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DNAH14 (NM_001373) Human Tagged ORF Clone
CAT#: RG235410
- TrueORF®
DNAH14 (tGFP-tagged) - Homo sapiens dynein, axonemal, heavy chain 14 (DNAH14), transcript variant 1
ORF Plasmid: DDK
"NM_001373" in other vectors (2)
Product Images
Frequently bought together (4)
Other products for "DNAH14"
Specifications
| Product Data | |
| Type | Human Tagged ORF Clone |
| Tag | TurboGFP |
| Symbol | DNAH14 |
| Synonyms | C1orf67; Dnahc14; HL-18; HL18 |
| Vector | pCMV6-AC-GFP |
| E. coli Selection | Ampicillin (100 ug/mL) |
| Mammalian Cell Selection | Neomycin |
| Sequence Data |
>RG235410 representing NM_001373
Red=Cloning site Blue=ORF Green=Tags(s) TTTTGTAATACGACTCACTATAGGGCGGCCGGGAATTCGTCGACTGGATCCGGTACCGAGGAGATCTGCC GCCGCGATCGCC ATGGAGACGTTTATACCCATTGATTTGACAACTGAAAATCAAGAGATGGACAAGGAGGAAACCAAGACAA AACCAAGACTTTTAAGATATGAAGAGAAAAAATATGAAGATGTGAAACCATTAGAGACTCAACCAGCTGA AATAGCAGAAAAGGAAACATTGGAATATAAAACAGTTAGAACATTCTCTGAATCTTTGAAGTCAGAGAAA ACAGAAGATTACCTTAGAGAAAGTATAATTCAACAACATATGGTTTCTCCAGAGCCAGCTTCCCTTAAGG AGAAAGGGAAGTCAAGGAGAAAAAAGGATCAAACTCATGCTTGTCCAAATGTTAGGAAAGCCAGGCCTGT GTCCTATGATAGAACAGAACCAAAAGATGATGATGTGATAAGAAATATTATTAGGCTACGAGAAAAGCTT GGTTGGCAAACTATATTACCGCAGCACAGTTTGAAATACGGAAGCTCCAAAATTGCAATTCAGAAGATTA CTTTAAAGAAACCTTTGGAAGATGATGGAGAATTTGTTTATTGCCTTCCTCGGAAAAGTCCTAAATCCCT TTACAATCCATATGATCTTCAGGTAGTATCGGCTCATACTGCTAAACATTGCAAAGAATTTTGGGTTATT ACTGCTTCATTTATCTCAAAGGTTATTAATATAGTTGGTAGTGTAAAGGAAGTAGAACTCATACCTACTT TGGAATGGCTATCAGAAAGAAGACATTACTATTTATTACGGCAATTCAAGATATTTTCTGATTTCCGAAT GAATAAAGCATTTGTTACCTGGAAATTGAATGTTAAAAGAATTAAGACAGAGAAGAGCAGGTCATTTTTG TACCACCATCTTTTTTTGGCTGATGACTTGTTTCAAACCTGTTTGGTTTATATAAGAGGACTTTGTGAAG ATGCAATTAATCTCAAAAATTATAATGACCATGAAAATAATCTATCTGCCATATGCCTTGTAAAGCTGGA TAGTTCTCGAACATATTCTCTAGATGAATTTTGTGAAGAGCAGTTACAGCAAGCTACCCAGGCATTGAAA CAACTTGAGGACATCAGGAATAAAGCAATTTCAGAGATGAAAAGTACTTTTCTAAAGGTTGCAGAAAAGA ATGAAATCAAAGAGTATTTTGAGTCAAAACTCTCTGAAGATGACACAACACATTTCAAGCTGCCTAAATA TAGACGTTTATTAGAAACATTTTTCAAGTTTGTAATGCTGGTTGACTACATATTTCAGGAACTCATTCGT CAACTTATGAACACTGCAGTCACACTACTTTTGGAATTATTTAATGGTTCTGCTGGAATGCCATTTTCAG TGGAAAAAAAGAATGAAAATCTTATCAGAACATTCAAGGACAACTCTTTTCCTACTGGAAAGACAACAAA TGATTGTGAAGAACTTGTTGATAATTCAAAGTTACATGCTATTTCTGTTCAAAAGTCAGAAGTAAAAACA GACACTGATATTAATGAGATTTTGAATAGTGTTGAAGTGGGGAAGGATTTGAGAAAAACATATGCACCAA TATTTGAAGTAAATCTATGCTTGAGAATTCCTGCTGAGAGTGATTCTTCAGAAAATTCTAAAGAGAACTT TCATGAGTCTGACCAGTGCCCTGAAGAGTGTGTGATGTTTGAAGATGAAATGTCAGAAAATAAAGACAAT TGTGTCAAAAAACACTCAAGTGAAGAATTGCTCCCAAAAGCCAAGAAATCAAAAGAAATTAGTTACAATC