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DYNC1H1 (NM_001376) Human Untagged Clone
CAT#: SC309253
DYNC1H1 (untagged)-Human dynein, cytoplasmic 1, heavy chain 1 (DYNC1H1)
"NM_001376" in other vectors (2)
Product Images
Frequently bought together (4)
Other products for "DYNC1H1"
Specifications
| Product Data | |
| Type | Human Untagged Clone |
| Tag | Tag Free |
| Symbol | DYNC1H1 |
| Synonyms | CMT2O; DHC1; DHC1a; DNCH1; Dnchc1; DNCL; DNECL; DYHC; HL-3; p22; SMALED1 |
| Vector | pCMV6 series |
| Sequence Data |
>NCBI ORF sequence for NM_001376, the custom clone sequence may differ by one or more nucleotides
ATGTCGGAGCCCGGGGGCGGCGGCGGCGAGGACGGCTCGGCCGGATTGGAAGTGTCGGCC GTGCAGAATGTGGCGGACGTGTCGGTGCTGCAGAAGCACCTGCGCAAGCTGGTGCCGCTG CTGCTGGAGGACGGCGGCGAGGCGCCGGCCGCGCTGGAGGCGGCGCTGGAGGAGAAGAGC GCCCTGGAGCAGATGCGCAAGTTCCTTTCGGACCCGCAGGTCCACACGGTGCTGGTGGAG CGCTCCACGCTCAAAGAGGACGTCGGTGATGAAGGAGAAGAAGAAAAAGAATTCATTTCC TATAACATCAACATAGACATTCATTATGGGGTTAAATCCAATAGCTTGGCATTCATTAAA CGTACTCCCGTGATTGATGCAGATAAACCCGTGTCTTCTCAGCTCCGGGTCCTTACACTC AGTGAAGACTCGCCCTACGAAACTTTGCATTCTTTCATTAGCAATGCAGTGGCTCCTTTT TTTAAGTCCTACATTAGAGAGTCTGGCAAGGCAGACAGGGATGGTGATAAAATGGCTCCT TCAGTTGAAAAGAAGATTGCAGAACTCGAAATGGGACTCCTTCACTTGCAGCAAAATATT GAAATTCCGGAGATCAGCCTGCCGATTCATCCAATGATCACAAATGTTGCAAAACAGTGT TATGAGCGTGGAGAAAAGCCAAAAGTTACAGACTTTGGTGATAAGGTTGAAGACCCAACA TTTCTTAATCAGTTACAATCTGGAGTTAACCGCTGGATCCGAGAAATTCAAAAAGTGACC AAACTGGATCGAGATCCTGCATCAGGAACTGCCTTACAGGAAATTAGTTTTTGGCTAAAC TTGGAACGTGCGTTATACCGCATCCAGGAGAAACGGGAGAGCCCGGAAGTTCTCCTGACT CTGGATATCTTGAAACATGGCAAGCGCTTCCATGCCACCGTCAGTTTTGACACTGACACA GGTCTAAAACAGGCTTTGGAAACTGTGAATGACTACAATCCTCTGATGAAAGATTTCCCT CTGAATGATTTGCTGTCTGCCACGGAGCTGGACAAAATAAGACAGGCGCTTGTTGCCATT TTCACACATTTGAGAAAGATCCGAAACACAAAATATCCTATTCAGAGGGCACTGCGTTTG GTGGAGGCAATTTCAAGAGACTTGAGTTCTCAATTACTCAAAGTATTGGGCACTAGGAAA TTGATGCATGTTGCTTATGAAGAATTTGAAAAAGTTATGGTAGCATGCTTTGAAGTTTTT CAGACTTGGGATGATGAGTATGAGAAACTTCAGGTATTGTTGAGAGACATCGTCAAAAGA AAAAGGGAAGAAAATCTGAAGATGGTGTGGCGTATCAACCCTGCCCACAGGAAGCTGCAG GCCCGCCTTGACCAGATGAGAAAATTTAGACGCCAGCATGAACAGCTAAGAGCTGTTATC