Col6a5 (NM_001167923) Mouse Untagged Clone

Specifications

Product Data
Type	Mouse Untagged Clone
Tag	Tag Free
Synonyms	Col29a1; EG665033; Gm7455
Vector	pCMV6-Entry
E. coli Selection	Kanamycin (25 ug/mL)
Mammalian Cell Selection	Neomycin
Sequence Data	Fully Sequenced ORF (showhide) >MC225380 representing NM_001167923 Red=Cloning site Blue=ORF Orange=Stop codon TTTTGTAATACGACTCACTATAGGGCGGCCGGGAATTCGTCGACTGGATCCGGTACCGAGGAGATCTGCC GCCGCGATCGCC ATGAAGCTCCGGCTAATTGCGTTTGTCTTAATCCTCTGGACTGAAACCCTGGCAGACCAGAGCCCAGGGC CAGGCCCCGAGTACGCAGACGTGGTGTTTCTGGTGGACAGCTCCAATTACCTGGGAATTAAGTCCTTCCC ATTTGTGAGAACTTTTCTCAACAGGATGATCAGCAGCCTCCCCATAGAGGCCAACAAGTACCGCGTGGCC CTGGCCCAGTACAGCGATGCTCTCCACAATGAGTTCCAGCTGGGCACCTTCAAGAACAGGAACCCCATGC TGAACCACCTGAAGAAGAACTTCGGGTTCATCGGTGGCTCCCTGAAGATAGGGAACGCCCTGCAGGAGGC TCACAGGACCTATTTCTCTGCTCCCACAAATGGGAGAGACAAGAAACAGTTCCCCCCAATCCTGGTGGTG CTGGCTTCAGCAGAGTCTGAGGATGATGTGGAAGAGGCTGCGAAGGCCCTGCGGGAAGATGGGGTGAAAA TCATCTCTGTGGGGGTGCAGAAGGCTTCTGAGGAAAACCTGAAGGCGATGGCCACCTCTCAGTTCCATTT CAATCTCAGGACTGCCAGAGACCTCGGCATGTTTGCCCCAAACATGACACGGATCATCAAGGATGTGACT CAGTACAGGGAAGGGACAACTGTGGACTTAATCACAGCTGTAGCCCCAACCACACCTGCAGCCCCAGCCA CACCTGCAGCCCCAACCATACCTGCAGCTCTAACCACAGCTGCCAACCACGTTGATAAGACAGTTCCCTT TCCCACCTCTTGCCAGAAGGACTCCCTTGCCGACCTTATATTCTTGGTGGATGAGTCAGTGGGGACCACA CAGAATCTGAGGGACCTGCAGAACTTCCTGGAGAATGTCACCAGCTCTGTGGATGTGAAGGACAACTGCA TGCGGCTTGGGCTGATGAGCTTCAGCGACAGGGCTCAGACTATTTCTTCCCTGAGGTCAAGCGCCAACCA GTCTGAATTCCAGCAGCAAATCCAGAAACTCTCTCTCCAGACTGGGGCATCTAATGTTGGGGCCGCCATT GAGCAGATGAGGAAAGAAGGCTTCTCAGAGTCCAGTGGCAGCAGGAAGGCCCAGGGCGTCCCCCAGATTG CTGTGCTGGTCACCCACAGAGCATCAGATGACATGGTGCGGGAGGCTGCACTGGATCTGCGCTTGGAGGG TGTAACTATGTTTGCAATGGGCATCGAAGGGGCCAACAACACGCAATTAGAAGACATAGTGTCATACCCT TCCAGGCAGAGCATTTCCACACACAGCTCCTACAGTCACTTGGAATCATACAGTGGGAACTTCCTGAAGA AGATCCGCAATGAAATCTGGACCCAAGTTTCTACTCGTGCTGAACAAATGGAGCTGGATAAAACCGGCTG TGTGGATACAAAGGAGGCCGACATCTATTTTCTCATTGATGGGTCGTCCAGCATCCGTAAGAAAGAGTTT GAGCAAATCCAGATATTTATGTCATCTGTGATAGACATGTTTCCTATCGGCCCCAACAAAGTTCGGGTCG