TTGAAGATATTATTTCAGACACAGAAATTGAGACTGAGTTTGAGAATAAATACATGTATTATGAATTTCC AGAATTTCCTACAAATCTCTTTATAGATCCCAACAGATTGGAGTTTTCAGTAAAAATTCAAAATATGTTG ACTAATATGGAAAAATGTATAACCACAATTACTCCTCTTTGCCAAGATCCCCAGCTGTCTATCTTCATTG ATTTGGTTTCAATAATGGATTTACCTAATAAGACAGGAAGCATAATACATTATAAAGAGCAGACCAGATG GCCAGATTGTCACATCCTTTTTGAAACAGATCCTGCCTACCAAAATATAATTGTGAATCTCCTGACTATT ATTGGTAATTCAATGGGCCTAGTTAATGCTTACAGCCACAAGTTTATAAAGTATTGTACCATGACAGAAA AGGCCAAAATCATGAGTATGAAAATATCATCTATGGGAGAATTAACTTCAAAAGAATTTGAAGCTATTCT AAATAGATTCAGAAACTATTTTAGACATATTGTGAATATGGCCATTGAGAAGCGTATTGGTATTTTCAAC GTTGTAAGTCTTGATTATCAATCAGAATGCTTACTGTATATTGACAACGTCATACATATGAGCCACACCC TCATACAATCTGTAATTGAAAAAAAGAACAAAAATTTATTGGAAGTTGTGGAATCATCATTGCAGCAGCT GGAATGTGATCCCACTGAAATAGAAGAATTTCTGGAGCATTTTATTTTTTTGAATGCAATTTCCTCAAAA ATATCTAAATTAGAAAAAGAGTTCTTAACAATGTCTCAGCTATATTCTGTTGCAAAGCATCACCAGATCC ATATTTCAGAAGAGCAAATTGCCATATTCCAAGTTCTTCTTCTTAAGTTTAGTCAACTAAAATCATCTAT GAAGTTAAGTAAAATAAATAAAGACACTGCTATAACTAAATTCAGAGATAACTTGGAAGCATGTATCAGT GGTCTACATGTTGATGTTGGCAATTTAAAAGCCAAGATAAGAACTCCTCTTCTGTTATGTGCTGGTACTC AAGTGTCAACAGCAATGGAAATGATCCAGACTCTCTCAGGGGAAGCTGCAAGTTTAACTAACAAAGCTAA AGCATATTCACATTATCAGGATTGTTTCAGTGATTCTCAATCTCATATGCATTCTGTTAATGTGGAAGAA ATTACACAGATTGTGCTTTCAGAGATCTCTGACATTGAAGGTGACTTGACTTTGAGGAAAAAACTATGGG AAGCACAAGAGGAGTGGAAGCGAGCCTCTTGGGAATGGAGGAATAGTTCTCTTCAAAGTATTGATGTAGA ATCAGTACAGAGAAATGTTTCAAAACTGATGCACATAATCTCGGTACTAGAAAAAGGTTTACCTAAAAGC GATATGGTAACACATCTTAAGCAAGTGGTAACAGAGTTTAAACAAGAGCTGCCTATCATTATAGCTCTGG GAAATCCCTGTCTCAAGCCAAGGCATTGGGAGGCTCTCCAGGAGATTATTGGGAAGTCAGTTCCGCTTGA TAAAAACTGTAAAGTAGAGAATCTTCTAGCTCTCAAGATGTTTCAGTATGAAAATGAAATAAATGATATG TCAACCTCAGCAACTAATGAAGCTGCTCTTGAAAAAATGCTATTTAAGATTATTGATTTTTGGAACACTA CTCCTTTGCCTTTAATTCTTCACCACACAGAGATTTACTCTATCTTCATAATTCCATCTATAGATGACAT ATCAGCTCAGTTAGAAGAGTCTCAAGTCATACTTGCAACAATTAAAGGATCTCCCCACATTGGGCCCATT AAGGATCTTGTGAATGAATGGGATCAAAACTTGACTCTCTTCTCTTACACCCTTGAGGAATGGATGAATT GTCAAAGAAATTGGCTTTATCTTGAACCAGTCTTTCATTCTTCAGAAATACGAAGGCAACTCCCAGCAGA AACAGAACTTTTCTCTCAAGTGATTTCCATGTGGAAAAAAATAATGTCAAAAATACAAAACAAACAGAAT GCTTTGCAGATAACCACTTCTGCAGGAGTCCTTGAAATTCTGCAAAATTGTAATATACATCTTGAACATA TAAAGAAAAGCCTTGAGGATTACCTTGAAGTTAAAAGATTAATTTTCCCAAGATTTTACTTTCTTAGCAA TGCCGAGCTTCTTGATATTCTAGCTGATAGCAGAAATCCTGAGTCTGTACAGCCTCATCTTGTGAAATGC TTTGAAAATATAAAACAATTATTGATATGGAAACAAGACATTGGCCCTCCTGCTGTAAAAATGCTAATAT CTGCTGAAGGGGAAGGTCTCGTGCTGCCAAAGAAAATTCGTGTAAGAAGTGCTGTAGAACAGTGGCTGGT AAATGTAGAAAAAAGCATGTTCGATGTGCTAAAAAAAGAGAGATATATATATAACATTATCTTACTTTTT CAGAGCCAGATCATGTTTTATAATGATTGTGTTAAAAGTTTTGTGAGTTCTTATTCAAGAGAAAAATTGG