GTCAGGGTCCTGAGGCCACAGGTCACGGCAGTTGCACAACAGAATCAAGGAGAGGTCCCT GAACCCCAAGATATGAAAGTGGCTGAGGTTCTCTTTGATGCTGCAGATGCAAATGCCATT GAGGAAGTAAACCTTGCTTATGAGAACGTCAAGGAAGTGGATGGACTGGATGTTTCCAAA GAGGGCACGGAAGCCTGGGAGGCTGCTATGAAGAGGTACGATGAGAGGATCGACAGAGTG GAGACCCGGATCACCGCTCGCCTTCGGGATCAGCTTGGCACAGCCAAGAATGCCAACGAG ATGTTTAGGATTTTCTCCAGGTTTAATGCACTGTTTGTCAGGCCTCACATCCGTGGGGCC ATTCGCGAATACCAGACCCAGCTGATCCAGCGCGTGAAAGATGACATTGAGTCTCTTCAC GACAAGTTCAAGGTCCAGTACCCACAGAGTCAGGCTTGTAAGATGAGTCACGTTCGTGAC TTGCCCCCTGTGTCAGGGTCTATCATCTGGGCTAAACAGATCGACAGGCAGCTGACGGCC TACATGAAGCGGGTGGAAGATGTCCTTGGCAAGGGCTGGGAGAATCACGTGGAGGGGCAG AAGCTGAAGCAGGATGGAGACAGCTTCCGCATGAAGCTCAACACGCAGGAGATCTTTGAT GACTGGGCAAGGAAGGTGCAGCAGCGCAACCTCGGTGTCTCGGGGCGCATTTTCACCATC GAAAGTACTCGGGTTCGGGGCCGAACTGGAAATGTGCTTAAGCTGAAAGTTAACTTTCTT CCTGAGATTATCACACTATCCAAAGAAGTCCGGAACCTCAAATGGCTTGGTTTCCGCGTC CCACTGGCGATTGTGAACAAAGCCCATCAAGCAAACCAGCTTTACCCGTTTGCCATCTCA CTGATCGAGAGCGTTCGTACCTATGAACGGACCTGCGAGAAGGTGGAGGAGCGGAACACC ATTTCCCTTTTGGTGGCTGGCTTGAAAAAGGAAGTGCAGGCCCTGATCGCAGAAGGCATT GCGTTGGTGTGGGAGTCCTACAAACTTGACCCATATGTACAGCGCTTAGCAGAGACTGTC TTCAACTTCCAAGAAAAGGTGGATGATCTGCTGATCATTGAAGAAAAAATAGACCTAGAA GTCCGTTCCTTGGAAACTTGTATGTATGACCATAAGACATTCTCGGAAATCTTGAACAGA GTCCAGAAAGCAGTGGATGACTTAAATCTGCACTCCTATTCCAATTTGCCCATCTGGGTC AACAAGCTTGACATGGAGATTGAAAGAATATTGGGCGTCCGTCTGCAAGCTGGCCTGAGA GCTTGGACGCAGGTTCTTCTTGGACAAGCTGAAGATAAAGCAGAAGTTGACATGGACACA GATGCTCCACAAGTTAGTCACAAGCCTGGTGGAGAGCCAAAGATCAAAAATGTCGTTCAT GAGCTAAGAATAACCAATCAGGTAATCTACTTGAATCCACCAATTGAAGAGTGCAGATAC AAGCTGTATCAGGAAATGTTTGCCTGGAAGATGGTTGTACTGTCTCTCCCCAGGATCCAG AGTCAGAGGTACCAGGTGGGTGTACATTACGAATTGACTGAGGAAGAGAAATTCTATCGG AATGCTTTAACACGGATGCCTGATGGCCCTGTTGCCCTGGAAGAGTCGTATTCTGCTGTC ATGGGCATTGTATCTGAAGTTGAACAGTATGTCAAGGTTTGGCTTCAGTATCAGTGTTTA TGGGATATGCAAGCTGAAAACATCTATAACAGACTTGGAGAAGATCTCAACAAATGGCAG GCTCTCCTGGTCCAAATAAGGAAGGCCAGAGGAACCTTTGACAATGCAGAAACCAAGAAA GAGTTTGGACCAGTAGTTATAGATTATGGCAAGGTACAATCTAAGGTGAACTTGAAATAT GACTCTTGGCATAAGGAGGTTCTTAGCAAATTTGGGCAGATGCTAGGATCAAACATGACG GAATTCCATTCCCAGATCTCAAAGTCCCGCCAAGAGTTGGAGCAGCACTCAGTAGACACG