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DNAH6 (NM_001370) Human Untagged Clone
CAT#: SC333277
DNAH6 (untagged) - Homo sapiens dynein, axonemal, heavy chain 6 (DNAH6)
"NM_001370" in other vectors (2)
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Other products for "DNAH6"
Specifications
| Product Data | |
| Type | Human Untagged Clone |
| Tag | Tag Free |
| Symbol | DNAH6 |
| Synonyms | Dnahc6; DNHL1; HL-2; HL2 |
| Vector | pCMV6 series |
| Sequence Data |
>NCBI ORF sequence for NM_001370, the custom clone sequence may differ by one or more nucleotides
ATGACTTTTCGGGCCACAGATAGTGAATTTGACCTGACAAATATTGAAGAGTATGCCGAAAATTCTGCAC TTTCAAGACTGAATAATATAAAAGCCAAACAAAGAGTGAGTTATGTGACATCCACAGAAAATGAATCTGA TACACAAATCCTAACGTTTAGGCACATTACAAAAGCTCAGGAGAAGACAAGAAAACGACAGCAGCCTATA AAACTAGAGCCTTTGCCAGTGCTAAAAGTCTACCAAGATCATAAGCAGCCAGAATACATACATGAACAGA ACCGATTTCAGTTAATGACTGCAGGAATCATTAAACGTCCAGTAAGCATAGCAAAAAAAAGTTTTGCCAC ATCATCTACTCAGTTTCTTGAGCATCAAGATGCTGTGAAAAAAATGCAGATTCATCGGCCCTATGTTGAG GTGTTCTCTCCCTCTCCTCCTAAACTGCCACATACTGGTATTGGAAAAAGAGGTCTCTTTGGGACTAGAT CTTCAGCTTACCCTAAGTACACTTTTCACGACCGAGAAGAAGTTGTTAAAGCCAACATTCGTGATCCCTT GCAAATCATTAAAATAATACGTGAAAATGAACATCTTGGATTTCTTTATATGATCCCTGCAGTGCCAAGA TCATCCATTGAATATGATACATATAATCTAAAAGTTGTAAGTTATGAGAACATCAATAAAAATGACTACT ATACTATTAGCCAAAGGGCAGTAACACACATTTATAATGAAGACATTGAATTTATCGAAATTGATCGATG GGAACAGGAATATCTGTATCACAGAGAACTCACTAAGATTCCCATATTTTCACTGTTCCGGAAATGGAAG GCTTTTAGTGTATGGAGGAAGAATGTCCGCTCCAAGAAAATCACTGGATGTCAAAAATCTCTACAAAAAA ATTTGTTCATTGTTAATCCTCATTTGCGACCAGCTCTTCTTAAAATAAATGAATTGTGTTATCATTTGAG TTTTATGGGACTTTGTTATATTGAAAAGTGTCACACCTACACCCTGCAGGAATTTAAGGCCGCACAAGTC ATACGGCTAGCAGAGGTGACAGAACGCCTAGGAGAATTTCGAAATGAGGCAAAATATGTAGTCAGGAGGG CTTGTCGATTTGCTTTGCGTGCTGCAGGATTTGTTCCTGATGACTGTGCATTTGGACCTTTTGAGGATTA TCATAAAGTGCAGAGCAGTGGAAGTTTCATTAATACACCACATGAGTTGCCCACTTATGGAGACTCTGAG AAAATGACATATACAGAACAGGCCAGCAAAAGGCATTATTGCATGAGGCTGACGTGCTTTATTCGTCTAA ACGACTATCTAATTGAGAACACAATGCACATCTTAACGGTAAATGCTGTTAATTCGCTTTTGAACCATCT CACTGACAAGCTAAAACGAACACCTTCAGCAGATGTCATTCAGAAATGGATTACTGAAGAGAAGCCTGAA