AAAAAGTCCACGCTGGTCTGATGTGTCATCTAGAAGAGGTTGCAGACCTGGTAGTGCTGGATACTAGTAA CTCTCGAACAAAAGCTATACTAGGGGCATTGCTTATCCTTTATGTTCACTGCAGAGATATAGTGATAAAT TTACTACTTAAAAATATCTTCAATGCAGAGGATTTTGAGTGGACAAGACATTTGCAATATAAATGGAATG AAAAACAAAAGTTGTGCTATGTGTCTCAAGGAAATGCCAGCTTTACTTATGGCTATGAGTACTTGGGCTG TACCTCAAGATTGGTTATTACGCCTCTCACAGACCGATGCTGGCTGACTCTCATGGAAGCACTACACTTG AATCTAGGAGGCTGTCCTGCCGGTCCAGCTGGTACAGGAAAAACTGAGACTGTCAAAGATCTAGCAAAAT CCTTAGGCAAACATTGTGTGGTCTTCAACTGTTTTGAGGATTTGGATTATAAGATAGTGAGAAAATTTTT CTTTGGACTAGTTCAGTCAGGAGCATGGAGTTGTTTTGATGAATTCAATCTAATTGATTTGGAAGTTCTC TCTGTCATTGCCTCACAGATCCTAACAATTAAGGCTGCAAAAGACAACTATTCTGCCAGGTTTGTACTGG AAGGAAAAGAAATTCGTATCAATATGTCTTGTGCGGTATTTATCACCATGAATCCCAGATACGGAGGTGG AGTAGAGCTCCCAGATAACTTAAAATCTCTGTTTCGCCCAGTGGCAATGATGGTGCCCCATTATCAAATG ATTGCTGAAATAATATTGTTTTCATTTGGTTTCAAATCTGCAAATTCACTCTCTGGAAAGCTAACTAACC TTTATGAATTAGCGCGCAAACAGCTCTCACAACAGGATCATTATAATTTTGGCTTGAGATCTCTGAAGAT AGTTTTAATAATGGCTGGAACGAAGAAACGGGAGTTTAAATGTCTTTCTGAAGCAGATGAAACCTTGATT GTTATCGAGGCTATAAGAGAAGCTAGTTTGCCAAAATGTCCTCCTGAAGATGTCCCACTTTTTGAAAATA TTATAGGAGATATTTTTCCAGAAGTGACAGTTTTGAAAGTAAATCAACTTGCCTTGGAGAAAGTAATATA TACTGCAACTCAGCAATTGGGTTTACAAAACTGGTCATCTCAGAAAGAGAAGATTATACAGTTTTATAAT CAACTTCAGGTTTGTGTTGGTGTGATGTTAGTGGGCCCAACAGGTGGAGGAAAGACAACAGTCAGAAGAA TTTTGGAAAAAGCATTAACGCTATTACCAATTGCAGACTTCTTATCAGTTGCAGAAAGAAAATCTGCTTC AAAGATTTCAGAAAGAAAAGGAAAAGTAGATATTTGTGTTTTAAATCCAAAGTGTGTCACTCTCAGTGAA CTATATGGACAACTGGATCCTAATACTATGGAATGGACTGATGGATTATTATCAGCAACAATTCGAAGTT ATGTATATTTTAACACACCAAAGAACACAAAGAAAGACATTGATCTCAGACTAAAGTCAAGAATCTCAGA TTTATCCAATGTTTTCAAACTTGATTCCTCTGATACAACAGAGACTGATGATAATATTTTTGAGGAGATA GAGAAAGTTGTTAAAATTCCAGAAAATCACAATTTTGATTGGCAGTGGATTATCCTAGATGGCCCAGTGG ACACCTTTTGGGTAGAAAATCTGAACTCTGTGCTAGATGATACTAGAACATTGTGCCTAGCAAACAGTGA GAGAATAGCTTTAACTAATAAAATAAGAGTGATTTTTGAAGTGGACAATCTCTCTCAGGCCAGTCCTGCT ACTGTCAGCCGATGTGCCATGGTCTATATGGATCCTGTTGATCTGGGATGGGAACCTTATGTTAAGTCAT GGCTTCTGAAAACTTCTAAAATTATAAGTCAATCAGGAGTGGATTGTCTTGAATTCATGATTAAAAATAG TGTCACAGACGGACTACAATTTATAAGGAATCGTCAGAAATTTCAGCCATATCCTATGGAGGACATAACA GTCGTCATAACCCTCTGCAGAATTCTTGATGCTTTCTTTGACTTCATGGGTAAAAATGGAGGATTTGAAC AAAGTGATGATTTGAATGACACGTCATCTAAGGAGGCAAATTCCCAAAGAGAGTCTGTCACATTCAAGGA TATAGAAAAGAGGGATGAAAATACATGGTATCCAGAGAAAAATCCTGATAAATTAACAAAAATTATTCAA AAGCTTTTTGTGTTTGCCTTTACTTGGGCATTTGGAGGAGCTTTAAACCGTGAAGATGAACACAGAGAAA ATATACCATTTTGTCCCAGTCTTGAACCTGATTCTCTTGCAAAAGTAACATACGATTTTGACAAACTTGT TCATGAATTATTTGGAAACAGTTCACAAGTAGGATGGAAGCACTGGGGTCAGTCACAGGGCAGACGGAGA AAGGGGAACTGCATCAACCTACCAACTGGTGAATGTTCCATCTTTGGATATTTTGTGGATATAGAGCAAT GTGAATTCATACCTTGGTCAGATTTAGTTCCTAATGATCAGACACTAATTCAAAGAGGAACTTCATTACT