GAGTTGTGCAGTATTCACATAAGAATGAAGTGGAATTTCCTGTCTCTCGCTACACGGATGGCATTGACTT GAAAAAGGCTGTTTTTAACATCAAGCAACTCAAAGGTCTTACATTCACCGGGAAAGCCCTGGATTTCATA TTGCCTCTCATAAAGAAGGGAAAAACAGAGAGGACCGACAGAGCCCCCTGTTACCTCATCGTGCTGACTG ATGGAAAGTCAAATGACAGCGTTCTCGAACCTGCCAACAGACTGCGGGCTGAGCAGATCACCATTCACGC CATCGGGATTGGCGAGGCAAACAAAACACAGCTGCGGCAGATTGCTGGGAAGGACGAAAGGGTTAACTTC GGGCAGAACTTCGATTCTCTGAAGAGCATAAAAAATGAAATCGTTCACCGCATCTGCTCTGAAAAAGGAT GTGAAGACATGAAGGCAGACATCATGTTTTTGGTGGACAGTTCTGGAAGCATAGGGCCTACAAATTTTGA GACAATGAAAACTTTCATGAAAAATCTGGTGGGGAAGATTCAGATTGGCGCCGACAGATCCCAAGTCGGT GTTGTTCAATTCAGTGACTATAACAGGGAAGAATTCCAGCTTAATAAATACTCCACGCATGAGGAAATTT ATGCAGCCATAGATAGGATGTCTCCCATCAACAGAAACACTCTGACAGGAGGAGCACTAACCTTTGTAAA TGAATACTTTGACCTTTCCAAGGGGGGGCGCCCCCAGGTCAGAAAGTTCCTTATCCTCCTCACAGATGGA AAAGCTCAGGACGAAGTGGGGGGCCCAGCCACGGCTCTCAGGAGCAAAAGTGTGACCATCTTCTCCGTGG GTGTGTATGGGGCCAATAGGGCTCAGCTGGAGGAGATCAGTGGAGATGGCAGTCTGGTTTTCCATGTTGA GAACTTTGACCATCTGAAGGCCATAGAGAGTAAACTCATCTTTCGAGTGTGTGCTCTGCATGATTGCAAG AGGATCGAACTCTTAGACATCGTGTTTGTGCTGGACCACTCAGGCAGCATAGGTCCACGTGAGCAAGAAA GCATGATGAACCTCACCATCCACTTGGTGAAGAAGGCAGACGTTGGTAGGGACCGAGTGCAGATTGGAGC GCTCACATACTCCAACCATCCCGAGATCCTCTTCTATCTTAACACTTACTCAAGTGGATCAGCCATTGCT GAGCATCTGAGGAGGCCCAGGGACACCGGAGGGGAGACCTACACTGCCAAGGCTCTTCAGCATTCCAACG TCCTGTTCACAGAAGAGCATGGCAGCCGCCTGACGCAGAACGTGAGGCAGCTGATGATTGTCATCACGGA TGGCGTGTCCCACGACCGAGATAAACTCGACGAGGCAGCACGGGAACTCAGAGACAAAGGCATCACCATC TTTGCAGTGGGTGTAGGAAATGCCAACCAAGATGAACTGGAGACCATGGCAGGGAAGAAAGAAAACACTG TCCATGTAGACAACTTTGACAAACTGAGAGATATTTACCTGCCTCTGCAAGAGACTCTGTGTAATAATTC ACAAGAGACTTGTAACCTTCCGGAAGCTGATGTGATTTTCCTTTGTGATGGCTCTGACATGGTGTCTGAT TCAGAGTTCGTTACCATGACAACTTTCTTGTCAGACTTAATTGATAATTTTGACATTGAGTCTCAAAGAA TGAAGATTGGGATGGCTCAATACGGGAGCCGGTATCAGGAAATTATTGAGTTGGAAAGCTCTCTGAACAA GACTCAGTGGAAGTCTCAGGTCCACAGTGTGGCCCAGAGCAAGGGGTTGCCACGCCTTGACTTTGCTCTC AAGCATGTGAGTGACATGTTTGATCCATCCGTTGGCGGGAGAAGGAACGCTGGTGTCCCTCAGACTCTGG TTGTTATAACATCTAGTTCTCCACGCTATGATGTGACAGACGCGGTAAAGGTCCTGAAAGACCTTGGCAT