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Lama1 (NM_008480) Mouse Untagged Clone
CAT#: MC225457
Lama1 (untagged) - Mouse laminin, alpha 1 (Lama1), (10ug)
"NM_008480" in other vectors (2)
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Specifications
| Product Data | |
| Type | Mouse Untagged Clone |
| Tag | Tag Free |
| Symbol | Lama1 |
| Synonyms | AA408497; Lama |
| Vector | pCMV6-Entry |
| E. coli Selection | Kanamycin (25 ug/mL) |
| Mammalian Cell Selection | Neomycin |
| Sequence Data |
>MC225457 representing NM_008480
Red=Cloning site Blue=ORF Orange=Stop codon TTTTGTAATACGACTCACTATAGGGCGGCCGGGAATTCGTCGACTGGATCCGGTACCGAGGAGATCTGCC GCCGCGATCGCC ATGCGCGGCAGCGGCACGGGAGCCGCGCTCCTGGTGCTCCTGGCCTCGGTGCTCTGGGTCACCGTGCGGA GCCAGCAGAGAGGCTTGTTCCCTGCCATTCTCAACCTGGCCACCAATGCCCACATCAGCGCCAATGCTAC CTGTGGAGAGAAGGGGCCTGAGATGTTCTGCAAACTCGTGGAGCACGTGCCGGGCCGGCCTGTTCGACAC GCCCAATGCCGGGTCTGTGACGGTAACAGTACGAATCCTAGAGAGCGCCATCCGATATCACACGCAATCG ATGGCACCAACAACTGGTGGCAGAGCCCCAGTATTCAGAATGGGAGAGAGTATCACTGGGTCACTGTCAC CCTGGACTTACGGCAGGTCTTTCAAGTTGCATACATCATCATTAAAGCTGCCAATGCCCCTCGGCCTGGA AACTGGATTTTGGAGCGCTCCGTGGATGGCGTCAAGTTCAAACCCTGGCAGTACTATGCCGTCAGCGATA CAGAGTGTTTGACCCGCTACAAAATAACTCCACGGCGGGGACCTCCCACTTACAGAGCAGACAACGAAGT CATCTGCACCTCGTATTATTCAAAGCTGGTGCCACTTGAACATGGAGAGATTCACACATCACTCATCAAT GGCAGACCCAGCGCTGACGACCCCTCACCCCAGTTGCTGGAATTCACCTCAGCACGGTACATTCGCCTTC GTCTGCAGCGCATCAGAACACTCAACGCAGACCTCATGACCCTTAGCCATCGGGACCTCAGAGACCTTGA CCCCATTGTCACAAGACGTTATTACTATTCGATAAAAGACATTTCCGTTGGAGGCATGTGCATTTGCTAC GGCCATGCCAGCAGCTGCCCGTGGGATGAAGAAGCAAAGCAACTACAGTGTCAGTGTGAACACAATACGT GTGGCGAGAGCTGCGACAGGTGCTGTCCTGGCTACCATCAGCAGCCCTGGAGGCCCGGAACCATTTCCTC CGGCAACGAGTGTGAGGAATGCAACTGTCACAACAAAGCCAAAGATTGTTACTATGACAGCAGTGTTGCA AAGGAGAGGAGAAGCCTGAACACTGCCGGGCAGTACAGTGGAGGAGGGGTTTGTGTCAACTGCTCGCAGA ATACCACAGGGATCAACTGTGAAACCTGTATCGACCAGTATTACAGACCTCACAAGGTATCTCCTTATGA TGACCACCCTTGCCGTCCCTGTAACTGTGACCCTGTGGGGTCTCTGAGTTCTGTCTGTATCAAGGATGAC CGCCATGCCGATTTAGCCAATGGAAAGTGGCCAGGTCAGTGTCCATGTAGGAAAGGTTATGCTGGAGATA AATGTGACCGCTGCCAGTTTGGCTACCGGGGTTTCCCAAATTGCATCCCCTGTGACTGCAGGACTGTCGG CAGCCTGAATGAGGATCCATGCATAGAGCCGTGTCTTTGTAAGAAAAATGTTGAGGGTAAGAACTGTGAT