AACTAATCTTCAAAGATCTGGCGGAAACTTCTTGAAGATAACAGAATGTGGAGAATGCATTAATTATACC GCTACCAGAGACACAACATGCCTTTCTTTTCTCATGAGCCTTCTTTTAAAGAATTCCTGCCCTGTACTTC TCACAGGAGAATCTGGTGTTGGGAAAACTGCTGCCATTAATCAAATGCTTGAAAAGCTAGAGGGTCCAGG AGCATTTGACATAAAACATGGTTCAATTTTAGGAGACACCCTATTATATAGTGAAATAAAAAAATCAAGT AGCCTAAAACAGAATATCACCATCTTGATTCCTGAAACTCATAAGACAGCAACTGGAAGTTCAGATAATC CCACTAAAAAGCCAGAAGTTAGAACTAATAAAAAGTTACTTAAAAATAATGATCATAAAGGAGTTGTAGT CTCTACAATAAATTTTAGCACCAATGTAACAGCTGCCAAAACCAAGGAGATGATTCTTAAGAAGTTAATA AGAAGAACTAAAGATACTCTTGGAGCACCAAAAAACAACCGGATTCTAATATTTATTGATGATATGAATA TGCCAGTATCAGATATGTATGGAGCACAGCCACCCCTGGAATTGATAAGACAATTGTTAGATTTGGGAGG AGTTTATGATACTGAAAAAAATACATGGAAGAATATTCAAGATCTGTCTATAGTTGCAGCTTGTGTTCCA GTTGTGAATGATATCAGCCCACGTCTTCTCAAACACTTTTCCATGCTGGTATTACCTCATCCTTCACAAG ACATCTTATGTACTATTTTCCAGGCTCATTTGGGAATTTATTTCTCCATCAATAACTTCACACCTGAAGT TCAGAAAAGTAAGGATCAGATAATATCTTGTTCCCTAGCTATATACCATCAAGTACGTCAGAATATGTTA CCAACTCCAACAAAATGTCACTACATGTTTAATCTTCGAGATATGTTTAAGCTTCTCCTAGGATTGCTGC AAGCTGACAGGACTGTTGTTAACTCCAAAGAGATGGCTGCTCTGCTCTTTGTTCATGAAGCCACCCGAGT ATTTCACGATCGCTTAATTGATTTCACTGATAAAAGCCTTTTCTATCGGTTGCTTTCAAGGGAACTTGAG AACTGTTTTCAGATTGGAATAGATGGATGTGGGAAAAAAACATGTGCAACCTTGGCCTGTTATTTGACAG ATAATAAACTATACCGAGTGCCTATATCTCACAAATGTGCCTACATCGAATTCAAAGAAGTCTTTAAAAA GGTGTTTATTCACGCAGGATTAAAAGGGAAACCCACTGTTCTGATGGTTCCCAATTTAAACATAGAACAA GACTCATTTTTAGAAGATTTGAACTACATCATCAGTTCAGGAAGAATACCTGACCTGTTTGAAAATGTTG AGCTGGATTCTATTGCAATGAAAATCAGATATCTTACTGAACAATCTGGTCATATGGATAATAGGCAATC TTTACTTTCATTCTTTCAAAAGAGAATATATAAAAATCTTCATATTTTTGTGATCATGAGTCCTGAAGGA CCTAGCTTCCGCCAAAATTGTAGAGTGTATCCTTCTATGATTAGCTCCTGCACGATCGATTGGTATGAGA GGTGGCCAGAAGAAGCTCTCCTTATTGTAGCTAACTCATTCTTAAAAGAAAAGGTCAATTTTGAGAACAG AGAGAACTTGAAAGAAAAACTTGCCCCAACATGTGTCCAAATCCACAAAAGCATGAAAGACTTGAACAGA AAATACTTTGAAGAAACTGGAAGATTTTATTATACCACTCCCAATAGCTACTTGCAATTTATGGAAACAT TTGCACACATTTTGAGGGCACGAGAGGAAGAGATGCAAACAAAGAGGGATCGCTTCCATATGGGTCTATC CACAATCCTGGAAGCAACCACTCTAGTTACAGAAATGCAAGAAGAGCTCTTGATTCTTGGCCCTCAAGTA GAACAAAAAACAAAGGAAACAGAAACTCTAATGGAAAAACTACGGAAAGATTCACAAGTAGTTGAGAAAG TTCAGATGCTTGTTAAACAGGATGAAGAAATTGTGGCAGAAGAAGTAAGAATTGTGGAAGATTATGCTCA GAAAACTGCCAATGAACTAAAAAGTGTGCTGCCAGCCTTTGACAAGGCAATTGTGGCTCTGAATGCCCTG GATAAAGCTGATGTCGCTGAATTAAGAGTATACACACGGCCTCCCTTCCTTGTACTGACTGTCATGAATG CAGTGTGTATTCTTCTGCAAAAGAAACCTAACTGGGCAACGGCAAAGTTACTTCTTTCAGAAACTGGTTT CCTGAAAAAATTGATTAACCTTGACAAGGACAGCATACCTGATAAGGTTTTCGTGAAGCTAAAAAAAATT GTAACCTTACCTGATTTCAACCCACACAAGATTTCGCTGGTTTCTGTTGCTTGTTGCTCCCTGTGCCAGT GGGTTATAGCTTTGAATAACTACCATGAAGTACAGAAGGTTGTGGGCCCTAAACAAATCCAAGTAGCTGA