CTGTGTCCTGGCTTTGGGCATAGGGGATGTTTATAAGGAACAGCTTCTGCCCATCACAGGCAATTCAGAA AAGATAATTACTTTCCGAGACTTTAATAAGCTAAAGAATGTGGATGTGAAGAAGAGAATGGTTCGTGAAA TTTGCCAGAGCTGTGGGAAAGCCAATTGCTTTGTGGATGTAGTGGTCGGGTTCGACATTTCCACTCACCG TCAGGGCCAGCCTTTGTTCCAGGGCCATCCCCGCTTAGAATCCTACCTCCCGGGCATCTTGGAGGACATC ACCTCTATCAGAGGGGTGAGCTGTGGTGCAGGTGCAGAGGCGCAGGTGAGCCTGGCCTTTAAGGTGAACA GTGACCAAGAGTTCCCAGCCAAGTTCCAGATCTATCAGAAAGCAGCGTTTGACAGCTTGTTGCACGTCAC AGTCCGTGGACCAACTCATCTGGATGCACCGTTCTTGCAGTCACTTTGGGACATGTTTGAGGAAAGATCT GCATCCAGGGGCCAGGTTCTGCTCATCTTCTCAGACGGTCTCCAGGGTGAAAGCATCACCTTGCTGGAGC GGCAGTCAGACAGGCTCAGAGAAGCAGGACTTGATGCTCTGTTGGTGGTGTCCCTTAACACATTCGGTCA CGATGAGTTTTCCAGCTTTGAATTTGGAAAAGGATTTGACTACAGGACTCAGCTGACCATTGGGATGCTA GACCTGGGCAAGACGCTCTCACAGTACCTGGGAAACATCGCAGAAAGGGCTTGCTGCTGTACATTTTGTA AATGTCCGGGGATTCCAGGACCTCATGGAACCCGGGGACTCCAAGCCTCAAAGGGTTCTTCAGGTCCAAA AGGTAGCAGAGGACACAGGGGAGAGGACGGAGACCCTGGAAGACGAGGAGAAATTGGGCTTCAAGGAGAC AGAGGAGTCGTGGGATGCCCGGGGACTCGAGGTCAAAAGGGAGTCAAAGGATTTTCAGGAGCTCAGGGGG AACATGGAGAGGACGGGCTGGACGGACTGGATGGAGAAGAAGGATTTTACGGATTTCGTGGGGGAAAGGG ACAAAAAGGTGACCCTGGCAATCAGGGTTACCCAGGCATCAGAGGCGCTGCTGGGGAAGATGGCGAGAAG GGCTTCCCAGGGGATCCCGGTGACCCAGGAAAAGACAGCAACATCAAAGGCCAGAAGGGCGAGAAAGGAG AACGAGGAAGACAAGGGATAACTGGGCAGAAGGGGACACATGGCCGTCCTAGCTCCAAAGGAAGCAGGGG AATGGAGGGCCAGAGGGGGCCCCAGGGTCCCTCAGGGCAGGCAGGAAACCCAGGACCTCAAGGTACACAA GGACCTGAAGGACTACAAGGCTCACAGGGATCAAGTGGAAATCGTGGAGGGAAAGGAGACAAAGGAAGTC AAGGTTATCAGGGACCTCAGGGTTCTCCTGGGCCAGCAGGACCCAGAGGGGATATTGGAAGACCTGGATT TGGGGGGAGAAAGGGGGAACCTGGAGTTCCTGGAGGCCCAGGACCAGTGGGGCCCCCTGGACAGCGAGGA AAGCAGGGAGATTATGGCATCCCGGGCTATGGTCAGACAGGAAGAAAAGGAGTTAAGGGCCCAACAGGAT TCCCTGGGGACCCAGGGCAGAAGGGTGACGCTGGCAATCCTGGAATTCCTGGGGGACCTGGACCCAAAGG ATTCAAGGGACTGACTCTCTCTCAAGGCTTGAAAGGCAGGAGTGGACTTCAGGGGTCTCAAGGCCCTCCT GGTCGGAGAGGTCCTAAAGGCACAGCAGGGCAACCTATATATTCCCCCTGTGAACTGATCCAGTTCCTGA GGGACCACAGCCCCTGTTGGAAAGACAAGTGCCCTGTGTATCCAACAGAGCTGGTCTTTGCTCTGGACCA GTCCTCTGGTATCACAGAAAGGAGATTTAATGAAACAAGGGACACCATCACTTCAATTGTCAGTGACCTC