GCCAGCACCTCCGATGCAGTGACCTTCATCACCTATGTGCAGTCTTTGAAACGGAAGATC AAGCAGTTTGAGAAGCAAGTTGAGCTCTACCGCAATGGCCAGCGCTTACTGGAAAAGCAA AGGTTCCAGTTCCCACCTTCCTGGCTTTATATTGACAACATCGAGGGAGAGTGGGGAGCC TTCAATGACATCATGCGGCGAAAGGACTCTGCCATTCAGCAGCAGGTGGCAAACCTGCAA ATGAAGATTGTCCAGGAGGATCGGGCCGTGGAAAGCCGCACCACCGACCTGCTGACTGAC TGGGAGAAGACCAAGCCTGTCACGGGCAACCTTCGCCCAGAAGAGGCACTTCAGGCTCTC ACCATATATGAGGGGAAGTTTGGTAGGCTGAAGGACGACAGAGAGAAGTGTGCAAAGGCC AAGGAGGCGCTGGAATTGACAGATACTGGGCTTCTCAGTGGCAGTGAAGAGCGCGTGCAG GTGGCCTTAGAAGAATTACAGGACCTCAAAGGCGTTTGGTCAGAACTTTCTAAGGTTTGG GAGCAAATCGATCAGATGAAGGAGCAACCCTGGGTTTCAGTACAGCCTCGAAAGCTTCGA CAAAATTTGGATGCCCTCCTGAACCAGCTGAAAAGCTTCCCTGCCCGGTTGCGACAGTAT GCGTCCTATGAGTTTGTTCAGAGGCTTCTGAAAGGTTACATGAAGATAAATATGCTGGTG ATTGAACTGAAATCCGAAGCACTTAAAGACCGCCATTGGAAACAGCTCATGAAAAGGCTT CACGTTAATTGGGTTGTTTCTGAGCTAACCCTTGGCCAAATCTGGGATGTTGACTTGCAG AAAAATGAAGCGATTGTCAAGGATGTACTGCTTGTGGCACAAGGGGAGATGGCTTTGGAA GAATTTTTGAAGCAGATAAGAGAAGTGTGGAATACTTATGAACTAGACTTGGTTAATTAT CAGAACAAGTGCCGCTTGATCCGTGGCTGGGATGACCTCTTCAACAAGGTCAAAGAACAC ATCAACAGCGTCTCGGCCATGAAGCTCTCTCCGTATTACAAGGTTTTTGAAGAGGATGCT CTCAGCTGGGAAGATAAGCTGAACAGGATCATGGCTCTCTTTGATGTGTGGATTGATGTG CAGAGGCGGTGGGTCTACCTGGAAGGTATCTTCACAGGCAGTGCAGATATCAAGCACCTG CTGCCAGTGGAAACCCAGCGGTTTCAGAGCATCAGCACTGAGTTTTTGGCTCTAATGAAA AAAGTGTCCAAGTCTCCCCTTGTTATGGATGTTCTGAACATCCAGGGAGTACAGAGGTCT CTGGAAAGATTGGCAGACCTGCTAGGAAAGATCCAGAAAGCATTGGGAGAATATCTGGAA AGAGAGCGGTCATCTTTCCCCAGGTTCTATTTTGTGGGTGATGAAGATTTGCTTGAAATC ATTGGAAACAGCAAGAATGTCGCTAAATTACAGAAACACTTCAAGAAGATGTTTGCTGGA GTTTCGAGCATCATCCTGAACGAGGATAACTCTGTTGTTTTGGGTATTTCATCTCGGGAA GGAGAGGAGGTTATGTTTAAAACTCCTGTGTCAATTACTGAACATCCCAAAATCAATGAG TGGCTCACATTGGTAGAAAAGGAGATGAGAGTCACCCTGGCCAAACTGCTTGCTGAGTCT GTTACGGAAGTTGAGATTTTTGGTAAAGCAACTTCAATTGACCCAAATACCTACATCACT TGGATTGATAAATACCAGGCCCAGCTTGTGGTTTTGTCAGCCCAGATAGCCTGGTCTGAG AACGTGGAGACCGCACTGAGCAGCATGGGCGGAGGTGGAGATGCCGCGCCCTTGCACTCT GTGCTGAGCAATGTGGAGGTCACCCTCAATGTGTTAGCAGACTCTGTCCTCATGGAGCAG CCCCCACTCCGAAGGCGGAAGCTAGAACACTTGATTACAGAGTTGGTTCACCAGAGAGAT GTTACAAGGTCCTTGATCAAAAGCAAGATTGACAACGCCAAATCTTTTGAATGGCTCAGC