AGCTCAAAACGTCCTTAAAATTGCGCGACAAAGACTTGCTGAGAAACAAAGAGGTTTACAGCTGGTTGAA GAACATTTGCTGTTTTTACAGGCAGCTTACAAAGATACCGTTGCTGAAAAACAACTATTAGCAAATCGGA AAACAATGGCCAGCAGGCGCTTTCAGTGTGCGTCAGTCTTACTAACTGTCCTGGAAGATGAGAAGACTCG ATGGCAAGAAACAATCAATCAAATAGATAACAAATTAGAAGGAATTTTGGGTGACATACTTCTTTCAGCA GCGTGCATTGTCTACAGTGGAATTTTAACACCAGAATTTCGCCAGTTGATTGTGAATAAATGGGAGACAT TCTGCATTGAAAATGGCATTTCTTTGTCTTCCAAATTCTCTTTAATTAAAGTTATGGCACAAAAATATGA GATCAGCCGATGGCATAATCAGGGACTGCCTCATGGTCAGTATTCAGTAGAGAATGCCATCTTGATCAAG AATGGCCAGCAGTGGCCACTGCTGATTGACCCACATAGGCAAGCTCACAAATGGATCCGTCAGATGGAAG GATCCAGGCTGCAGAAGCTCTCCATTGAAGACAGCAATTATACCAAAAAAATTGAAAATGCTATGAAGAC AGGAGGGAGTGTCCTCCTGCAGAATCTCCTTGAGACATTAGCTCCAGGCTTAAAGGCAATTCTGAAAAAG GATATCTATCAGAAAAAAGGACACTATTTCATAAGGGTTGGTGATGCTGAGTTCGAATACAATTCAAATT TTAGGTTATACTTATCTACAGAAATAGACAACCCCCATTTTCTTCCATCAGTTTATAACTTTGTTACTAT GATCAACTTCACTGTAACATTCCAAGGTTTGCAAGATCAACTCTTGTCTACTGTGGTAACTCATGAAGTT CCTCATTTAGAAGATCAACGTTCCAAGTTACTGGAGAGTATTTCCCTTGATGCCATAACTCTTGAAGAAC TAGAGGAAAAAACATTAAATTTACTGCAGAAAGCACTAGGATCCATATTAGATGATGACAAAATTGTAGA TACCTTAAGAAAATCCAAAATGACATCAAACGAAATTTCAAAGCGCATCGAAGCAACAAAAAAAGCTGAA AGTGAAATCCAAGCAATACGTAAAAACTATCTCCCCATTGCGACCCGAGGCGCCCTGCTCTACTTCCTAG TAGCTGATCTCACACAAATCAACTACATGTACCAGTTCTCCCTAGACTGGTTTCATCAGGTTTTTGTTTC ATCAGTAGTTTCCAAAAGCAAAGAACAAGAACATAGTTTTAAAAGGGAGAAAGTGTCTCCAAAAGAAGTT CATGAGTTTATAAGTATTTCAAAAGAACCCAACCTGGAAAATGAGAAAAATCTCTTAGATAAGCATATTA AAAGTGCAATAGACATGTTGACAAAAAGTATTTTTAAGGTGGTTTCTTCAGCTCTATTTAATGAAGATAA ACTTTGCTTCTCTTTTCGGCTTTGCACTGTAATCATGCAAAACAATGCTAATGGAAATCTAATACAGGAT GACATTGGATTCCTACCAGAAGAAGAATGGAACATCTTTTTATATTCTGGCATATTGATAAATATTAAAA GTGCATTATCCCAGTCTAGACTTACTAGCACATTTGAAATAGGTGAAAGTCAACATCTTCAGTGGCTGTC AGATTCCAGGTGGAGGCAGTGCCAATATGTCAGCACTCACCTGGAACCATTTTCACTTCTGTGCAAATCC CTTTTATCAAACGTATCACAATGGGATACTTTTAAGAACAGTAAAGCAGTTTATTCTCTGATCAGCACAC CTTTCTCTTCAGAAAATGCTTCATTGGAGGAAAATACAAAACCACCAGAGGAAACTGAACTTTTGAATGA AAATAAAGAAACGTGTAATCCTATAAATTTTCCCTGGGAGAAACTCACTTCATTTCAAAGACTTATTTTG GTAAAAGTTCTTAGACCAGAAAGTTTAAACAATTCAGTGAGAAAGTTTATAACTGAAAAAATGGGAAATA AGTATCTTCAAAGAACTGGAGTTAATTTGAAAGATGCATATAAAGGATCCAATGCCAGAACTCCGCTGAT ACTTATTCAAACTCATGGGATCGACCTTACCAATATCCTCCTGAGATTTGCACAAGAGTTAAAAGGAACA ACACATCATGTGACCATAATTTCTCTGGGCCGTGACCAAGCAGCTAAAGCTGAAGACCTCATTTTAAAGG CACTAACAAAAACACAACAATGGGTCTTCCTCCAGAACTGCCATCTTGCAACATCATTTATGCCAAGGCT TTGCACAATTGTAGAATCTTTTAATAGTCCAAACGTGACAATAGACCCTGAGTTTCGGCTATGGTTAAGC TCAAAATCATACAGTTCTTTTCCAATTCCTGTTCTTAAAAAGGGTTTAAAGATTGCCGTGGAATCTCCCC AGGGATTGAAAAGTAACTTACTTCAGACATTTGGATGTACTGGGAGTGGAGAGGTAACAGAAGAGATATT