GTCCCTGATAAAAAGGGGACCCTTATGGTGGAAAAGCAAGAAGAAGATGAATCTCTCATCCCCATGTTTC TCACAGAACTAATGTTGACAGTCCAGTCACTGCTCTTTGAGCCTTCTCTGGAAGACTTTCTGGATGGTAT TTTGGGTGCAGTTAATCACTGTCAAAACACTGTGTTATCAGTTCCTAATCTCGTGCCTGATTCGTATTTT GATGCTTTCACCAGCCCTTATATTAACAACAAACTTGAAGGAAAAACCTGTGGAACTGGGCCAAGTTTAG CAGCAGTATTTGAGGATGATAAGAATTTTCACACAATTATTTCTCAAATAAAGGAAACCATTCAGGCCGC ATTTGAATCAGCCCGCATCTATGCAGCTACCTTTGAAAAGTTCCAGATATTCTTCAAGGAAAATGAAAGT CTTGATTTACAAGCTCTTAAACTTCAGGAACCTGATATTAACTTTTTTAGTGAACAACTGGAAAAATATC ACAAACAGCACAAGGACGCAGTAGCGCTCAGACCCACCAGAAATGTAGGATTGCTGCTCATTGATACTAG GCTTCTAAGAGAAAAATTAATTCCATCACCTTTGCGATGCTTAGAGGTGCTAAATTTTATGCTTCCTCGT CAAAGCAAGAAAAAAGTGGATGCCATTATCTTTGAGGCACAAGATGCAGAGTATAAACTTGAGTTTGTTC CAACTACTACCACAGAATATGTTCATAGCTTATTATTTCTTGATGAAATTCAGGAACGGATTGAAAGCCT TGAAGATGAGGGGAATATAGTGACTCAAATGTACAAGCTTATGGAACAATATCAGGTGCCCACACCTCCT GAAGACTTTGCTGTTTTTGCAACTATGAAGCCATCCATTGTTGCTGTTCGGAATGCCATTGATAAATCAG TGGGTGATAGAGAATCAAGCATTAAGCAATTTTGTGTGCATTTGGGTAGTGATCTTGAAGAATTAAACAA CGAAGTGAATGAAGTAAAACTGCAAGCACAGGATCCACAGATTTTAGATATCTCTGCTGACCAAGACAAA ATAAGGCTCATATTGAATAATCTGCAATCTGTTCTGGCTGATCTTCAGAAACGTGCATTTCAGTATAAGT CCTATCAGAAGAATTTTAAGGTAGAAGTGTCCAAGTTTGAAGCTTTGGAAGAAGTCAGTGCTGAACTGAA GCTCAAACAATTGCTCTGGGATTCTTTCTCTGAATGGGATAAACTCCAACAAGAATGGTTAAAGTCCAAA TTTGATTGCCTGGATCCAGAAGTCCTAAACGGTCAAGTTTCTAAATATGCTAAATTTGTGACTCAACTGG AAAAAGGCTTGCCACCCAACAGTGTAGTGCCCCAGCTCAAATACAAGGTGGAAAAAATGAAAGAAAAGCT TCCAGTTATCATTGACTTGAGGAACCCGACTTTGAAGGCAAGACATTGGGCAGCTATTGAACAAACAGTT GATGCCACTCTAGTGGATGCTGAAATTCCATTAACCTTGGAGAGGCTCTCCCAGTTGCATGTTTTTGACT TTGGTCAAGAAATCCAGGACATATCTGGACAGGCTTCTGGAGAAGCTGCCTTAGAAGCAATTCTTAAAAA GGTGGAGGACTCTTGGAAAACAACTGAATTTGTCATTCTGCCTCACCGTGACTCCAAAGATGTGTTTATA CTGGGCGGCACAGATGACATACAGGTCCTTCTTGATGATAGCACCATCAATGTTGCAACTCTTGCCTCAT CACGTTACCTTGGTCCACTGAAAACTCGAGTGGATGAATGGCAAAAACAACTTGCTTTATTTAATCAAAC ACTGGAAGAGTGGCTGACCTGCCAGAGAAACTGGCTCTACCTAGAAAGTATTTTCAATGCTCCAGACATT CAGAGGCAATTGCCTGCAGAGGCCAAGATGTTCCTTCAGGTGGATAAGTCATGGAAAGAAATCATGAGAA AGGTGAATCGGCTGCCTAATGCTCTTCGAGCCGCTACTCAGCCAGGACTTCTGGAAACTTTTCAAAACAA