CGCTGCAAGCCAGGATTCTACAACTTGAAGGAACGAAACCCCGAGGGCTGCTCCGAGTGCTTCTGCTTCG GTGTCTCTGGTGTCTGTGACAGCCTCACGTGGTCCATTAGTCAGGTGACCAATATGTCAGGGTGGCTGGT CACTGACTTGATGAGCACAAATAAGATCCGGTCCCAGCAAGATGTCCTGGGTGGGCACCGTCAGATCAGC ATCAACAACACGGCGGTCATGCAGAGGCTGACTTCCACTTACTACTGGGCAGCTCCTGAGGCCTACCTCG GAAACAAGCTGACAGCATTTGGCGGTTTCCTGAAATACACTGTGTCTTACGACATTCCAGTGGAGACGGT GGACAGTGACCTCATGTCTCATGCTGACATCATCATCAAGGGGAATGGGCTCACCATAAGCACAAGAGCT GAGGGCCTGTCCTTGCAACCCTATGAGGAATACTTCAACGTGGTTAGACTTGTGCCTGAGAACTTCCGGG ACTTTGATACCAGAAGGGAGATTGACCGTGACCAGCTGATGACTGTCCTGGCCAATGTGACACATCTCTT GATCAGAGCCAATTATAATTCTGCTAAAATGGCGCTCTATAGGCTGGATTCTGTCTCTCTGGACATAGCA AGCCCTAATGCTATAGACTTGGCAGTGGCTGCTGATGTGGAACACTGTGAATGTCCCCAAGGCTACACGG GGACCTCCTGTGAGGCCTGCCTCCCTGGCTATTATCGAGTAGACGGGATACTCTTTGGAGGAATCTGTCA GCCCTGCGAGTGCCACGGGCATGCATCCGAGTGTGACATTCATGGAATTTGCTCTGTGTGTACACACAAC ACCACGGGGGATCACTGTGAGCAGTGCCTGCCTGGCTTCTATGGGACACCTTCACGTGGGACCCCAGGAG ACTGCCAGCCTTGTGCCTGCCCTCTCTCCATTGACTCTAACAATTTCAGCCCTACCTGCCACCTCACTGA TGGAGAGGAAGTGGTTTGTGACCAGTGTGCCCCGGGTTACTCAGGATCCTGGTGTGAGAGATGTGCAGAT GGTTACTATGGAAACCCAACCGTGCCAGGGGGAACCTGTGTACCATGCAACTGCAGTGGCAATGTTGATC CCTTGGAGGCTGGCCACTGTGACTCTGTCACAGGGGAATGCCTGAAGTGCTTATGGAACACAGACGGTGC CCATTGTGAGAGGTGTGCAGATGGCTTCTATGGAGATGCCGTGACTGCCAAAAACTGCCGAGCCTGTGAC TGCCACGAGAATGGCTCCCTTTCTGGCATCTGCCATCTGGAGACTGGACTGTGTGACTGCAAACCTCACG TGACAGGACAGCAGTGTGACCAGTGCCTGTCTGGCTACTACGGGTTGGACACGGGGCTTGGCTGTGTGCC CTGTAACTGCAGTGTGGAAGGCTCTGTATCTGACAACTGCACGGAGGAAGGACAGTGTCACTGTGGACCA GGTGTCTCTGGGAAACAGTGTGACAGGTGTTCACACGGTTTCTATGCATTCCAGGATGGCGGCTGCACAC CCTGTGACTGTGCTCATACCCAGAATAACTGTGACCCCGCCTCTGGAGAGTGTCTCTGCCCGCCTCACAC GCAGGGGCTGAAGTGTGAGGAGTGTGAAGAGGCATACTGGGGTCTGGACCCGGAGCAGGGGTGCCAGGCT TGCAATTGCAGTGCTGTGGGCTCCACGAGTGCCCAGTGTGATGTTCTCTCTGGCCACTGCCCCTGCAAAA AAGGGTTTGGTGGGCAGAGCTGCCATCAGTGTTCCCTAGGCTACAGAAGTTTTCCTGACTGTGTCCCCTG TGGCTGTGACCTGAGGGGGACACTGCCTGACACCTGCGACCTGGAACAGGGTCTCTGCAGCTGCTCAGAG GACGGTGGTACCTGCTCCTGCAAGGAGAATGCCGTGGGCCCCCAGTGCAGTAAGTGCCAAGCCGGCACCT TTGCCTTGCGAGGGGACAACCCTCAAGGCTGCAGCCCCTGCTTCTGCTTCGGTCTGTCGCAGCTCTGCTC AGAGTTGGAGGGTTACGTGAGGACTCTGATAACTCTAGCCTCCGATCAGCCCCTCCTGCATGTGGTTTCA