TGAAAATCCTGACTGTGGACAATGGTGGAAAAAACTTTTATTTAGCCTATGTTTTTTCAATGCTGTAATC AATGAAAGAAAAAATTACGGAATATTGGGCTGGAATATTGCTTATAAATTTAATTCTTCAGACTTGGGGG TTGCCATTAAGGTGTTGGAAAATTCCCTGAGAGGACAGCCCAGCATTTCGTGGCAAGCACTGCGCTACCT GATTGGAGAAGTGATTTACGGTGGCCGGGTGATTGATAATTGGGACAAGCGATGCTTGAAGACCCTACTC TACAAATTTTGTAATCCTGAAGTGCTGAAAGATGACTTCAGTTTCTCCAGATCTGCAAGCATAAAGGACT ACATACACATTATCCAGTCCTTACCTGATGATGACCTTCCCGAGGTCTTAGGAATACACCCAGAGGCCAT CAGGAGCTGCTGGGAGACCCAGGGCGAAAAGTTTATTGAAAATCTGATTGCCATGCAACCAAAAACTACC ACTGCCAACCTCATGATCAGACCTGAGCAGAGTAAGGATGAACTGGTGATGGAAATTCTATCCGACTTGC TAAAGCGGCTGCCACTGACAGTGGAGAAAGAAGAAATTGCTGTTGGAACTCCAAGCACATTGAAGAGCAT GATGTCAAGCTCCATTTGGGAGTCTCTTTCTAAAAATCTCAAAGATCACGACCCCCTTATCCATTGTGTC TTGCTAACCTTTTTGAAGCAAGAAATTAAACGATTTGATAAGTTATTATTTGTCATACATAAATCCTTAA AAGATCTTCAGCTTGCTATAAAAGGAGAGATCATCCTCACCCAAGAATTGGAGGAAATATTTAACTCTTT TCTTAATATGAGAGTGCCTACATTGTGGCAGAAACACGCCTACAGATCTTGTAAGCCACTGAGTTCCTGG ATTGATGATCTCATCCAGCGACTGAATTTCTTCAATACTTGGGCCAAAGTGGCTTATACTGCAATACAGC GTCGGTATATGAGATTTGTCACAGTTTGGAAGCAGTCTATTCCATCAACTAGCCAAAAATGCAAACACCC TGAGGATTCAGAGAACAATTTCTTTGAAGGGTTTCCTTCAAGATACTGGCTCCCAGCTTTCTTCTTTCCA CAAGCCTTTCTTGCTGCTGTGCTTCAAGACTATGGGAGGTCCCGAGGAATCGCTGTGGATGCCCTCACCT TCACCCACCATGTGATTTCCAACACCACTGACAAGGATGAGAAGTTCTCCGTATTTATGCCAAAGAAACT CAACATAGTCAGGAGAGCGTTTAAGGGCTCAGCTTCCTCTCACACTGGAGTTTACATTTTTGGTTTATTC ATCGAGGGGGCAAGATGGAATCGTGAACAGAAAATACTGGAAGACTCGCTGCCTCTGGAGATGTGCTGTG ATTTTCCCGACATATACTTTTTGCCAACAAAGATTTCTACCAAAACACCAAATGCTTCCAACCAGACAGA TTCAGAACTCTATGCTTTTGAATGCCCAGTTTACCAGACACCTGAGAGGTCAAGAATTTTGGCAACTACC GGTTTACCAACAAACTTTTTAACATCAGTGTATTTATCAACGAAGAAACCTCCTAGTCACTGGATCACAA TGCGGGTTGCATTGCTTTGTGAGAAGAATGAAAAA ACGCGTACGCGGCCGCTCGAG - GFP Tag - GTTTAA >RG235410 representing NM_001373
Red=Cloning site Green=Tags(s) METFIPIDLTTENQEMDKEETKTKPRLLRYEEKKYEDVKPLETQPAEIAEKETLEYKTVRTFSESLKSEK TEDYLRESIIQQHMVSPEPASLKEKGKSRRKKDQTHACPNVRKARPVSYDRTEPKDDDVIRNIIRLREKL GWQTILPQHSLKYGSSKIAIQKITLKKPLEDDGEFVYCLPRKSPKSLYNPYDLQVVSAHTAKHCKEFWVI TASFISKVINIVGSVKEVELIPTLEWLSERRHYYLLRQFKIFSDFRMNKAFVTWKLNVKRIKTEKSRSFL YHHLFLADDLFQTCLVYIRGLCEDAINLKNYNDHENNLSAICLVKLDSSRTYSLDEFCEEQLQQATQALK QLEDIRNKAISEMKSTFLKVAEKNEIKEYFESKLSEDDTTHFKLPKYRRLLETFFKFVMLVDYIFQELIR QLMNTAVTLLLELFNGSAGMPFSVEKKNENLIRTFKDNSFPTGKTTNDCEELVDNSKLHAISVQKSEVKT DTDINEILNSVEVGKDLRKTYAPIFEVNLCLRIPAESDSSENSKENFHESDQCPEECVMFEDEMSENKDN CVKKHSSEELLPKAKKSKEISYNLEDIISDTEIETEFENKYMYYEFPEFPTNLFIDPNRLEFSVKIQNML TNMEKCITTITPLCQDPQLSIFIDLVSIMDLPNKTGSIIHYKEQTRWPDCHILFETDPAYQNIIVNLLTI IGNSMGLVNAYSHKFIKYCTMTEKAKIMSMKISSMGELTSKEFEAILNRFRNYFRHIVNMAIEKRIGIFN