TAATGCATTACTTGACCAAATTCAGAAGTGCCTAGAGGCATACTTAGAATCAAAAAGAGTTATCTTTCCA AGGTTTTACTTCTTGTCAAATGATGAACTTCTGGAGATTTTGGCCCAGACACGAAATCCACAGGCCGTGC AGCCACACTTAAGGAAATGCTTCGACTCCATTTCAAAGCTCGAATTTGCTCTCATGCCTCCTGCCGAAGG AAAGATTCCTGGTATTGATGGAGAACCAGAAAAGGTTTATACTAATGATATTTTAGCAATGCTGTCACCA GAGGGAGAAAGGGTTAGCTTGGGGAAAGGCCTCAAGGCCCGAGGCAATGTAGAGGAATGGCTTGGTAAAG TGGAAGAAGCCATGTTCACATCTCTGCGTCGCCTGTGCAAAGCTGCCATCGCTGACTATCAGGGGAAACT GAGGACAGACTGGGTGGTTGCTGGCCACCCTTCTCAAGTTATCCTGACTGTTTCTCAAATTATGTGGTGC CGTGATTTGACTGAATGTCTGGAAACAGAACACAGTAATCATATACAGGCCCTGAAGAATTTTGAAAAAG TAAATTTTGAGAGATTAAATGCCCTAGCTGCAATAGTTCAAGGCAGTCTTCCTAAATTACACAGAAACAT CCTAACTGCATTGATTACTATTGATGTGCATGCAAGAGATATAGTCACTGAACTTGTTCAATCCAAGGTG GAGACAGTTGAATCTTTTGACTGGCAGAGACAACTGCGCTATTACTGGGATATAGACCTGGATAATTGTG TGGCTAGAATGGCGCTCTCTCAGTACACTTATGGCTATGAATATTTGGGTGCATGCCCAAGATTGGTTAT TACTCCACTCACAGATCGCTGCTATCTTTGCCTCATGGGAGCTTTGCAGCTTGACCTTGGGGGTGCACCA GCTGGTCCTGCTGGCACTGGGAAAACAGAGACTACCAAAGATCTGGCAAAAGCTCTTGCCATCCAGTGTG TGGTCTTTAACTGTTCAGATGGTTTGGACTACAAGATGATGGGGCGCTTCTTCAGTGGCTTGGCACAGTC AGGGGCCTGGTGCTGCTTTGATGAATTTAATCGAATTGACATAGAAGTTCTGTCCGTCATCGCGCAGCAA CTCATTACCATTAGGAACGCCAAAGCGGCAAAGCTCTCTAGATTCATGTTTGAGGGGCGGGAAATAAAGT TGGTGATGACTTGTGCAGCCTTCATCACAATGAATCCTGGCTATGCAGGGAGAACTGAATTGCCAGATAA TTTGAAAGCCCTGTTTAGACCATTTGCGATGATGGTTCCAAATTATGCCTTGATTGCAGAGGTAATTCTA TATTCTGAAGGATTTGAATCCAGTAAAATATTAGCAAGAAAAATGACTCAGATGTATAAGCTTTGCAGTG AGCAGCTGTCTCAGCAGGATCACTACGACTTTGGCATGAGAGCTGTGAAGTCTGTCCTGGTCATGGCTGG ATCTTTAAAAAGAGAAAACCCAGACCTAAATGAAGATGTGGTGTTGATAAGAGCTTTACAAGACTCCAAT TTGCCAAAATTTCTAACAGATGATGCTCTTCTGTTCAGTGGAATCATATCTGACCTTTTTCCTGGAGTCC AAATTCCAGAACATGATTATGGTATTTTACAATCAACAATTGTGGATGTCATGAATAGACAAAATCTTCA GCCTGAGATGTGTATGGTTAGAAAGGTGATACAGTTTTATGAAACTATGCTAGTAAGGCATGGTGTTATG TTAGTCGGGCCAACAGGAGGCGGCAAGACCACAGTTTACCGAATACTAGCAGAAACTTTAGGGAATTTAC AAAAACTTGGGATAGAAAATTCCTTTTACCAAGCAGTTAAAACATATGTTCTCAACCCTAAATCAATTAC CATGGGTGAATTATATGGAGAGGTTAATAACTTAACCTTGGAATGGAAAGATGGTTTGATGGCACTAAGT GTCCGAGCAGCTGTGAATGATACTTCAGAAGACCATAAATGGATCATCAGTGATGGGCCAGTAGATGCTC