CAGATGCGATTTTACTTTGACCCTAAGCAAACTGATGTGTTACAGCAGTTGTCAATTCAA ATGGCAAATGCCAAATTTAACTATGGCTTTGAGTACCTGGGTGTTCAGGACAAACTGGTC CAGACCCCCCTCACTGACCGCTGCTATTTGACAATGACACAAGCCTTGGAGGCCAGGCTG GGGGGTTCCCCATTTGGACCTGCTGGAACTGGGAAAACAGAGTCTGTCAAAGCTCTTGGC CATCAGCTTGGACGGTTTGTTTTAGTTTTCAACTGTGATGAAACCTTTGATTTCCAGGCA ATGGGCCGGATCTTTGTGGGCCTTTGCCAGGTGGGTGCCTGGGGCTGCTTTGACGAGTTC AACCGCCTGGAGGAGCGGATGCTCTCGGCTGTGTCCCAGCAGGTGCAGTGCATACAGGAA GCACTGCGTGAACATTCCAACCCCAACTACGACAAGACCTCTGCCCCCATTACTTGTGAG CTGCTGAACAAACAAGTCAAGGTGAGCCCGGACATGGCCATCTTCATCACCATGAACCCT GGCTACGCGGGCCGGTCTAACCTTCCTGACAACTTGAAGAAGCTGTTCCGGAGCTTGGCC ATGACCAAGCCCGACCGGCAGTTAATCGCCCAGGTCATGCTGTACTCACAGGGTTTCCGC ACTGCTGAAGTGCTTGCCAACAAAATCGTCCCGTTTTTTAAACTATGCGATGAGCAGCTC TCTTCCCAAAGCCATTATGACTTCGGTCTTCGGGCTTTGAAGAGTGTGCTGGTGAGTGCA GGCAATGTGAAGAGAGAGAGAATCCAGAAGATAAAGAGGGAGAAAGAGGAACGAGGGGAA GCAGTTGATGAAGGAGAAATTGCTGAAAATCTCCCTGAACAAGAGATTCTGATACAGAGC GTCTGTGAGACGATGGTGCCAAAGCTGGTGGCAGAGGACATCCCGCTGCTCTTCAGCCTC CTGTCGGACGTGTTCCCTGGAGTCCAGTATCACAGGGGTGAGATGACTGCCCTTCGAGAG GAGCTGAAGAAAGTGTGTCAGGAGATGTATTTGACATATGGAGATGGAGAAGAAGTTGGT GGAATGTGGGTTGAAAAGGTTCTCCAGCTCTATCAGATCACCCAGATCAATCATGGCCTG ATGATGGTGGGGCCCTCGGGAAGTGGGAAGAGCATGGCCTGGCGTGTCCTGCTGAAGGCA TTGGAGAGACTCGAGGGTGTGGAAGGTGTGGCCCATATCATCGACCCCAAGGCCATCAGC AAAGACCACCTCTACGGAACCCTGGACCCCAACACCAGGGAATGGACAGATGGGCTCTTC ACACACGTGCTGAGAAAGATCATCGACAGCGTGAGAGGCGAGCTGCAGAAGCGCCAGTGG ATCGTCTTCGATGGCGATGTGGATCCAGAGTGGGTTGAGAACTTGAACTCAGTGCTGGAT GACAATAAGCTCCTAACTTTGCCCAATGGAGAGCGCCTCAGTCTTCCACCCAATGTGAGA ATAATGTTTGAGGTACAGGACTTGAAATACGCGACCTTGGCCACAGTGTCGCGCTGCGGC ATGGTCTGGTTCAGTGAGGATGTGCTGAGCACCGACATGATCTTCAACAACTTCCTGGCC AGGCTGCGCAGCATCCCGCTGGATGAAGGGGAGGATGAGGCACAGCGGCGGCGTAAGGGC AAAGAGGATGAGGGGGAGGAGGCCGCTTCCCCCATGCTGCAGATCCAAAGAGATGCAGCT ACGATCATGCAACCGTACTTCACGTCCAACGGCCTGGTCACCAAGGCGCTAGAGCACGCC TTCCAGCTGGAGCACATCATGGACCTAACACGCCTGCGCTGCCTGGGCTCGCTCTTCTCC ATGCTGCACCAGGCCTGCCGCAACGTGGCGCAGTATAACGCCAACCATCCCGACTTCCCC ATGCAGATCGAGCAGCTGGAGCGCTACATTCAGCGATATCTGGTTTATGCCATACTCTGG TCCCTGTCTGGAGACAGCCGGCTAAAAATGAGAGCAGAGCTGGGTGAATACATCAGAAGA