha 5 chain (COL6A5), transcript variant X2, mRNA.

Target ORF information:

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

XM_002927736.3

ORF Insert Sequence:

ATGAAGAGCC TGCTAATTAT ATTCGTCTTA ATCCTTTGGA CTGAAACACT GGCAGATCAG 
AGTCCAGAGC CGGGCCCTGA GTATGCGGAT GTCGTGTTTC TGGTGGACAG CTCCGACCAC 
CTGGGGACTA AGTCCTTCCC CCTCGTGAAA GCGTTCATCC ACAGAATGGT CAGCAGTCTG 
CCCATAGAGG CCCACAAGTA CCGCGTGGCC GTGGCGCAGT ACAGCGACCG GCTCCACAGC 
GAGTTCCAGC TGGGCACGTT CAAGAGCAGG AACCCCATGC TGAACCACCT CAAGAAGAAC 
TTGGGCTTCC TGGGCGGCTC CCTGCGGACC GGCCACGCTC TCCGGGAGGC GCACAGGACC 
TACTTCTCCG CGCCGGCCGG CGGGAGGGAC AAGAAGCAGT TTCCCCCGAT TCTGGTGGTC 
CTGGCCTCGG CCCAGTCCGA GGATGACGTG GAAGAGGCCT CCAAGGCCCT GCGGGAAGAC 
GGGGTGAGAA TCGTCTCCGT GGGGCTGCAG AGTGCCTCTG AGGAGGAGCT GAAGGCCATG 
GCCACCGCTC AGTTTCATTT CAACCTCCGG TCGGCCAGGG ACCTTGGCGC GTTTTCCCAA 
AACATGACGC AGATCATCAA GGAGGCCACC CAGTACAGGG ACGGAGCGGC CCCTCACAGT 
GTAGACGTTC CCTTCCCAGT GGCCTGTCAG AAAGATTCAT TAGCTGACCT CATATTCCTA 
GTGGATGAGT CAGTTGGCAC AGGACAAAAT TTAAGGAACC TGCAGAATTT CCTGAGGAAC 
ATTGCCGCCT CCATGGATGT GAGGTACAAC TGCACACGCC TTGGACTTAT GAGTTACAGT 
GATAGAACAA ACATTATTTC GCTTCTAAAT TCAAGCACAA CCCAGTATGA ATTTCAGGAG 
CAAATCCAGA AGCTTTCTGT CCAGGCTGGG AAATCCAATG CTGGGGCTGC CATTGAGAAG 
ATGAGGCTAG AAGCCTTCTC AGAGTCAAGT GGCAGCAGAA AGGCACAGGG AGTGCCTCAG 
ATTGCAGTCT TGGTCACTCA CAGACCATCT ACTGATGAGG TGCGTGATGT AGCAATACAA 
CTTCGGCTGC AGGATGTGAC TGTATTCGGC ATGAACATCC AAGGGGCTGA CGAAACCCAG 
TTAGAAGAAA TAGCATCTTA CCCTCCGAGA CAAATGGTTT CCATGCTCAA ATCCTATGCA 
GACTTGGAAA CTTACAGTAA AAACTTCCAG AAAAAGCTCC GGAATGAAAT TTGGTCCCAA 
ATTTCTACTC GTGCTGAGCA AATGGACCTT GACAGAACTG GCTGTATAGA TACAAAAGAG 
GCTGATATCT ATTTCCTCAT TGACGGCTCA ACCAGCATAC AGGGAAAACA CTTCGAGCAA 
ATCAAGGAAT TTATGTTGGC TGTGACAGGA ATGTTCAGCA TTGGCCCAGA CAAAGTCCAA 
GTTGGAGCCG TGCAGTATTC AGATAAGATG AGAGTGGAGT TTTATATCAA TGACAATTCT 
AATAATGTGA ACTTAAAGAA CGCAATTTTG AACATCGAGC AGCTTCAAGG CAACACCTAT 
ACCGGGGAGG CCCTGAATTT CACGCTGTCA ATAATAAAAG AAGATAGGAA GCTTAGGACA 
AGCCAGGTTC CCTGTTACCT CATTGTGCTG ACTGATGGGA GGTCCACAGA TGACGTCCTG 
GAGCCTGCTG AGAGATTAAG GGCTGAGCAA GTCACCATCC ATGCAGTTGG CATTGGGGAG 
GCTATAAAAG TACAACTCCA ACAAATTGCT GGGGGAGAAG AAAGGGTTAG CTTTGGGCAG 
AACTTTGATT CTTTAAGAAG CATAAAGAAT GAAGTGGTTC ACAGAATCTG CACTGAAAAA 
GGATGTGAAG ACATGAAGGC TGACATCATG TTTCTGGTGG ACAGTTCTGG CAGTATAGGA 