CAGAGCAACCTCAAGGGCACAATCGAAGGCGTGCATTTCCAGCCTCCTGACACCTTGCTGGACGCAGAGG CTGTCCGCCAGCATATCTATGCAGAGCCATTTTACTGGCGGCTACCAAAGCAGTTCCAGGGAGACCAGCT CTTGGCTTATGGTGGGAAACTCCAGTACAGTGTGGCTTTCTACTCTACACTTGGCACCGGAACATCCAAT TATGAGCCTCAAGTCCTCATCAAAGGAGGTCGGGCCAGGAAGCACGTCATTTATATGGATGCCCCAGCGC CTGAGAATGGAGTGAGACAGGATTACGAAGTGCGGATGAAAGAGGAATTCTGGAAATATTTTAACTCCGT GTCTGAGAAACATGTCACACACTCTGATTTTATGTCTGTTCTCAGCAATATTGACTACATCCTCATCAAA GCATCATACGGCCAGGGACTGCAGCAGAGCAGAATTGCCAACATTTCCATGGAGGTTGGCCGGAAAGCTG TCGAGCTGCCCGCTGAGGGCGAGGCGGCATTGCTGTTGGAGCTCTGTGTCTGTCCTCCTGGCACCGCAGG ACACTCCTGTCAGGACTGTGCTCCTGGGTACTACAGAGAAAAGCTCCCAGAAAGTGGTGGCAGGGGACCC CGCCCTCTGCTGGCTCCTTGTGTGCCCTGCAATTGCAACAACCACAGTGATGTCTGTGACCCCGAAACTG GAAAGTGCCTGAGCTGCAGGGACCACACATCCGGGGACCACTGTGAGCTGTGTGCTTCTGGCTACTATGG GAAGGTGACTGGACTGCCTGGAGACTGTACCCCGTGCACCTGTCCTCATCACCCTCCTTTCAGTTTCAGC CCCACTTGTGTCGTGGAAGGTGACAGTGATTTCCGGTGCAATGCCTGCCTCCCCGGCTATGAAGGACAGT ACTGTGAAAGGTGCTCTGCAGGCTATCACGGCAACCCTCGAGCAGCAGGTGGTAGCTGCCAAACGTGTGA TTGCAACCCCCAAGGCTCTGTCCACAGTGACTGTGACCGTGCATCCGGGCAGTGTGTCTGCAAGCCAGGA GCTACAGGGCTCCACTGTGAGAAATGCCTGCCGAGACACATCCTGATGGAGAGCGACTGTGTTTCCTGTG ATGATGACTGTGTGGGTCCTTTGCTGAACGACCTGGATTCTGTTGGTGATGCCGTTCTGTCTCTGAACCT CACGGGCGTTTCCCCTGCTCCCTATGGAATCCTGGAAAATCTGGAAAATACAACTAAATATTTCCAGAGG TATTTAATAAAGGAAAATGCCAAGAAGATTCGAGCAGAGATCCAGCTCGAAGGGATTGCAGAGCAAACAG AAAATCTGCAAAAGGAGCTCACCAGAGTGTTAGCACGCCATCAGAAGGTGAACGCTGAAATGGAAAGAAC TTCCAATGGGACTCAAGCCCTGGCCACGTTCATTGAGCAGCTACATGCAAACATCAAAGAAATCACAGAA AAGGTGGCAACGTTGAACCAGACGGCGCGTAAAGATTTCCAGCCACCCGTGTCTGCCCTTCAGAGCATGC ACCAGAACATTTCGTCTCTGCTGGGACTCATCAAGGAAAGGAATTTCACAGAGATGCAGCAGAATGCTAC CCTTGAGCTCAAGGCTGCTAAAGACTTATTGTCACGGATTCAGAAAAGGTTTCAGAAGCCTCAGGAAAAG TTGAAGGCATTGAAGGAGGCCAACAGCCTCCTTTCCAACCACAGTGAAAAACTGCAGGCTGCTGAGGAGC TCCTTAAGGAAGCTGGAAGCAAGACCCAGGAGAGCAACCTCCTGCTGCTCCTTGTCAAGGCCAACCTGAA AGAATTCCAGGAGAAAAAGCTGCGTGTTCAAGAAGAACAAAATGTGACCTCAGAGCTCATTGCCAAGGGT AGAGAATGGGTGGATGCTGCCGGGACTCACACAGCTGCTGCACAAGACACCCTAACACAGCTGGAGCATC ACCGAGATGAACTCCTTCTGTGGGCCAGAAAAATCAGGAGCCACGTAGATGACCTCGTCATGCAGATGTC CAAACGAAGAGCCCGTGACCTGGTCCACAGGGCAGAGCAGCATGCCTCTGAGCTGCAGAGCAGGGCAGGA GCTTTGGACAGAGACCTTGAAAATGTTAGAAACGTGTCTTTGAATGCCACCAGTGCGGCACACGTCCACA