TTTGGATTGAAAACATGAATACAGTGCTGGATGATAACAAGATGCTTTGCCTGGCTAACAGTGAGAGGAT TAAACTCACACCTCAAATTCACATGCTTTTTGAGGTGCAAGATCTGCGGGTTGCCTCCCCTGCAACAGTC AGTCGATGTGGAATGGTGTTTGTGGATCCTGAAGAACTGAAATGGATGCCTTATGTTAAAACTTGGATGA AGGGTATTTCTAAAAAACTGACTGAGGAAACCCAAGAATATATATTGAATCTTTTCCAACGTTATGTTGA TGAAGGTTTACATTTTATCAATAAAAAGTGCAGCCAAGCAATTCCACAAGTGGACATCAGCAAAGTTACT ACACTCTGTTGCTTATTGGAGTCCTTGATACTTGGGAAAGATGGAGTTAACTTGGCAATGGAACAAACAA AATTGAACACTATACTATGTCAGACTTTTGTATTCTGTTATTTGTGGTCTTTGGGTGGAAACCTAACTGA AAACTACTATGATTCTTTTGATACATTTATTAGAACACAATTTGATGATAATCCTGATGCCAGGCTTCCC AATTCTGGTGATCTGTGGAGCATTCATATGGACTTTGACACCAAACGGCTGGATCCCTGGGAACGAATCA TACCTACTTTCAAATACAACCGAGATGTTCCATTTTTTGAAATGCTTGTCCCCACAACTGACACAGTGCG CTATGGGTATCTAATGGAAAAACTACTGGCAGTCAAGCATTCCGTGTTGTTTACTGGAATAACTGGAGTG GGCAAGTCTGTGATTGCAAAAGGATTGCTAAATAAAATTCAAGAATCAGCTGGCTATGTCCCTGTTTATC TAAATTTTTCTGCTCAAACTTCATCTGCAAGGACACAAGAGATCATTGAGTCAAAACTGGAGAGAAAAAG AAAAAATATTCTAGGAGCACCGGGAAACAAACGAATTGTGATTTTTGTTGATGATTTAAACATGCCCAGA CTGGATCGCTATGGCTCTCAGCCTCCGATTGAATTACTTCGGCAGTATCAAGATTTTGGGGGATTTTATG ACAGAAACAAACTGTTTTGGAAAGAAATACAGGATGTAACAATCATATCGGCATGTGCACCTCCAGGCGG TGGCCGCAACCCTGTGACTCCCCGCTTCATCAGACACTTCAGCATGCTGTGCCTCCCAATGCCCTCAGAG CACAGTCTGAAACAGATTTTTCAGGCCATCTTAAATGGTTTCCTGAGTGACTTTCCACCAGCTGTAAAGC AAACTGCATCAAGCATTGTAGAAGCCTCAGTTGAGATTTATAACAAAATGAGTGTTGACCTCCTGCCAAC ACCCGCCAAGTCCCATTATGTCTTTAACTTGAGGGACTTATCCAAATGTGTGCAAGGTATCCTCCAATGT GATCCAGGAACAATAAGAGAAGAAATTCAGATATTTAGACTCTTTTGCCATGAGTGCCAAAGGGTCTTCC ATGATCGCTTGATTAATAATGAAGATAAGCACTATTTCCATGTTATTCTGACAGAAATGGCCAACAAACA TTTTGGAATTGCAATTGACCTGGAATATTTTTTGAATAAGCCCATCATATTTGGAGATTTCATTAAGTTT GGAGCAGATAAAGCTGATCGGATTTATGATGACATGCCTGATATAGAGAAAACTGCAAATGTTCTACAGG ACTATCTTGATGATTATAATCTCACAAATCCCAAAGAAGTAAAGTTGGTGTTCTTCCAGGATGCTATAGA ACATGTTTCAAGGATTGCTCGGATGATACGTCAAGAAAGAGGCAATGCCCTGCTTGTTGGAGTAGGAGGC ACAGGAAAGCAGTCACTCACGAGACTTGCAGCTCATATATGCGGTTACAAATGTTTGCAGATTGAACTCA GCCGGGGATATAATTATGATAGTTTTCATGAAGACCTGAGGAAGTTGTACAAAATGGCTGGTGTAGAAGA CAAGAATATGGTTTTCCTTTTCACTGACACCCAGATTGTAGTGGAGGAGTTCCTAGAAGATATAAATAAC