ATCACGACCGTGCCTCTGCCCACTGCGCCCAACATACCCATTATCGATTATGAGGTGTCC ATCAGCGGAGAATGGTCTCCGTGGCAGGCCAAGGTGCCTCAGATTGAAGTGGAGACGCAC AAGGTGGCAGCCCCTGATGTCGTCGTGCCAACGCTGGACACAGTCCGCCACGAAGCCCTC TTGTACACTTGGCTGGCCGAACACAAGCCCCTGGTCTTGTGTGGCCCTCCTGGGTCTGGC AAGACCATGACACTCTTCAGCGCCCTCCGGGCCTTGCCTGACATGGAGGTGGTGGGTCTC AACTTCTCCAGTGCTACTACTCCAGAGCTGCTTCTGAAGACTTTTGATCACTACTGCGAG TACAGGCGCACACCTAATGGGGTGGTTTTGGCTCCTGTTCAACTTGGAAAGTGGCTGGTG TTGTTCTGTGATGAAATCAACTTGCCAGATATGGATAAATATGGGACCCAGAGGGTCATA TCCTTCATCAGACAGATGGTGGAGCACGGAGGCTTTTACCGTACCTCAGATCAAACATGG GTGAAGCTGGAGAGAATCCAGTTTGTTGGGGCTTGTAATCCCCCCACAGACCCTGGAAGA AAGCCCCTCTCACACAGGTTCCTGCGCCACGTGCCTGTCGTGTATGTGGATTACCCGGGC CCCGCCTCCCTCACACAGATCTACGGCACCTTCAACCGCGCCATGCTGAGGCTCATTCCA TCCCTGCGGACGTATGCAGAGCCGCTCACTGCTGCCATGGTGGAGTTCTACACCATGTCT CAGGAGAGATTCACCCAGGATACACAACCTCACTATATCTATTCACCCCGTGAAATGACT AGGTGGGTGAGAGGCATCTTTGAAGCGCTGAGACCTCTGGAGACCCTGCCTGTTGAAGGC CTCATTCGGATTTGGGCACATGAAGCTCTGCGTCTCTTCCAAGATAGACTCGTAGAGGAT GAGGAGAGGCGTTGGACTGATGAGAACATCGACACGGTTGCTCTGAAGCACTTCCCTAAC ATCGACAGAGAGAAGGCAATGAGCCGACCCATCTTGTACAGCAACTGGCTGTCAAAGGAT TACATCCCAGTAGACCAAGAAGAGTTAAGAGATTATGTCAAAGCTAGGCTGAAGGTCTTT TATGAAGAAGAACTTGATGTTCCGCTGGTGCTGTTTAATGAAGTCCTAGACCACGTGCTG AGGATTGACAGAATATTCCGTCAACCTCAAGGCCACTTGCTTCTGATTGGTGTTAGTGGA GCAGGAAAAACTACCCTGTCTCGTTTCGTCGCCTGGATGAACGGTTTGAGTGTGTACCAG ATTAAGGTCCATAGGAAGTACACAGGGGAAGACTTTGATGAAGATCTACGGACAGTGTTG AGACGTTCTGGCTGTAAAAATGAAAAGATAGCATTTATAATGGATGAATCTAATGTGTTA GATTCTGGATTCCTGGAGCGAATGAATACCCTTCTGGCCAATGGAGAGGTGCCTGGTCTC TTTGAAGGAGACGAGTATGCCACCTTGATGACGCAGTGCAAAGAGGGGGCACAGAAGGAA GGCCTGATGCTGGACTCGCACGAGGAGCTCTACAAGTGGTTCACTAGCCAGGTTATCCGC AACCTCCACGTCGTGTTCACCATGAACCCGTCCTCGGAGGGACTCAAGGACCGGGCAGCT ACATCACCAGCACTTTTCAACAGGTGTGTGTTGAATTGGTTTGGAGACTGGTCCACCGAA GCACTGTATCAGGTTGGCAAAGAATTCACAAGTAAGATGGATCTGGAGAAGCCAAATTAC ATCGTGCCTGATTACATGCCAGTTGTGTATGATAAGCTGCCGCAGCCACCATCCCATCGG GAAGCCATTGTGAACAGCTGTGTGTTTGTTCATCAGACTCTTCACCAGGCGAATGCTCGG CTAGCAAAGCGAGGCGGCAGAACGATGGCCATCACCCCTCGCCACTACCTGGACTTCATC AATCACTATGCCAACCTGTTCCACGAGAAGCGGAGCGAGCTGGAGGAGCAGCAGATGCAC