GCAACATCCAGACACTGACAGAGGAAGCTGAGATGCTGGCTGCTGATGCTCACAAGACGGCGAATAAGAC AGACTTGATCTCCGAATCCCTGGCTTCTCGGGGGAAAGCAGTCCTTCAGCGCTCGTCCCGGTTTCTAAAG GAAAGTGTCAGTACCAGGAGGAAGCAGCAAGGCATTACGATGAAGCTGGATGAGTTGAAAAACTTAACAA GTCAATTTCAGGAGAGCATGGATAACATTATGAAGCAGGCCAACGACTCCCTTGCGATGCTTAGAGAAAG CCCTGGAGGTATGAGAGAGAAGGGCAGGAAAGCCAGAGAGCTGGCGGCAGCAGCCAACGAGAGTGCGGTG AAGACACTGGAGGATGTGCTGGCTTTGAGCCTGAGGGTCTTCAATACATCAGAGGACCTGTCCAGAGTGA ATGCCACAGTCCAGGAGACAAACGACCTTCTGCATAACTCCACGATGACCACTCTGTTGGCTGGAAGAAA AATGAAAGACATGGAAATGCAAGCCAACCTTTTATTGGATCGATTGAAACCTTTGAAAACCCTGGAGGAG AACCTGAGCAGAAACCTGTCGGAGATCAAGCTGCTGATCAGCCGGGCCCGGAAACAAGTGGCGTCGATCA AAGTCGCCGTGTCTGCAGACAGAGACTGCATCCGCGCCTATCAGCCTCAGACTTCATCTACCAATTACAA CACCTTGATCCTGAACGTGAAGACGCAGGAGCCCGACAACCTCCTCTTCTACCTCGGCAGCAGCAGCAGT TCTGACTTTCTCGCAGTGGAGATGCGGCGGGGGAAGGTCGCCTTTCTCTGGGACCTGGGCTCCGGGTCCA CAAGGTTGGAATTCCCAGAGGTCTCCATCAATAACAACAGATGGCACAGCATCTACATAACCAGGTTTGG AAACATGGGGTCCCTGAGTGTAAAGGAAGCAAGCGCTGCCGAGAACCCACCGGTCAGGACAAGCAAATCT CCTGGACCGTCGAAGGTTCTGGACATAAACAATTCAACGCTGATGTTTGTTGGAGGGCTCGGAGGTCAGA TCAAGAAATCCCCGGCTGTGAAGGTTACTCATTTTAAGGGCTGCATGGGAGAGGCCTTCTTGAATGGCAA ATCGATTGGCCTGTGGAATTACATCGAGAGAGAGGGGAAGTGCAATGGCTGCTTTGGAAGCTCCCAGAAC GAAGATTCCTCCTTCCATTTCGATGGAAGCGGGTACGCCATGGTGGAGAAGACGCTCCGGCCCACCGTGA CGCAGATAGTAATTCTCTTCAGCACCTTCTCCCCGAATGGCCTTCTTTTCTACCTGGCTTCAAACGGCAC CAAGGACTTCCTATCCATCGAGCTGGTCCGTGGCAGGGTCAAAGTGATGGTGGACCTAGGGTCAGGACCC CTCACTCTTATGACAGACAGGCGGTATAACAACGGAACCTGGTATAAAATCGCCTTCCAGCGGAACCGGA AGCAAGGACTGCTAGCTGTCTTCGATGCATATGACACCAGTGACAAGGAGACAAAGCAAGGAGAGACTCC AGGAGCCGCTTCCGACCTCAATCGGCTGGAGAAAGACCTGATTTACGTGGGTGGATTGCCTCATTCTAAG GCTGTGAGGAAAGGGGTCAGCAGCAGAAGCTATGTGGGCTGTATCAAGAACCTAGAGATATCCAGGTCCA CCTTTGATTTGCTGAGAAATTCCTACGGAGTGAGAAAAGGCTGCGCACTGGAGCCTATCCAGAGTGTGAG TTTCCTGAGAGGCGGCTATGTGGAGATGCCACCCAAGTCTCTCTCACCTGAGTCATCCCTGCTGGCCACA TTCGCCACCAAGAACAGCAGCGGAATCCTCCTGGTTGCCCTGGGCAAGGATGCGGAGGAGGCTGGTGGGG CTCAGGCACATGTGCCCTTCTTTTCCATCATGCTGCTTGAGGGACGAATTGAAGTGCATGTCAACTCTGG GGACGGGACCAGTCTGAGGAAGGCCCTCCTGCATGCCCCCACCGGCTCCTACAGTGATGGACAGGAACAC TCCATCTCCCTGGTTAGGAATCGGAGAGTTATCACCATACAAGTGGATGAGAACAGTCCCGTAGAAATGA