AACATCAGGGAGAACAACTGTCCCGTGGGAGCACGGGTTGCCGTGGTCTCCTATGACTCAGACACCAGCT ATCTCATCCGTGGCTCTGACTACCATAACAAGAAGCATCTCCTACAGCTTCTTTCCCAGATAAAATACCA AGTGCCCCGGAAGGCCAGGGACATTGGCAATGCAATGAGGTTTGTGGCCCGCAACGTTTTCAAGCGGATG TCTGCGGGAACCAACACCAGGAGAGTGGCTGTGTTTTTCAGCAATGGCCAGGCAGCCAGTAGAGCATCCA TCCTCACGGCCACCATGGAGTTGAGTGCCCTCGATATCAGCCTTGCCGTCTTTGCTTATAACGAAAGAGT GTTCCTTGATGAGGCTTTTGGGTTTGATGACACTGGGACATTTCAGGTGATTCCAGTCCCCCCAGTTGGA GATTATGAGCCACTGGAGAAGCTTCGGCGCTGCACACTTTGCTATGACAAGTGTTTTCCAAACACCTGTG CAGAAGAGCCTTTCTTTCCTGAGAATTCCTACATGGATGTTGCATTCCTCTTAGACAATTCCAAAAACAT CGCCAGCGATGACTTCCAAGCCGTGAAAGCGCTGGTGAGCTCAGTGATTGACAGCTTCCACATCACTTCA AACCCTTCAGCCTCAGAGTCTGGTGACAGGGTTGCTTTGCTGAGCTATTCTCCCTCAGAGAGCTCCAGAA GGAAGGGCAGGGTGAAGACAGAGTTTGCCTTTACAACCTACGACAACCAATCAATCATGAAGAACTACAT CTACACTTCCCTTCAACAGCTCAATGGAGATGCTACTATTGGCCTTGCCCTACAGTGGGCCATGGAAGGT CTCTTCCTGGGAACCCCCAATCCAAGAAAACACAAGGTCATCATTGTGATTTCAGCTGGAGAAAACCATG AGGAGAAGGAATTTGTGAAGACGGTGGCTTTGAGGGCCAAATGTCAAGGCTATGTCGTATTTGTGATATC TCTGGGCTCCACACAAAGAGATGAGATGGAAGAATTAGCCAGCTACCCACTCGATCACCATCTGATACAG CTTGGGAGAATGTACAAGCCAGATCTGAATTATATTGTGAAATTTCTGAAGCCCTTTATATACTCGGTCA GACGCGGATTTAATCAATACCCACCACCCACGCTGAAGGACGACTGCAGACTTGTTGAGTTAGAGAGGGG AGACACACTGCCCCATGGCCTCAGATTGACTGCTAAGCTGCGTGAGGTTCCTGAGAGCACAATCAGCCTG GCTGATCAAGAGCTGAACGCTGGGAAAGACTCATCTTTTGTGTTGGAGGATCACAGAGGCGACCATTTGG TTTACGTTCCAAGCCAGATGCTAGAGCCACATAAGTTAGTGAGCCACTATGGAAATGACCGGGAATCTGT AGCAATGGCGAGTCTCACTTCTGAACATGAAAGTCATGGCAGAGAAGAACTGGGTCTTGCTCATGAGCCT GGGGATGCTTCTCTTCAAGAATATTACATGGACGTGGCTTTCCTCATAGATGCTTCTCAACGAGTAGGAG GACGTAACGAGTTTAAGGAAGTGAGAACTTTGATAACGTCAGTACTGGATTACTTTCACATTGCCCCAGC TCCACTGACCTCTGTCTTAGGAGACAGAGTGGCTGTCCTGACCTACTCTCCCCCAGGCTATCTGCCAAAC ACTGAAGAGTGCCCAGTCTACCTGGAATTCGATTTGGTCACTTACAACACTGTACATCAAATGAAGCATC ATCTCCAAGAGTCTCTTCAGCAGCTCAATGGTGATGTTTTTATTGGGCATGCCCTTCAGTGGACAGTTGA CAATGTCTTTGTAGGAACCCCCAATCTGAGGAAAAACAAAGTTATCTTTATAGTAACTGCAGGTGAAACC AACCCTTTAGACAAAGAAGTTTTAAGGAATGCATCTCTGAGAGCCAAGTGCCAAGGCTACTCCATATTTG TATTTTCCTTTGGTCCGATACACAATGACATGGAGTTAGAAGAATTAGCAAGCCACCCTCTGGATCATCA