ATCCTGAACTCAGGTGAAGTGCCTAATTTATTTGAAAAGGATGAACTGGAGCAGGTTTTAGCGGCCACCA GACCAAGAGCAAAAGAAGTAGGAATTTCTGAGGGGAACAGAGACGAGGTGTTTCAATACTTTATCAGCAA AGTGCGTCAGAAGCTGCACATTGTTCTCTGCATGAGCCCAGTTGGGGAGGCCTTTCGGTCCCGATGCAGG ATGTTTCCATCCCTTGTGAATTGCTGCACCATTGACTGGTTTGTGCAGTGGCCCAGAGAAGCACTTCTTT CTGTGTCAAAGACATTTTTCTCACAAGTCGATGCTGGAAATGAAGAACTGAAAGAAAAGCTTCCCTTGAT GTGCGTGAACGTTCACTTGAGTGTCTCCAGCATGGCAGAGCGCTATTACAATGAGCTGCGCAGGCGGTAC TACACGACACCCACCTCCTACCTGGAGCTTATCAATCTTTACCTGTCTATGCTGTCTGAAAAAAGGAAGC AGATTATTTCAGCACGAGATCGGGTGAAGAATGGTCTCACCAAGCTACTAGAAACAAACATACTAGTAGA TAAAATGAAACTAGATCTTTCAGCTTTAGAGCCTGTACTTTTAGCAAAATCAGAAGATGTTGAAGCCCTG ATGGAAAAATTGGCAGTGGATCAAGAAAGTGCCGATCAGGTCCGTAACACTGTGCAGGAGGATGAAGCAA CAGCAAAAGTCAAAGCTGAAGAAACCCAAGCAATAGCTGATGATGCTCAAAGAGATCTTGACGAGGCACT ACCTGCACTAGATGCTGCCAATAAAGCACTGGATTCCTTAGATAAGGCAGATATATCTGAAATCAGAGTT TTTACAAAGCCCCCAGATTTGGTCATGACAGTAATGGAAGCAATCTCCATTCTTTTGAATGCCAAGCCTG ATTGGCCATCAGCAAAGCAACTTCTTGGTGACTCTAACTTTCTAAAAAGGCTTTTAGAATATGATAAGGA GAACATAAAGCCTCAGATATTGGCAAAGCTTCAAAAGTATATTAATAATCCTGATTTTGTGCCTGAAAAA GTGGAGAAAGTGTCCAAAGCATGTAAATCTATGTGCATGTGGGTAAGAGCTATGGATTTGTACTCTCGAG TGGTCAAGGTCGTCGAACCAAAAAGACAAAAGCTCCGCGCCGCACAGGCTGAACTTGACATTACCATGGC TACCCTGAGAGAAAAGCAAGCATTACTAAGACAAGTAGAAGATCAAATACAGGCCTTACAAGATGAATAT GACAAAGGTGTAAATGAAAAAGAAAGCCTGGCAAAGACCATGGCCCTGACAAAAGCACGTCTAGTACGTG CTGGAAAGCTGACAGCAGCATTAGAAGATGAGCAGGTTCGATGGGAAGAAAGCATACAGAAGTTTGAGGA AGAAATATCAAATATCACTGGGAACGTGTTCATAGCAGCAGCTTGTGTGGCCTACTATGGGGCTTTCACA GCCCAGTACAGGCAGTCACTTATAGAGTGTTGGATCCAGGACTGTCAGTCTCTGGAGATCCCAATCGATC CTTCCTTCAGTCTCATTAACATTCTTGGAGATCCCTACGAGATACGGCAGTGGAACACTGATGGGCTGCC CCGTGACTTGATATCAACAGAAAATGGCATTTTGGTTACTCAAGGCAGAAGATGGCCTTTGATGATTGAT CCCCAAGATCAGGCAAACCGTTGGATAAGGAACAAGGAAAGCAAAAGTGGTTTAAAGATCATTAAGCTTA CAGATAGTAATTTCTTACGAATACTCGAGAATTCAATCCGACTTGGTTTACCTGTCTTACTGGAAGAGCT TAAGGAAACCTTGGATCCAGCTCTAGAACCCATTCTTTTGAAACAAATTTTTATCAGTGGTGGCCGACTA CTCATCCGTCTTGGAGACTCAGACATTGATTATGACAAAAACTTTAGGTTCTATATGACAACCAAAATGC CAAATCCCCACTATCTGCCTGAGGTATGCATTAAAGTTACCATTATCAATTTCACTGTAACAAAATCAGG