TTGAACGTGGGGCTCAGGAAGATCAAAGAGACAGTCGACCAGGTAGAAGAACTGCGTCGT GACTTGAGGATAAAGAGCCAAGAGCTGGAGGTGAAGAATGCAGCAGCCAATGACAAGCTG AAAAAGATGGTGAAAGACCAGCAGGAGGCTGAAAAGAAGAAGGTTATGAGCCAAGAAATC CAGGAACAGCTGCATAAGCAGCAGGAGGTAATTGCAGACAAACAGATGAGTGTCAAAGAA GATCTTGATAAGGTGGAACCTGCCGTCATTGAGGCCCAGAATGCTGTGAAGTCGATCAAG AAGCAGCACCTGGTGGAGGTGAGGTCCATGGCCAACCCTCCTGCTGCTGTGAAGCTGGCG CTGGAGTCCATCTGCCTGCTGCTGGGGGAAAGCACCACAGACTGGAAGCAGATCCGCTCC ATCATCATGCGGGAGAACTTCATCCCCACCATCGTCAACTTCTCTGCAGAGGAGATCAGT GACGCCATAAGGGAGAAGATGAAGAAAAATTACATGTCCAATCCAAGTTACAATTATGAA ATTGTGAATCGGGCTTCCCTGGCTTGCGGCCCTATGGTGAAATGGGCAATTGCACAGCTT AACTATGCAGACATGTTAAAGAGAGTGGAGCCCCTACGCAATGAGCTGCAGAAGCTGGAA GATGACGCCAAGGACAACCAGCAGAAGGCCAACGAGGTGGAGCAGATGATCCGAGACCTG GAAGCCAGCATCGCCCGCTACAAGGAGGAATACGCCGTCCTGATCTCAGAGGCCCAGGCC ATCAAGGCAGACCTGGCAGCTGTCGAGGCAAAAGTAAACCGGAGCACTGCTCTTCTGAAG AGCTTGTCTGCTGAACGTGAACGATGGGAAAAAACAAGTGAAACTTTCAAAAACCAGATG TCCACCATTGCTGGGGACTGTCTCTTGTCAGCTGCGTTCATTGCCTACGCGGGTTACTTT GACCAGCAGATGCGTCAGAACTTGTTCACTACCTGGTCCCATCACCTACAGCAAGCCAAC ATCCAGTTCCGTACAGATATTGCCAGGACGGAATACCTTTCCAATGCTGATGAGCGTCTT CGCTGGCAGGCCAGCTCCTTGCCTGCTGATGACCTTTGCACAGAAAATGCCATCATGCTG AAACGATTCAATAGGTATCCGCTGATCATTGACCCCTCTGGACAGGCCACAGAATTCATT ATGAATGAATATAAGGATCGTAAGATCACACGGACCAGCTTCCTGGATGACGCCTTCAGA AAGAACTTAGAGAGTGCACTGAGATTCGGTAACCCCCTTCTGGTCCAGGATGTGGAAAGC TACGATCCAGTTTTGAACCCGGTGCTGAACCGTGAAGTGCGGCGAACAGGGGGGAGAGTG CTGATCACTCTCGGGGACCAGGACATAGACCTGTCGCCATCGTTTGTCATCTTCCTGTCC ACCCGGGATCCAACTGTCGAGTTCCCACCAGATCTCTGTTCCCGGGTTACTTTTGTAAAC TTCACAGTTACCCGTAGCAGTTTACAAAGCCAGTGTCTAAATGAAGTACTTAAAGCAGAA AGACCTGATGTGGACGAGAAACGATCTGATCTTCTTAAACTTCAAGGGGAATTTCAGCTC CGTTTGCGTCAGCTGGAAAAATCTCTACTACAAGCTCTGAACGAGGTGAAAGGGCGCATT TTGGATGACGACACGATCATAACCACTCTGGAGAACCTGAAGAGAGAGGCTGCAGAGGTC ACCAGGAAAGTTGAGGAGACGGACATTGTCATGCAGGAGGTGGAGACCGTGTCCCAGCAG TACCTCCCGCTCTCCACCGCCTGCAGCAGCATCTACTTCACCATGGAGTCCCTCAAGCAG ATACACTTCTTGTACCAGTACTCCCTCCAGTTTTTCCTGGACATTTATCACAACGTCCTA TACGAGAACCCGAACCTGAAGGGTGTCACCGACCACACACAGCGCCTGTCCATTATAACA AAGGACCTCTTCCAGGTGGCGTTTAACCGAGTGGCTCGAGGCATGCTGCATCAGGACCAC