CTTGAAAATT TTGGAAAAAT GAAAACCTTC ATGAAAAGCC TATTAGCTAA GATTCAGATA 
GGTCCAGACA GAACTCATAT TGGTGTCATT CAGTTCAGTG ATAAAACTCG GGAAGAATTC 
CAGCTTAATA AATACTTCAC ACAAAATGAA ATTTCTGATG CAATAGACAG AATGTCTCTC 
ATCGACAAAA ACACTTTGAC TGGAAACGCA CTAATCTCTG TAGATCAATA CTTCACCCCC 
GCCAAGGGGG CCCGTATTGG GATCAAAAAG TTTCTTATTC TCATCACGGA TGGAGAAGCA 
CAAGATGCTG TGAGAGACCC TGCTAAAGCT CTTCGGGACA AAGGCGTGGT CATCTTCTCT 
GTGGGGGTGT ATGGAGCCAA TAGGACGCAG CTGGAGGAGA TCAGTGGGGA TGGCAACCTG 
GTCTTCCAAG TTGAGAGCTT TGATGATCTA AAGGCAATAG AAAGCAAACT CATTTTTCGT 
GTATGTGCTC TCCATGATTG TAAAAATATT AAAGTGTTGG ACATTGTGTT TGTGCTGGAT 
CATTCAGGCA GCATAAACAC ACAAGAGCAA GAAAACATGA TGGCTCTAAC TATCCATTTG 
GTGAAGAAAG CAGATGTTGG CAGCGACCGA GTTCGGATTG GAGCTCTCAA ATACTCAGAC 
TATCCTGAGA TTCTTTTCCA CCTTGGGAAA TACTCAAACA GATCCTCAGT CATCGAGCAC 
CTAAGGAGGC GCAGGAGCAC CGGAGGGGAT ACCTACACTG CCAGGGCTCT TGACCACACG 
AACATGATGT TCACGGAGGA ATATGGCAGC CGCATCCAGC AAAACGTGAA GCAGATGCTG 
ATCGTCATCA CTGACGGGGT ATCCCATGAC CGAAATCTGC TCAACGAGAC AGCATTGAAA 
TTAAGAAACA AAGGCATTGA TATCTACGCT GTGGGTGTAG GACAGGCTGA CCAACTTGAA 
CTTGAGGCTA TGGCAGGGAA TAAAAGCAAG ACTTTCCATG TAGATAATTT CAACAAATTG 
AAAGATATTT ACCTGCCTCT ACAAGAAAGT ATGTGTATCA ATGCACATGA GTGGTGTGAC 
ATTCAAGAAG CCGATGTGGT TTTCTTTTGT GACGGCTCCG ACATGGTCTC CAACTCAGAG 
TTTGTTACCA TGACAACTTT CGTGTCAGAA TTAATTGATC ATTTTAACAT TCAGAACCAG 
AAGATAAAAA TCGGGTTGGC TCAATTTGGG AGTGGCTTCC AAAAAATTAT CGAGTTGAAA 
AACTCTCTGA CTATACGGGA GTTGAAGACT CAAATTCAAA GCATTCCTAA GAGCAAGGGG 
TTTCCGCGAA TGGACCTGGC CCTTAAAAAA GTGAAAGCCA TGTTTGATCC ATCTTCCGGT 
GGGAGAAGAA ACGCTGGTGT CCCTCAAACT TTGGTAGTTA TCACATCCGG GGATCCCTAC 
TATGATGTGG CAGATGAAGT GAAAATCCTG AGAAACCTCG GAATTTGTGT CCTGGTTTGG 
GGCATAGGAA ATATTCATAA GGAGCAACTT CTGCCGTTAA CAGGCCATTC CGAAAAAATA 
GTCACCCTCC AAGACTTTAA TAAATTAATG AATGTGGATG TGAAAAAAAG AATGGTTCGT 
GAAATCTGCC AGAGCTGCGG GAAAACCAAT TGCTTTATGG ACATAGTGGT CGGGTTTGAC 
ATTTCCACCC ACCTGCTGGG GCAGCCGCTG TTCCACGGCC ACCCCCGGCT GAGATCCTAC 
CTCCCAGGCA TCTTAGAGGA CATCAGCTCC ATCAGGAGGG TCAGCTGCGG GGCAGGCTCA 
GACGTGCAGG TGAACGTGGC CTTCAAGGTG AACAATGACC GAGAATTCCC TGCCAAGTTC 
CAAATCTACC AGAAAGCAAT ATTTGACAGC CTGCTGCAAG TCACCGTCGA TGGGCCATCT 
CATCTGAATG CGCAGTTCCT GCAGTCGCTG TGGGATACAT TTAAGGATCA ATCTAAATCG 
CAAGGACAGG TGCTACTCAT CTTTTCAGAT GGTCTTGGGG GTGAAAGCGA GATAATGCTT 