CCTGGAGGATCAGTTGTTAAGTGATGTGGTGCGACTTGAAAAACCCAGGTTGGAAGAACAAAGAATTAAG CTCATCGTGAGGATCAACACTGATAAAAACCAGTTGAAAACTATCGAAGAGAAAATCCTGAGAATGCTCT TTACCTCTGAAGGAAATATTCTGGACAATGAAGAACTTATTGACACACTCCAGGATTCAAAGATCACTTC TGGTGCCATTAAAACCAGGCTGGAAGAAGCAGAGTCCACTGAGCAGATGATCAATGTGGCTCGTGAGAAG TATCGTCCAGTGGCCACTCAAGGCTCTGTAATGTACTTTGTCATTGCAAGCCTCTCAGAAATAGATCCTA TGTACCAGTACTCATTAAAATACTTTAAACAGTTGTTCAATACCACCATTGAAACTTCTGTAAAGACAGA AAATCTACAACAGCGCCTGGACGTACTACTAGAACAAACTCTCCTAACTGCTTATGTCAATGTTTCAAGA GGACTTTTTGAGCAACATAAACTCATCTACAGCTTTATGCTTTGTGTTGAGATGATGCGTCAGCAAGGAA CCCTATCTGATGCTGAATGGAATTTCTTTCTCCGAGGTTCTGCAGGATTGGAAAAGGAACGCCCACCTAA GCCTGAAGCTCCCTGGCTACCTACTGCTACATGGTTCGCATGCTGTGACTTGGAAGAATCATTTCCAGTT TTTCACGGACTTACCCAAAATATATTGTCACATCCTATTTCCATACGCTTAGGATCTTTTGAGACTTATA TTAACCCACAGAAATGGGAAGGCTATTCTAAAATGAAACACGAAGATAAACACATGAGACAGGAAAAGGA GGCAGCACACCAAGATCCATGGAGTGCAGGATTGAGTTCTTTCCATAAGCTAATTCTTATTAAATGTTGT AAAGAAGAAAAGGTGGTTTTTGCTCTTACAGACTTTGTGATAGAAAATCTTGGAAAACAGTTTATAGAGA CACCACCTGTGGACCTGCCTACCCTGTATCAAGACATGTCATGCAACACTCCCCTGGTATTCATCCTAAG CACAGGCTCAGATCCCATGGGTGCATTTCAGAGGTTTGCCAGGGAAAGTGGATATTCAGAACGGGTGCAG TCAATTTCACTGGGGCAAGGACAAGGACCTATTGCTGAAAAAATGGTCAAGGATGCAATGAAATCAGGAA ACTGGGTATTTTTGCAAAATTGCCATCTTGCTGTTTCTTGGATGTTGGCAATGGAAGAGCTCATTAAAAC CTTCACAGATCCAGATAGTGCTATCAAGGACACTTTTCGACTTTTTTTAAGCTCCATGCCTAGTAATACA TTTCCTGTTACAGTTCTTCAAAATTCTGTCAAGGTGACCAATGAGCCTCCAAAAGGCTTACGTGCAAATA TCAGACGAGCATTTACTGAAATGACACCTTCGTTTTTTGAAGAAAATATACTTGGAAAAAAATGGAGACA AATAATATTTGGCATTTGTTTCTTCCATGCAATTATTCAGGAGAGAAAGAAGTTTGGCCCCCTTGGTTGG AATATCTGCTATGAATTTAATGACAGTGACAGGGAATGTGCTTTACTGAATCTCAAACTCTATTGTAAAG AAGGAAAGATTCCCTGGGATGCACTAATTTACATTACTGGTGAAATTACTTATGGTGGTAGAGTCACAGA CAGCTGGGACCAAAGATGCCTTCGTACTATCTTGAAAAGATTTTTTTCTCCTGAAACATTAGAAGAAGAT TATAAATACTCTGAATCAGGCATCTATTTTGCACCCATGGCTGACAGCCTACAAGAGTTTAAGGACTACA TTGAAAATCTGCCTTTGATCGATGACCCAGAAATTTTTGGAATGCATGAAAATGCTAATCTAGTCTTCCA GTACAAAGAGACCAGCACTTTAATCAACACCATACTTGAGGTTCAGCCAAGGTCATCTACTGGTGGAGAG GGAAAAAGCAATGACGAAATTGTTCAAGAACTTGTTGCTTCTGTCCAGACCAGAGTTCCAGAAAAACTGG