ATTACCTTTGCCATGCTGCTGGCAAGAATCAAACTGAAGGGCACCGTGGGGGAGCCCACC TACGATGCAGAATTCCAGCACTTCTTGAGAGGAAATGAGATTGTCCTGAGTGCTGGCTCC ACCCCCAGGATCCAGGGCCTGACTGTGGAGCAGGCGGAGGCGGTGGTGAGGCTGAGCTGC CTTCCCGCGTTTAAGGACTTGATTGCAAAGGTTCAGGCAGACGAGCAATTTGGCATCTGG CTGGACAGCAGCTCCCCGGAGCAGACTGTGCCCTACCTCTGGAGTGAAGAAACACCTGCA ACACCCATTGGCCAGGCCATCCACCGCCTGCTCCTGATCCAGGCTTTCCGGCCCGATCGC CTGTTGGCCATGGCCCACATGTTTGTTTCAACAAACCTTGGGGAGTCTTTCATGTCCATC ATGGAGCAGCCGCTCGACCTGACCCACATTGTGGGCACAGAGGTGAAGCCCAACACTCCT GTCTTAATGTGCTCTGTGCCTGGTTATGATGCCAGTGGACATGTCGAGGACCTTGCAGCC GAGCAGAACACGCAGATCACTTCAATTGCAATCGGCTCTGCAGAAGGCTTTAACCAAGCA GATAAGGCAATAAACACCGCTGTAAAGTCGGGCAGGTGGGTGATGCTGAAGAATGTGCAT CTGGCCCCAGGGTGGCTGATGCAGCTGGAGAAGAAGTTGCATTCCCTGCAGCCGCATGCC TGCTTCCGACTCTTCCTCACCATGGAGATCAACCCCAAGGTGCCTGTGAATCTGCTCCGT GCGGGCCGCATCTTTGTGTTCGAGCCACCGCCAGGGGTGAAGGCCAACATGCTGAGGACG TTCAGCAGCATTCCCGTCTCACGGATATGCAAGTCTCCCAACGAGCGTGCCCGCTTGTAC TTCCTGCTGGCCTGGTTTCATGCGATCATCCAAGAACGCTTACGATACGCACCACTGGGG TGGTCAAAGAAGTATGAATTTGGAGAGTCTGACCTGCGGTCAGCTTGCGATACGGTGGAC ACGTGGCTGGATGACACGGCCAAGGGCAGGCAGAACATCTCACCGGATAAGATCCCGTGG TCTGCACTAAAGACCTTAATGGCCCAGTCCATTTATGGCGGGCGCGTGGACAACGAGTTT GACCAGCGTCTGCTCAACACCTTCCTGGAGCGCCTGTTCACAACCAGGAGTTTCGACAGT GAGTTTAAGCTGGCATGCAAGGTCGACGGACATAAAGACATTCAAATGCCAGATGGCATC AGGCGAGAGGAGTTTGTGCAGTGGGTGGAGTTGCTCCCCGACACCCAGACGCCCTCCTGG CTGGGCCTGCCCAACAACGCCGAGAGAGTCCTCCTTACCACACAGGGTGTGGACATGATC AGTAAAATGCTGAAGATGCAGATGTTGGAGGATGAGGACGACCTGGCCTACGCAGAGACT GAGAAGAAGACGAGGACAGACTCCACGTCCGACGGGCGCCCTGCCTGGATGCGGACACTG CACACCACCGCGTCCAACTGGCTGCACCTCATCCCCCAGACGCTGAGCCACCTCAAGCGC ACCGTGGAGAATATCAAGGATCCTTTGTTCAGGTTCTTTGAGAGAGAAGTGAAGATGGGC GCAAAGCTGCTTCAGGACGTTCGCCAGGACCTTGCAGATGTCGTCCAGGTGTGCGAAGGA AAGAAGAAGCAGACCAACTACTTGCGCACGCTGATCAACGAGCTAGTGAAAGGGATCTTG CCTCGGAGCTGGTCCCACTACACGGTGCCTGCCGGCATGACCGTCATCCAGTGGGTGTCC GACTTCAGCGAGAGGATCAAACAGCTGCAGAACATCTCACTGGCAGCTGCATCTGGTGGC GCCAAGGAGCTAAAGAACATCCACGTGTGCCTGGGTGGCCTGTTCGTGCCTGAGGCGTAC ATCACTGCCACCAGGCAGTATGTGGCCCAGGCCAACAGCTGGTCCCTGGAGGAGCTCTGC CTGGAAGTCAACGTCACCACCTCACAGGGCGCCACCCTTGACGCTTGCAGCTTCGGAGTC ACGGGTTTGAAACTTCAAGGGGCCACGTGCAACAACAACAAGCTGTCACTGTCCAATGCC ATCTCAACCGCCCTTCCCCTGACGCAGCTGCGCTGGGTCAAGCAGACAAACACCGAGAAG AAGGCCAGTGTGGTAACCTTACCTGTCTACCTGAACTTCACCCGTGCAGACCTCATCTTC ACCGTGGACTTCGAAATTGCTACAAAGGAGGATCCTCGCAGCTTCTACGAGCGGGGTGTC GCAGTCTTGTGCACAGAGTAA |