GAAAATCAAT CGGACAGACT CAGAGAAGCA GGACTCGATG CTCTGCTGGT GGTGTCCCTA 
AACACGACTG CCCATGATGA ATTCTCCAGC TTTGAATTTG GAAAGGGATT TGATTACAGG 
ACTCACCTGA CCATTGGCAT GAGAGAGCTG GGCAAGATGC TGTCACAGTA CCTGGGAAAC 
ATCGCAGAGA AGACTTGCTG CTGCACATTC TGCAAGTGTT CGGGGACTCC AGGTCCTCAT 
GGGTCCCGAG GCCTACCAGC TGCCAAGGGT TCTCCGGGTC TGAAAGGCAG CAGAGGACAC 
CGGGGAGAGG ACGGAGACCC CGGAAGACGA GGAGACACTG GACCCCCAGG AGATAAAGGG 
ATTGCAGGAT GTCCAGGAGA GCAGGGTCAA AAGGGAGCCA AAGGATTTTC TGGAAGTAAG 
GGAGAACAAG GAGAGGATGG GATTGACGGA CTGGATGGGG AAGAGGGCTT TCATGGACCT 
CCTGGGGAAA AGGGAGAAAA AGGTGACCCA GGATCTCAGG GAAGCCCAGG TTCCAGAGGT 
CCCCCAGGGG GTTATGGGGA GAAGGGCTTT CCAGGAGATC CTGGTAATCC AGGACAAAAC 
AGTAACACCA AAGGACAAAA GGGCTCCAAA GGAGAACAAG GAAGACAAGG TAGAACTGGA 
CAGAAAGGGA CACCAGGCAA TCCTAATTCC AGAGGAAATA GGGGAAGGGA AGGCCAAAGG 
GGGCCCCCAG GTGCCTTGGG GGAGCCGGGA AATCGTGGAC CTGAAGGTAC CCAGGGAGCC 
GACGGATTAC AAGGCCCACA GGGGTTAAAT GGAATTCCCG GCAGGAAAGG AGAGAAGGGA 
AGCGAAGGGC ATAAAGGACC TCAGGGCTCT TCTGGGCCAG TGGGAGCTAA AGGGAACGTT 
GGAAGTCCTG GGCCTTCAGG GAAAAAAGGA GAACCTGGAA TTCTTGGAGA TCCAGGGCCA 
ATGGGGCAAG CTGGACAGAG AGGAAGACAG GGAGATTACG GCATCCCAGG CTATGGTCCT 
ATGGGACGAA AAGGAATAAA GGGCCCAAGA GGATTCCCTG GAGATATGGG GCAAAAGGGT 
GCTGTTGGTG ATCCTGGAAT TCCTGGGGGT CCTGGACCCA AAGGATTTAG GGGATTAACA 
CGCACTGTAG GCCTGAAAGG TGAAGAGGGA CTGCCAGGAC CCCCAGGCCC TCCTGGACGG 
AGAGGCATGA AAGGCATGGC GGGGAAACCC GTATATTCCC AATGTGATCT GATCCAGTTC 
ATGCGGGACC ATAGTCCTTG TTGGAAAGGA ACGTGTCCAG TGTACCCAAC AGAGCTGGTA 
TTTGCCCTGG ACCAGTCCTA CGGTATCTCC GAACAGAGAT TTAATGAAAT GAGGGAAATC 
GTCATATCCA TTGTCAATGA CCTTAACATC AAGGAAAGTA ACTGCCCGGT GGGAGCGAGA 
GTTGTTGTAG TTTCCTATGA CTCAGGCACG AGCTACCTCA TCCGCAGGTC AGACTACCGT 
AACAAGAAAC AGCTCCTCCA GCTTATTTCC CAAATAAAAT ACCGACCCCC CACAGAAGCC 
CGAGATGTTG GTAATGCAAT GAGGTTTGTG GCCCGGAACG TTTTCAAGCG GACATATGCA 
GGAGCCAACG TGAGGAAAGT CGCTGTGTTT TTCAGCAATG GACAAGCAGC CAGTCGGTCA 
TCCATCATCA CCGCTACCAT GGAGTTCAGT GCCCTAGACA TCAGTCCGGC AGTCTTTGCT 
TTTAACGAAA GGATTTTCCT TGAGGCTTTT GAGTTTGACA ACACTGGAAC ATTTCAGGTG 
ATCCCAGTTT CTCCAAATGG AGAGTATGAG CCATTAGAAA AATTTCAACA CTGTACACTT 
TGCTATGATA AATGTTTTCC AAATGAGTGC ATCAAAGAGA TTTCTTTACC TGAAGATGCA 
TACATGGATG TAGCCTTCCT CTTAGACAAT TCTCAGACTA TAGCAAATGA TGAGTTTAAG 
GCTGTGAAAA CCTTGGTGAG CTCTATGATT GACAACTTCA AAATTGCATC AGACCCTGGA 