AAATGGAGGGTGCTTCTGAGAGCCTTTTTGTCAAGGATCTTCAAGGACGTCTGAACTCCTTGACCACCGT TCTTGGACAGGAAGTGGACCGGTTTAACAACCTGCTGAAGTTAATTCATACTTCTCTGGAAACACTCAAC AAAGCCATCGCTGGATTTGTGGTGATGTCTGAAGAAATGGAAAAAGTGTATAACAGTTTCCTCAACAACC AGGTTCCCGCTCTGTGGTCCAACACAGCCTACCCATCCCTGAAGCCACTAGGATCATGGGTCAAAGACCT TATCCTGAGGACCTCATTTGTGGATCTGTGGCTCAAAAGAGGACAGCCTAAGTCCTACTGGATCTCTGGT TTCTTCTTTCCTCAAGGATTTCTAACAGGAACTCTTCAAAATCATGCTCGAAAATACAATTTGCCTATAG ATGAGCTGAGTTTCAAATACAGCGTAATTCCCACCTATCGGGATCAAGCTGCAGTGATAGAAGCTGCCAA GACAGTGCAATTTGGACAAGAACTGCCCATGGACATGGAGTTGCCCTCTCCTGAGGATGGTGTTCTTGTT CATGGGATGTTCATGGATGCTTCTCGATGGGATGATAAGGAGATGGTGATAGAAGATGCATTGCCCGGAC AGATGAATCCAGTGCTGCCTGTGGTGCATTTTGAACCACAACAAAACTATAAGCCAAGCCCAACACTTTA CCACTGCCCACTTTATAAAACAGGAGCCCGGGCAGGAACACTCTCAACCACAGGACATTCAACCAATTTT GTGGTAACCGTCCTGTTACCCTCCAAGCGGTCCAAAGACTACTGGATTGCCAAGGGATCAGCTTTGCTCT GCCAGCTGAGCGAATGA |
| Restriction Sites | SgfI-MluI |
| ACCN | NM_001370 |
| 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). |
| Product Components | The cDNA clone is shipped in a 2-D bar-coded Matrix tube as dried plasmid DNA. The package also includes 100 pmols of both the corresponding 5' and 3' vector primers in separate vials. Every lot of primer is tested to provide clean sequencing of OriGene TrueClones. |
| 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_001370.1, NP_001361.1 |
| RefSeq Size | 12795 bp |
| RefSeq ORF | 12477 bp |
| Locus ID | 1768 |
| Cytogenetics | 2p11.2 |
| Gene Summary | 'This gene belongs to the dynein family, whose members encode large proteins that are constituents of the microtubule-associated motor protein complex. This complex is composed of dynein heavy, intermediate and light chains, which can be axonemal or cytoplasmic. This protein is an axonemal dynein heavy chain. It is involved in producing force for ciliary beating by using energy from ATP hydrolysis. Mutations in this gene may cause primary ciliary dyskinesia (PCD) as well as heterotaxy. [provided by RefSeq, Jun 2016]' |
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