DNAH8 (NM_001206927) Human Untagged Clone

Specifications

Product Data
Type	Human Untagged Clone
Tag	Tag Free
Synonyms	ATPase; hdhc9; SPGF46
Vector	pCMV6-Entry
Sequence Data	Fully Sequenced ORF (showhide) >SC331706 representing NM_001206927. Blue=Insert sequence Red=Cloning site Green=Tag(s) ATGGAGAAGGATGCTGAAGATGGCGCCCCTTCTGAGGGAGCAGAGGCTCCTCCCTCTACGGAAGAGGCT GCCCCTCCCCGTTCAGAAGAGGAAGAGGCCCCGCGCCCTCCGACAGTGGAGGCCCCGGCAGAAGATGGT TTCTCTCCTTCCGCAGAAGATGCTGTTTCTTCTGTGGTGGATTATCGGGATCTCATTCCTTCTGAAGAA GGGATAGTTCTTCCAGATGATCATGAAGCGGATCTGAATAGAGTTCGACAGAGGCTTGCACCGCGACCG GTTCAGTCAGTGATTTCGGAAGTGCTGTCCTTGCCGTCTTCCCGGAGGTCCTCCAGATACCGCCGGAGT ATGAGTGGCCTTCCCAATCTACAGGAAACATTAAAAGAGAGACAGGCAAGATTTAGAGAGGCAAGGGAA AGCCGAAGACTGAAAATTGACCCTTCATACAAATATATATTTGAAATTCTAGCAGAAAATCTTGGCCTG GACATAGTAACTGTTGAAGAATTAATTTTGGATTGCCCATCTCTGGAAGCATTTACTAATTTTTTTGCG AAAGATGGTTGTAAGACACTGAAATTTTTGTACCAAGAAGGAGATGTACCTGGTATTGAATGTGGTCGA ACTATTGCTGGAGCAACTAAAGGGGCAAAAATGATGAAATTGTATATAGACAATGCAGCCCCGGATAAA CTAAAAGGACTGTGCATATTTTTTGTTCGTTGCCGTAATGATGTTGCTATAAATGTTAAAACTATTCAA GAGGAAGCGCTCTTTACTGTTCTGGATGCGTCGAAAGGACTCTTAAATGGAATTAGGGATATGTTGGCA AATATATTTCTACCAGCTGTTCTTGCAACAAACAACTGGGGTGCTTTAAACCAGTCCAAGCAGGGAGAA TCTGAAAAACATATTTTCACTGAAACCATCAACAGATATCTTTCATTTTTAGATGGTGCTAGAATAAGT ATTGAGGGAACAGTGAAGTTAAAGACAATAGACAATGTTAATTTTTCCAAACTGCACACCTTTGAAGAA GTAACTGCTGCAGCCAGCAACTCAGAAACTGTTCATCAGCTGGAGGAAGTGCTGATGGTATGGTACAAA CAGATCGAACAGGTACTTATTGAGAGTGAGCAGATGAGAAAAGAAGCTGGTGATTCAGGTCCACTCACT GAATTGGAACACTGGAAACGCATGTCAGCCAAGTTCAACTATATCATTGAGCAGATTAAAGGGCCAAGT TGTAAGGCTGTCATAAATGTGCTAAATGTTGCACACTCCAAACTGCTAAAGAATTGGCGTGATTTGGAT GCAAGAATCACTGATACAGCAAATGAATCCAAAGATAATGTCAGATATTTGTATACTTTGGAAAAAGTG TGTCAACCTCTCTATAACCATGACCTAGTTTCCATGGCACATGGAATACAAAATTTGATTAATGCCATC AGAATGATTCACGGTGTGTCAAGGTATTATAATACCTCAGAGAGAATGACCTCATTGTTTATCAAGGTA ACAAATCAAATGGTAACAGCATGTAAAGCATATATTACTGATGGAGGATTAAACCATGTATGGGATCAG GAAACGCCAGTTGTACTAAAGAAAATTCAGGACTGCATTTTTCTATTCAAGGAATATCAGGCATCTTTT