ATCTCAAACT TTGGCGATAG GATTGCCCTG TTGAGCTATT CTCCTTGGGA TAGTTCTAGG 
GAAAAGAAAG GTGTGGTAAA AACAGAGTTT GGATTTACAA CTTACAACGA CGGAGTCCTA 
ATGAAGAGGC ACATCCAGTC TTCCTTCCGA CAGCTAGAAG GAGAAACCAC CATCGGCCAT 
ACCCTACTGT GGGTTGTAGA GAACCTCTTC CCACAAACAC CGAACTTGAG AAAACACAAA 
GTCCTTTTTG TGATCTCAGC TGGAGAATAT CATGAGAGAA AGGAGTTCTT GAAGAAGGTG 
GCTCTGAGGG CCAAATGTCA AGGCTATGTC ATATTTGTGA TTTCCCTGGG CTCTACATAT 
AAGGAGGACA TGGAGGAGTT AGCCAGCTAC CCACTTGATC ACCACCTGAT ACAGCTTGGG 
AGAATTCATA AACCAGATCT GGATTATATT ACAAAGTTTA TAAAGCCATT TGTTTACTCA 
GTCAGACGAG GATTCAATGA GTACCCACCC CCAGTGCTTG AGAATGACTG TAGACTCGTC 
TCAAGAGGAG AGGCTTATCA AAATAGTGAT CTCCTGCTTA CTCCTGAGCC ACATGAGATT 
TCTTCAGGAG AGAACAGCTT CATTGGCCAG GAATTAAGTG CAAGGAAAGA CTCGTCCTTC 
CTGTGGGAGG ACAATGCAAG TGACCATTTG GTTTACATAC CAAGCCATGT ACTTATGCCA 
CAAGAATTAA CGATCACATA TGAAAAAGAT TGGGATTCTG AAGAAATTGC AAGTTTAACT 
TCTGGACATG AAAACCATGG CAGAAAAGAA GAACCAGGTC TTCCTAATGA ACCTGGAGAT 
ACCTCTCTTC GAGAATATTA CATGGATGTG GCTTTCCTCA TAGATGCCTC CCAAAGAATA 
GGAAATGATG AGTTTAAGGA AGTGAAAGCT TTTCTAATCT CAGTGCTTGA TTATTTTCAC 
ATTGCCCCAG ACCCACTGAC CTCCATGTTA GGAGACAGAG TGGCAGTCCT GAGCTATTCT 
CCTCCAGGCT ATATGCCCAA CAGTGAAGAA TGCCCTGTCT ACCTGGAATT TGATTTGGTT 
ACTTATAACA GTATACACCA AATGAAACAT CATCTCCAAG ACTCTTTTCA ACAGCTCAAT 
GGAGATGTTT TTATTGGCCA TGCCCTGCAG TGGACAATTG AAAATGTGTT TGTAGGAACC 
CCCAACCTGA GGAAAAACAA AGTTATCTTT GTTATATCTG CTGGCGAAAC CAACCCCTTA 
GACAAGGAAG TCTTAAGAAA TGTAGCTCTG AGAGCCAAGT GTCAGAGCTA CTCCATATTT 
GTGTTTTCCT TTGGTCCTAT ACACAATGAC AAGGAATTGG AAGAATTAGC CAGCCACCCA 
CTGGATCATC ACTTAGTCCA GCTTGGCCGA ACCCACAAGC CAGATTTGAA CTATATCGCC 
AAGTTTGTCA AGCCTTTTGT TCATTTAATC AGACGTGCCA TCAACAAATA TCCCCCTGCA 
GATCTGAGAC CCAAGTGTGT TAACATCACC TCTCCCAACC CAGAGAACGT TGGCTCAGGA 
AACAATGTAT TCCTTATTCC TGAGGTATAT AAAATAGAGA CAGGAAACAG TGAGCTGTTT 
GATGAATTTG GTCCCCAGGA GCAGCATTCC TTTGTATTAG GGAACAATCC TAGTAATGGT 
TCTGAGACTA CTACTGATTT GATCCAGAAG TTATACATGC TCTTTTCAAC CGGAGAACTG 
GTGATGAACG ATAAGGAAGA GGCACATTCA GAAGAAATGC CAGCTCTAGC AGATGGTAAA 
CGAGATAAAA AAGATGGTGA GGACTCAAGA TGA

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

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COL6A5 cDNA ORF clone, Ailuropoda melanoleuca(giant panda)

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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