VVSLDYQSECLLYIDNVIHMSHTLIQSVIEKKNKNLLEVVESSLQQLECDPTEIEEFLEHFIFLNAISSK ISKLEKEFLTMSQLYSVAKHHQIHISEEQIAIFQVLLLKFSQLKSSMKLSKINKDTAITKFRDNLEACIS GLHVDVGNLKAKIRTPLLLCAGTQVSTAMEMIQTLSGEAASLTNKAKAYSHYQDCFSDSQSHMHSVNVEE ITQIVLSEISDIEGDLTLRKKLWEAQEEWKRASWEWRNSSLQSIDVESVQRNVSKLMHIISVLEKGLPKS DMVTHLKQVVTEFKQELPIIIALGNPCLKPRHWEALQEIIGKSVPLDKNCKVENLLALKMFQYENEINDM STSATNEAALEKMLFKIIDFWNTTPLPLILHHTEIYSIFIIPSIDDISAQLEESQVILATIKGSPHIGPI KDLVNEWDQNLTLFSYTLEEWMNCQRNWLYLEPVFHSSEIRRQLPAETELFSQVISMWKKIMSKIQNKQN ALQITTSAGVLEILQNCNIHLEHIKKSLEDYLEVKRLIFPRFYFLSNAELLDILADSRNPESVQPHLVKC FENIKQLLIWKQDIGPPAVKMLISAEGEGLVLPKKIRVRSAVEQWLVNVEKSMFDVLKKERYIYNIILLF QSQIMFYNDCVKSFVSSYSREKLEKVHAGLMCHLEEVADLVVLDTSNSRTKAILGALLILYVHCRDIVIN LLLKNIFNAEDFEWTRHLQYKWNEKQKLCYVSQGNASFTYGYEYLGCTSRLVITPLTDRCWLTLMEALHL NLGGCPAGPAGTGKTETVKDLAKSLGKHCVVFNCFEDLDYKIVRKFFFGLVQSGAWSCFDEFNLIDLEVL SVIASQILTIKAAKDNYSARFVLEGKEIRINMSCAVFITMNPRYGGGVELPDNLKSLFRPVAMMVPHYQM IAEIILFSFGFKSANSLSGKLTNLYELARKQLSQQDHYNFGLRSLKIVLIMAGTKKREFKCLSEADETLI VIEAIREASLPKCPPEDVPLFENIIGDIFPEVTVLKVNQLALEKVIYTATQQLGLQNWSSQKEKIIQFYN QLQVCVGVMLVGPTGGGKTTVRRILEKALTLLPIADFLSVAERKSASKISERKGKVDICVLNPKCVTLSE LYGQLDPNTMEWTDGLLSATIRSYVYFNTPKNTKKDIDLRLKSRISDLSNVFKLDSSDTTETDDNIFEEI EKVVKIPENHNFDWQWIILDGPVDTFWVENLNSVLDDTRTLCLANSERIALTNKIRVIFEVDNLSQASPA TVSRCAMVYMDPVDLGWEPYVKSWLLKTSKIISQSGVDCLEFMIKNSVTDGLQFIRNRQKFQPYPMEDIT VVITLCRILDAFFDFMGKNGGFEQSDDLNDTSSKEANSQRESVTFKDIEKRDENTWYPEKNPDKLTKIIQ KLFVFAFTWAFGGALNREDEHRENIPFCPSLEPDSLAKVTYDFDKLVHELFGNSSQVGWKHWGQSQGRRR KGNCINLPTGECSIFGYFVDIEQCEFIPWSDLVPNDQTLIQRGTSLLTNLQRSGGNFLKITECGECINYT ATRDTTCLSFLMSLLLKNSCPVLLTGESGVGKTAAINQMLEKLEGPGAFDIKHGSILGDTLLYSEIKKSS SLKQNITILIPETHKTATGSSDNPTKKPEVRTNKKLLKNNDHKGVVVSTINFSTNVTAAKTKEMILKKLI RRTKDTLGAPKNNRILIFIDDMNMPVSDMYGAQPPLELIRQLLDLGGVYDTEKNTWKNIQDLSIVAACVP VVNDISPRLLKHFSMLVLPHPSQDILCTIFQAHLGIYFSINNFTPEVQKSKDQIISCSLAIYHQVRQNML PTPTKCHYMFNLRDMFKLLLGLLQADRTVVNSKEMAALLFVHEATRVFHDRLIDFTDKSLFYRLLSRELE NCFQIGIDGCGKKTCATLACYLTDNKLYRVPISHKCAYIEFKEVFKKVFIHAGLKGKPTVLMVPNLNIEQ DSFLEDLNYIISSGRIPDLFENVELDSIAMKIRYLTEQSGHMDNRQSLLSFFQKRIYKNLHIFVIMSPEG PSFRQNCRVYPSMISSCTIDWYERWPEEALLIVANSFLKEKVNFENRENLKEKLAPTCVQIHKSMKDLNR KYFEETGRFYYTTPNSYLQFMETFAHILRAREEEMQTKRDRFHMGLSTILEATTLVTEMQEELLILGPQV EQKTKETETLMEKLRKDSQVVEKVQMLVKQDEEIVAEEVRIVEDYAQKTANELKSVLPAFDKAIVALNAL DKADVAELRVYTRPPFLVLTVMNAVCILLQKKPNWATAKLLLSETGFLKKLINLDKDSIPDKVFVKLKKI VTLPDFNPHKISLVSVACCSLCQWVIALNNYHEVQKVVGPKQIQVAEAQNVLKIARQRLAEKQRGLQLVE EHLLFLQAAYKDTVAEKQLLANRKTMASRRFQCASVLLTVLEDEKTRWQETINQIDNKLEGILGDILLSA ACIVYSGILTPEFRQLIVNKWETFCIENGISLSSKFSLIKVMAQKYEISRWHNQGLPHGQYSVENAILIK NGQQWPLLIDPHRQAHKWIRQMEGSRLQKLSIEDSNYTKKIENAMKTGGSVLLQNLLETLAPGLKAILKK