CATAAAACAAGGAAACTGATTTCAGAATCCTCAGGGGAAAAATCTTTTGAGGTTTCAGAAATGTATATA TTTGGAAAATTTGAAGCTTTTTGCAAAAGACTGGAGAAGATTACAGAAATGATAACTGTTGTGCAAACA TATTCAACCTTGAGTAATTCTACCATAGAAGGAATAGATATTATGGCAATAAAATTCAGAAATATATAC CAAGGGGTTAAGAAAAAGCAATATGACATTCTGGATCCAAGAAGGACAGAATTTGACACAGATTTCTTA GATTTCATGACAAAAATCAATGGTTTAGAGGTACAAATACAGGCATTTATGAACAGTAGTTTTGGGAAA ATCTTATCTTCTCAGCAGGCTCTTCAGCTACTTCAAAGGTTTCAGAAGCTGAACATTCCCTGTCTGGGA TTAGAAATAAACCACACAATAGAGCGTATTCTTCAGTACTATGTGGCTGAACTTGATGCTACTAAGAAG CTTTATCATTCTCAGAAAGATGACCCCCCTCTTGCTCGCAACATGCCCCCTATAGCAGGAAAAATACTC TGGGTGAGGCAGCTCTATCGCCGGATAAGTGAGCCCATCAATTATTTCTTTAAAAACTCAGACATTTTA TCAAGTCCGGACGGTAAAGCTGTCATCCGTCAGTATAACAAGATCTCCTATGTGCTGGTGGAATTCGAG GTGGTCTATCACACAGCCTGGATCAGAGAGATTTCACAGTTGCATTACGCTTTACAAGCCACGCTTTTT GTGCGACATCCAGAAACAGGGAAGTTGCTGGTTAATTTCGATCCCAAAATTTTGGAAGTTGTTCGGGAA ACTAAGTGTATGATAAAAATGAAGTTGGATGTACCAGAACAGGCAAAGAGATTGCTAAAATTGGAAAGT AAATTGAAAGCAGACAAACTGTATTTGCAGGGTCTTCTGCAATATTATGATGAGTTATGTCAGGAAGTG CCTTCTGTGTTTGTCAATCTGATGACCCCAAAAATGAAAAAGGTGGAATCTGTGTTGAGGCAAGGACTC ACAGTGTTAACATGGTCGTCTTTAACACTGGAAAGCTTCTTTCAAGAAGTCGAATTAGTTTTGGATATG TTCAATCAACTTTTAAAGAAGATCAGTGACTTGTGTGAAATGCATATTGATACAGTTCTGAAGGAGATA GCCAAAACTGTGTTGATTTCTCTGCCTGAAAGTGGTGCTACCAAAGTAGAAGATATGTTGACCCTCAAT GAGACATACACAAAAGAATGGGCTGACATTCTAAACCACAAAAGTAAGCATGTGGAAGAAGCTGTCAGA GAACTTATATCAATATTTGAGCAGATTTATGAAGTGAAATACACTGGGAAAGTAGGAAAACAGTCAGAA CAGCGGAAACACGTTGTTTTTGGAAGTGAAACAGGAGAGGGTGAAAACAATGACTATGAAGCTAATATT GTGAATGAGTTTGATACTCATGATAAAGAAGATGAATTTAAAAAGGAGTGTAAAGAGGTCTTTGCTTTT TTCTCTCATCAATTACTAGACAGTCTTCAAAAAGCTACACGGTTATCTCTGGACACAATGAAAAGAAGA ATATTTGTTGCAAGCCTTTATGGGCGAAAGCAGTCAGAAGATATTATTTCCTTTATAAAAAGTGAAGTA CATCTTGCAATTCCTAATGTGGTGATGATTCCTAGTTTGGATGACATTCAACAAGCCATTAACCGTATG ATCCAGTTAACCCTGGAGGTCAGCAGAGGAGTGGCTCACTGGGGGCAACAGCAAATCCGTCCCATCAAG TCTGTCATTCCCAGCCCCACCACTACTGACGTGACCCATCAAAACACAGGAAAACTGCTGAAGAAGGAA GAAAGATCTTTTGAAGAAGCTATTCCTGCGAGGAAGCTGAAGAATTTTTACCCGGGGGTAGCGGAGCAC AAGGATATTTCTAAGTTGGTCCTGCTCCTTTCTTCCTCTGTAAATTCCCTAAGAAAGGCAGCTCATGAG