CTTAGTCCGGCTTGGCCGGGTACACAGGCCAGATTTGGACTATGTCATCAAGTTCATCAAGCCATTTGTT CATTCGATCAGACGTGCTATCAACAAATATCCCGGCAGAGACCTGCAAGCCAAGTGTGATAATCTCACCT TCCCTGGCCCAGAGAATGCTGGCACAGAAGACAGTGCATTACTCATCCCCGAGGTGTACAGAATCGAGGC AGGAGAGAATGAGCTGTCTGGAGACTCTGGATCTCAGGAGCAGCATTTCTTCCTCCTAGGGAACAGTCAT GGCAACCATTCAGAAAGCACTGCTGATCTGATGCGGCAGTTGTACCTGCTCCTCTCCTCCGGGGAACTGA TGGTGAATGATAAGGAAGAGCCTTGTTCCGCAGAGACCCCAGCTCCAGTGAACAGCAAACAAGATGGCGA AGATGCAAGATGA ACGCGTACGCGGCCGCTCGAGCAGAAACTCATCTCAGAAGAGGATCTGGCAGCAAATGATATCCTGGATT ACAAGGATGACGACGATAAGGTTTAA
Restriction Sites	SgfI-MluI
ACCN	NM_001167923
Insert Size	7923 bp
OTI Disclaimer	Our molecular clone sequence data has been matched to the reference identifier above as a point of reference. Note that the complete sequence of our molecular clones may differ from the sequence published for this corresponding reference, e.g., by representing an alternative RNA splicing form or single nucleotide polymorphism (SNP).
Product Components	The ORF clone is ion-exchange column purified and shipped in a 2D barcoded Matrix tube containing 10ug of transfection-ready, dried plasmid DNA (reconstitute with 100 ul of water).
Reconstitution	1. Centrifuge at 5,000xg for 5min. 2. Carefully open the tube and add 100ul of sterile water to dissolve the DNA. 3. Close the tube and incubate for 10 minutes at room temperature. 4. Briefly vortex the tube and then do a quick spin (less than 5000xg) to concentrate the liquid at the bottom. 5. Store the suspended plasmid at -20°C. The DNA is stable for at least one year from date of shipping when stored at -20°C.
Note	Plasmids are not sterile.  For experiments where strict sterility is required, filtration with 0.22um filter is required.
Reference Data
RefSeq	NM_001167923.1, NP_001161395.1
RefSeq Size	9297 bp
RefSeq ORF	7923 bp
Locus ID	665033
UniProt ID	A6H584
Gene Summary	Collagen VI acts as a cell-binding protein.[UniProtKB/Swiss-Prot Function]

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