DIYQKKGHYFIRVGDAEFEYNSNFRLYLSTEIDNPHFLPSVYNFVTMINFTVTFQGLQDQLLSTVVTHEV PHLEDQRSKLLESISLDAITLEELEEKTLNLLQKALGSILDDDKIVDTLRKSKMTSNEISKRIEATKKAE SEIQAIRKNYLPIATRGALLYFLVADLTQINYMYQFSLDWFHQVFVSSVVSKSKEQEHSFKREKVSPKEV HEFISISKEPNLENEKNLLDKHIKSAIDMLTKSIFKVVSSALFNEDKLCFSFRLCTVIMQNNANGNLIQD DIGFLPEEEWNIFLYSGILINIKSALSQSRLTSTFEIGESQHLQWLSDSRWRQCQYVSTHLEPFSLLCKS LLSNVSQWDTFKNSKAVYSLISTPFSSENASLEENTKPPEETELLNENKETCNPINFPWEKLTSFQRLIL VKVLRPESLNNSVRKFITEKMGNKYLQRTGVNLKDAYKGSNARTPLILIQTHGIDLTNILLRFAQELKGT THHVTIISLGRDQAAKAEDLILKALTKTQQWVFLQNCHLATSFMPRLCTIVESFNSPNVTIDPEFRLWLS SKSYSSFPIPVLKKGLKIAVESPQGLKSNLLQTFGCTGSGEVTEEIFENPDCGQWWKKLLFSLCFFNAVI NERKNYGILGWNIAYKFNSSDLGVAIKVLENSLRGQPSISWQALRYLIGEVIYGGRVIDNWDKRCLKTLL YKFCNPEVLKDDFSFSRSASIKDYIHIIQSLPDDDLPEVLGIHPEAIRSCWETQGEKFIENLIAMQPKTT TANLMIRPEQSKDELVMEILSDLLKRLPLTVEKEEIAVGTPSTLKSMMSSSIWESLSKNLKDHDPLIHCV LLTFLKQEIKRFDKLLFVIHKSLKDLQLAIKGEIILTQELEEIFNSFLNMRVPTLWQKHAYRSCKPLSSW IDDLIQRLNFFNTWAKVAYTAIQRRYMRFVTVWKQSIPSTSQKCKHPEDSENNFFEGFPSRYWLPAFFFP QAFLAAVLQDYGRSRGIAVDALTFTHHVISNTTDKDEKFSVFMPKKLNIVRRAFKGSASSHTGVYIFGLF IEGARWNREQKILEDSLPLEMCCDFPDIYFLPTKISTKTPNASNQTDSELYAFECPVYQTPERSRILATT GLPTNFLTSVYLSTKKPPSHWITMRVALLCEKNEK TRTRPLE - GFP Tag - V |
| Restriction Sites |
SgfI-MluI
Cloning Scheme for this gene
Plasmid Map
|
| ACCN | NM_001373 |
| ORF Size | 13545 bp |
| 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. The molecular sequence of this clone aligns with the gene accession number as a point of reference only. However, individual transcript sequences of the same gene can differ through naturally occurring variations (e.g. polymorphisms), each with its own valid existence. This clone is substantially in agreement with the reference, but a complete review of all prevailing variants is recommended prior to use. More info |
| OTI Annotation | This clone was engineered to express the complete ORF with an expression tag. Expression varies depending on the nature of the gene. |
| 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_001373.1, NP_001364.1 |
| RefSeq Size | 13788 bp |
| RefSeq ORF | 13548 bp |
| Locus ID | 127602 |
| UniProt ID | Q0VDD8 |
| Cytogenetics | 1q42.12 |
| Gene Summary | Dyneins are microtubule-associated motor protein complexes composed of several heavy, light, and intermediate chains. Two major classes of dyneins, axonemal and cytoplasmic, have been identified. DNAH14 is an axonemal dynein heavy chain (DHC) (Vaughan et al., 1996 [PubMed 8812413]).[supplied by OMIM, Mar 2008] |
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