GCCCTGCAGGACTTTCAGAAGTACAAGACTCTCTGGACAGAGGACCGCGATGTGAAAGTGAAGGAATTT TTGGCTAACAACCCCTCTCTGACTGAAATCAGATCAGAAATTCTACACTATGCTACTTTTGAACAGGAG ATTGATGAGTTGAAGCCTATTATTGTTGTAGGAGCACTTGAATTACATACAGAGCCGATGAAATTGGCC TTATCCATCGAGGCCAAGGCATGGAAGATGTTACTCTGTCGATATCTGAATGAAGAATACAAAAAGAAA ATGTCATACATGATAGCATTTATTAATGAATACTTGAAAAAGTTATCTAGACCTATTCGTGATTTAGAT GATGTCAGATTTGCAATGGAAGCCTTGTCTTGCATACGTGATAATGAAATTCAAATGGACATGACTTTG GGACCAATTGAAGAAGCCTATGCTATTTTAAACAGATTTGAAGTTGAAGTAACCAAAGAAGAATCAGAA GCAGTTGATACCTTAAGATATTCTTTCAACAAATTGCAGAGCAAAGCTGTTTCAGTACAAGAGGACCTA GTTCAAGTGCAGCCAAAGTTTAAAAGCAATCTACTTGAGTCTGTGGAAGTTTTTCGTGAGGACGTGATA AACTTTGCAGAAGCATATGAATTGGAAGGACCTATGGTTCCAAATATACCACCCCAAGAAGCTAGCAAC AGGCTACAGATATTTCAGGCCAGTTTCGATGATCTGTGGAGGAAATTTGTTACGTATTCATCTGGTGAA CAACTTTTTGGATTGCCTGTGACTGATTATGAGGTTTTACACAAAACCAGAAAAGAACTCAACTTGCTG CAGAAGCTGTATGGATTGTATGACACCGTAATGAGCAGTATTAGTGGTTATTATGAAATACTTTGGGGA GATGTAGATATTGAAAAAATTAATGCAGAACTGCTGGAATTTCAAAACAGATGTCGTAAACTTCCAAAA GGACTTAAAGATTGGCAAGCTTTTTTGGATCTCAAAAAGAGAATTGATGATTTCAGTGAGTCATGTCCT CTACTGGAAATGATGACCAATAAGGCCATGAAACAGAGACACTGGGATAGAATCTCCGAGTTAACTGGA ACCCCATTTGATGTGGAATCTGATTCTTTTTGCCTTAGAAATATCATGGAAGCACCACTCCTTAAACAT AAGGATGATATTGAGGATATTTGCATATCTGCCATTAAGGAGAAGGATATCGAAGCCAAGCTGACTCAG GTGATTGAGAATTGGACCAACCAAAATCTGAGTTTTGCAGCATTTAAGGGAAAAGGAGAGCTCCTGCTC AAAGGAACCGAATCGGGAGAAATTATCACTTTGATGGAGGATAGTTTAATGGTCTTAGGGTCTTTACTC AGCAACAGATACAATGCTCCATTTAAAAAAAATATCCAGAATTGGGTGTATAAATTGTCCACTTCCTCA GATATAATTGAAGAGTGGCTCGTAGTACAGAACCTTTGGGTTTATCTTGAAGCCGTCTTTGTAGGTGGA GATATTGCCAAACAGCTGCCTCAGGAAGCAAAACGTTTTCAGAATATTGACAAGTCTTGGATAAAAATA ATGCAGCGAGCTCATGAGAATCCCAATGTGATTAATTGCTGTGTTGGAGATGAAACCATGGGACAACTT TTACCTCATTTACATGAGCAGTTGGAAGTATGTCAGAAGTCACTCACAGGGTATTTGGAGAAGAAACGA TTACTGTTTCCAAGATTCTTCTTTGTATCTGATCCAGTTCTCCTGGAAATTCTTGGACAAGCCAGTGAT TCCCACACCATACAGCCGCATCTCCCTGCAGTATCTGACAACATCAATGAGGTGACATTTCATGCAAAA GACTATGATCGCATCATGGCCGTCATATCAAGAGAAGGAGAAAAAATTGTTTTGGATAATTCTGTTATG GCCAAAGGTCCTGTGGAGATTTGGCTACTGGATTTGTTAAAAATGCAGATGTCATCATTACATAATATA