| Restriction Sites | Please inquire |
| ACCN | NM_001376 |
| OTI Disclaimer | Due to the inherent nature of this plasmid, standard methods to replicate additional amounts of DNA in E. coli are highly likely to result in mutations and/or rearrangements. Therefore, OriGene does not guarantee the capability to replicate this plasmid DNA. Additional amounts of DNA can be purchased from OriGene with batch-specific, full-sequence verification at a reduced cost. Please contact our customer care team at custsupport@origene.com or by calling 301.340.3188 option 3 for pricing and delivery. 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). |
| OTI Annotation | This TrueClone is provided through our Custom Cloning Process that includes sub-cloning into OriGene's pCMV6 vector and full sequencing to provide a non-variant match to the expected reference without frameshifts, and is delivered as lyophilized plasmid DNA. |
| 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_001376.2, NP_001367.2 |
| RefSeq Size | 14220 bp |
| RefSeq ORF | 13941 bp |
| Locus ID | 1778 |
| UniProt ID | Q14204 |
| Cytogenetics | 14q32.31 |
| Protein Families | Druggable Genome |
| Gene Summary | Dyneins are a group of microtubule-activated ATPases that function as molecular motors. They are divided into two subgroups of axonemal and cytoplasmic dyneins. The cytoplasmic dyneins function in intracellular motility, including retrograde axonal transport, protein sorting, organelle movement, and spindle dynamics. Molecules of conventional cytoplasmic dynein are comprised of 2 heavy chain polypeptides and a number of intermediate and light chains.This gene encodes a member of the cytoplasmic dynein heavy chain family. [provided by RefSeq, Oct 2008] |
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