AGTTGGGTCCATTAACAGAAGGAAAGACGATCGACATATCCAACCTGTACATAGGGGGACTTCCGGAGGA CAAGGCGACCCCGATGCTCAAGATGCGGACTTCGTTCCATGGGTGTATTAAAAACGTGGTCCTTGACGCT CAACTTTTGGACTTCACCCATGCGACTGGCTCTGAGCAAGTAGAGCTGGACACATGCTTGCTGGCAGAAG AGCCCATGCAGAGTCTGCACAGAGAACACGGGGAACTCCCTCCGGAGCCCCCAACTCTACCACAGCCTGA ACTGTGCGCAGTAGACACGGCTCCGGGGTATGTGGCAGGTGCTCACCAGTTTGGCCTCTCGCAGAACAGC CACTTGGTGCTCCCTCTGAATCAGTCTGATGTCCGGAAGAGGCTCCAGGTGCAGCTGAGCATTCGGACAT TTGCCTCCAGTGGCCTCATTTACTATGTGGCTCATCAGAACCAAATGGACTACGCCACGCTCCAGCTCCA AGAGGGCCGCCTGCACTTCATGTTTGATCTCGGCAAGGGCCGGACCAAGGTCTCCCACCCTGCCCTGCTC AGTGATGGCAAGTGGCACACAGTCAAGACAGAATACATTAAAAGGAAGGCGTTCATGACTGTTGACGGCC AAGAGTCCCCCAGTGTGACTGTGGTGGGCAATGCAACCACGCTGGATGTGGAAAGGAAACTGTACCTCGG AGGCCTTCCCAGCCACTACAGGGCCAGGAACATCGGGACTATCACCCACAGCATCCCTGCCTGCATTGGG GAAATCATGGTTAATGGCCAACAGCTGGATAAAGACAGGCCCTTGTCTGCCTCTGCTGTGGACAGGTGCT ATGTCGTGGCTCAGGAAGGAACTTTCTTTGAAGGAAGCGGATATGCAGCTCTTGTCAAGGAAGGTTACAA AGTTCGATTGGATTTAAATATCACACTGGAGTTCCGTACTACCTCTAAGAATGGCGTCCTCCTGGGAATC AGCAGTGCCAAAGTGGATGCCATTGGCCTAGAGATTGTAGATGGCAAGGTCTTATTTCACGTCAACAACG GTGCCGGAAGGATAACAGCCACCTACCAGCCCAGAGCCGCCAGAGCTCTCTGTGATGGCAAGTGGCACAC ACTCCAAGCCCACAAAAGCAAGCACCGCATCGTCCTGACTGTGGACGGGAATTCCGTTAGGGCTGAAAGC CCCCACACCCATTCCACCTCGGCAGACACCAACGATCCCATTTATGTGGGTGGCTATCCTGCCCACATCA AACAGAACTGCCTGAGCAGCCGGGCCTCATTCCGGGGCTGTGTGAGGAACCTCAGGCTGAGCAGGGGCTC ACAAGTGCAGTCCTTGGACCTGAGCCGAGCCTTTGACCTACAAGGAGTCTTCCCTCATTCCTGCCCCGGG CCTGAGCCCTAA ACGCGTACGCGGCCGCTCGAGCAGAAACTCATCTCAGAAGAGGATCTGGCAGCAAATGATATCCTGGATT ACAAGGATGACGACGATAAGGTTTAA |
| Restriction Sites | SgfI-MluI |
| ACCN | NM_008480 |
| Insert Size | 9252 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. |
| Reference Data | |
| RefSeq | NM_008480.2, NP_032506.2 |
| RefSeq Size | 9518 bp |
| RefSeq ORF | 9252 bp |
| Locus ID | 16772 |
| UniProt ID | P19137 |
| Cytogenetics | 17 38.8 cM |
| Gene Summary | Binding to cells via a high affinity receptor, laminin is thought to mediate the attachment, migration and organization of cells into tissues during embryonic development by interacting with other extracellular matrix components.[UniProtKB/Swiss-Prot Function] |
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