ATTAGATCCGCTTTCTATCAAATCAGTGATTCAGGATTTCAACTCTTACCATTCCTCAGCCACTTTCCA GCACAGGTTGGACTTCTGGGAATTCAGATGTTGTGGACACACGATTCAGAAGAGGCTTTACGTAATGCA AAAGATGACAGGAAAATCATGCAAGTGACCAATCAGAAATTTTTGGATATTCTAAATACTCTCATTAGT CAGACAACACATGATCTAAGCAAGTTTGATAGAGTGAAGTTCGAGACTCTAATTACCATCCATGTGCAT CAGAGAGATATTTTTGATGACTTGGTAAAAATGCATATCAAATCACCTACTGACTTTGAATGGCTAAAA CAGAGTAGATTTTATTTTAAGGAAGATTTGGATCAAACTGTGGTGTCTATTACAGATGTTGATTTTATT TACCAAAATGAATTTCTGGGATGTACTGATCGTCTTGTTATCACTCCATTAACAGATAGATGCTATATC ACGTTAGCTCAGGCCTTGGGCATGAACATGGGAGGTGCTCCCGCAGGACCTGCTGGCACTGGCAAAACA GAAACCACAAAAGACATGGGAAGGTGTTTGGGAAAATATGTGGTCGTGTTCAATTGCTCAGATCAAATG GATTTCAGAGGCCTAGGAAGGATTTTCAAAGGTCTTGCACAGTCGGGTTCCTGGGGCTGTTTTGATGAG TTTAACAGAATTGAATTGCCTGTATTATCAGTGGCAGCACAACAAATTTATATTGTTTTGACAGCAAGA AAAGAAAGAAAGAAACAGTTCATTTTTTCTGATGGTGATTGTGTTGATTTAAATCCAGAATTTGGAATC TTCTTAACGATGAACCCTGGATATGCTGGGCGCCAGGAACTACCAGAAAACCTAAAAATCCAGTTTAGA ACTGTTGCTATGATGGTTCCTGATAGACAGATCATTATGAGAGTTAAACTTGCAAGCTGTGGTTTTCTT GAAAATGTTATCTTGGCTCAAAAATTTTACGTTCTTTACAAACTCTGTGAAGAGCAACTTACTAAACAG GTTCATTATGACTTTGGATTGAGAAATATTCTGTCTGTATTGAGGACTCTTGGATCTCAAAAAAGAGCC AGACCAGAAGATAGTGAATTAAGCATTGTCATGAGAGGACTAAGAGATATGAACCTTTCCAAACTGGTT GATGAAGATGAACCCCTGTTCCTCAGCTTAATCAATGACCTGTTCCCAGGACTGCAACTGGATAGTAAT ACTTATGCAGAACTGCAAAACGCAGTAGCCCATCAGGTTCAGATAGAGGGTTTGATTAACCATCCACCC TGGAACCTGAAACTCGTGCAGTTATATGAGACGTCTTTGGTACGGCATGGCTTGATGACTCTTGGGCCC AGTGGTTCTGGAAAGACAACCGTTATCACGATTCTAATGAAGGCGCAAACAGAATGCGGAAGGCCTCAT AGAGAAATGCGAATGAATCCAAAAGCCATTACTGCACCTCAGATGTTTGGCAGACTGGACACTGCTACC AATGACTGGACAGATGGGATTTTTTCTACTCTGTGGAGAAAAACATTAAAAGCTAAAAAAGGTGAAAAC ATTTTCCTCATTTTAGATGGTCCTGTGGATGCCATCTGGATTGAGAACTTAAATTCCGTTTTGGATGAC AATAAAACTCTGACGTTAGCTAATGGAGATCGCATTCCCATGGCCCCTAGTTGTAAGCTTCTGTTTGAA GTCCACAATATCGAGAACGCCTCTCCTGCCACGGTTTCTAGGATGGGCATGGTCTATATCAGCAGCTCT GCTCTCAGCTGGAGGCCAATCTTACAGGCATGGTTGAAGAAACGCACTGCACAGGAAGCTGCTGTATTC CTGACACTGTATGAGAAAGTCTTTGAAGATACATACACATATATGAAGCTAAATCTCAATCCCAAAATG CAGCTCTTGGAGTGCAACTATATTGTGCAATCTCTCAATCTTCTGGAAGGGTTAATTCCCTCCAAAGAA GAAGGCGGTGTTTCCTGTGTCGAACATCTTCATAAATTATTTGTGTTTGGCCTAATGTGGAGTTTAGGA GCCCTTCTGGAATTAGAAAGCAGAGAAAAGCTTGAAGCCTTCTTACGGCAGCATGAAAGCAAGTTGGAC TTACCAGAAATACCTAAAGGCTCAAATCAAACCATGTATGAGTTTTATGTTACTGATTATGGTGATTGG GAGCACTGGAATAAGAAACTTCAGCCTTATTATTATCCAACTGACAGTATTCCGGAATATTCATCAATT TTGGTTCCAAATGTTGACAATATTAGAACAAATTTTTTGATAGACACCATTGCAAAACAACATAAAGCT GTTTTGCTCACAGGAGAGCAGGGAACTGCAAAAACTGTCATGGTTAAGGCCTATTTGAAAAAATATGAT CCTGAAGTACAGCTATCCAAAAGTCTAAACTTTTCATCTGCCACAGAACCAATGATGTTTCAGAGAACA ATTGAAAGCTACGTGGATAAGCGAATTGGAAGCACATATGGGCCACCAGGAGGGAGAAAAATGACTGTA TTTATTGATGATATTAATATGCCTGTGATTAATGAGTGGGGAGATCAGATAACTAATGAGATTGTGCGA CAGATGATGGAAATGGAAGGAATGTACAGCTTGGACAAGCCTGGAGACTTCACTACTATTGTTGATGTG CAGCTCATAGCAGCAATGATCCACCCTGGAGGTGGTCGAAATGATATTCCACAACGTTTAAAAAGACAA TTTACTGTGTTTAATTGTACATTGCCTTCAAATGCTTCAATAGACAAAATTTTTGGAATTATTGGATGT GGATACTTTGATCCTTGTAGAAGTTTCAAGCCTCAAATATGTGAGATGATTGTGAATTTAGTCTCAGTG GGTAGAGTGCTGTGGCAATGGACTAAGGTGAAGATGCTGCCAACTCCTTCTAAATTTCATTACATCTTC AATCTTCGAGATCTTTCCAGAATTTGGCAAGGAATGTTGACCATAAAAGCTGAGGAGTGCGCTTCAATC CCTACTCTCCTGTCCCTTTTCAAACACGAGTGCAGCAGAGTAATTGCAGACAGATTTATAACTCCTGAA GATGAGCAGTGGTTTAATGCACATCTTACTCGTGCAGTTGAAGAAAATATTGGCTCTGATGCAGCGTCG TGTATTCTTCCTGAACCATACTTTGTGGATTTTCTTCGTGAGATGCCAGAACCAACTGGTGATGAACCT GAAGACTCTGTGTTTGAAGTACCCAAAATATATGAATTGATGCCATCCTTTGACTTTCTGGCTGAAAAA CTCCAGTTTTACCAGAGACAGTTCAATGAAATCATTAGAGGAACATCTCTTGATCTGGTGTTTTTTAAA GATGCAATGACTCATCTTATTAAGATTTCACGAATAATTCGAACGTCGTGTGGAAATGCATTGCTGGTG GGTGTTGGTGGTTCCGGAAAACAAAGTCTTTCAAGATTGGCCTCTTTTATTGCTGGCTATCAAATATTC CAGATAACATTAACCAGGTCTTACAATGTGACTAATCTAACAGATGATTTAAAAGCTTTGTACAAAGTT GCTGGTGCTGATGGAAAAGGCATCACTTTCATCTTTACTGACAGTGAAATAAAAGATGAGGCATTTCTA GAATACCTTAACAACTTGCTATCTTCAGGGGAGATCTCCAACTTGTTTGCACGAGATGAGATGGATGAA ATCACCCAAGGTCTGATTTCAGTGATGAAGAGGGAGCTACCTCGCCATCCTCCTACCTTTGATAATTTG TATGAATACTTCATTTCAAGATCAAGGAAGAACTTACATGTTGTTCTCTGCTTTTCTCCAGTTGGTGAG AAGTTCCGTGCCCGTTCTTTGAAATTTCCTGGCTTGATATCAGGTTGCACTATGGACTGGTTCAGCCGC TGGCCAAGGGAGGCTCTGATTGCTGTGGCCTCCTACTTCCTTTCAGACTATAATATTGTCTGCTCTAGT GAAATTAAAAGACAAGTTGTAGAAACAATGGGCCTGTTTCATGACATGGTTTCAGAGAGCTGTGAAAGT TATTTCCAAAGATACCGCCGAAGAGCACATGTGACTCCCAAATCTTACCTCTCATTTATAAATGGTTAT AAAAACATTTATGCTGAAAAGGTGAAGTTCATTAATGAACAGGCTGAACGTATGAATATTGGTCTTGAT AAACTAATGGAGGCAAGTGAATCTGTTGCTAAACTCTCTCAGGATCTTGCAGTCAAGGAGAAGGAGTTG GCAGTGGCTTCCATAAAAGCAGACGAAGTATTAGCAGAAGTCACAGTAAGCGCTCAGGCTTCAGCCAAA ATTAAAAATGAAGTACAGGAGGTAAAGGACAAAGCCCAAAAAATTGTGGATGAAATTGATAGTGAAAAA GTGAAAGCTGAAAGCAAGCTTGAGGCAGCTAAACCTGCACTGGAAGAAGCAGAAGCAGCCCTGAATACT ATCAAGCCAAATGATATTGCCACAGTCAGGAAACTTGCAAAACCACCACATCTTATTATGAGAATCATG GACTGTGTTCTGTTACTATTTCAAAAGAAAATTGACCCTGTTACTATGGATCCAGAAAAATCTTGCTGT AAGCCATCATGGGGAGAGTCATTAAAGTTGATGAGTGCAACAGGATTCCTGTGGAGCCTTCAGCAGTTC CCTAAGGACACTATAAATGAAGAGACTGTTGAGTTACTACAGCCATATTTTAATATGGATGATTATACT TTTGAAAGTGCCAAAAAAGTCTGTGGGAATGTGGCTGGTCTCCTGTCTTGGACACTTGCTATGGCAATA TTTTATGGCATCAATAGAGAAGTGTTGCCTCTGAAGGCCAACCTGGCCAAGCAGGAAGGCCGGTTAGCA GTTGCTAATGCTGAGTTAGGGAAGGCACAAGCCCTGCTGGATGAGAAGCAAGCTGAGCTGGATAAAGTA CAGGCAAAATTTGATGCAGCAATGAATGAGAAAATGGATTTGCTTAATGACGCTGATACGTGCCGGAAA AAGATGCAGGCCGCCTCCACTCTCATCGATGGGCTGAGTGGAGAAAAAATCCGGTGGACCCAGCAAAGT AAAGAATTCAAAGCTCAGATTAATAGACTTGTAGGTGATATTCTGCTGTGCACGGGATTCCTTTCCTAC CTTGGTCCTTTCAATCAGATATTTAGGAACTATTTGCTTAAAGATCAATGGGAAATGGAGTTGAGAGCA CGGAAAATTCCTTTCACAGAAAACCTGAATCTTATTTCAATGTTGGTGGATCCTCCAACTATTGGTGAG TGGGGGCTACAGGGATTACCAGGAGATGATCTCTCAATTCAGAATGGCATTATTGTGACAAAGGCCACC AGATACCCACTCCTCATAGACCCACAAACTCAAGGCAAAACTTGGATTAAATCAAAGGAAAAAGAAAAT GATTTACAGGTGACATCTCTGAACCATAAATATTTTCGCACACACTTGGAGGACAGCCTTTCCTTGGGC CGACCCCTTCTCATTGAGGACATTCATGAAGAGCTGGATCCAGCCTTGGATAATGTATTAGAAAAGAAT TTTATTAAATCTGGCACCACTTTCAAGGTGAAAGTCGGTGATAAGGAATGTGATATCATGGATACATTT AAACTTTACATTACTACGAAGTTACCAAATCCTGCCTTTACCCCAGAGATTAATGCTAAAACGTCAGTC ATTGATTTCACTGTTACAATGAAAGGACTTGAGAATCAGTTACTAAGGAGAGTCATTCTAACAGAGAAA CAGGAGTTAGAGGCTGAGAGGGTTAAACTTTTGGAGGATGTTACTTTTAATAAGCGGAAGATGAAAGAA CTTGAAGATAACCTCCTCTATAAATTAAGTGCTACAAAAGGCTCATTGGTAGATGACGAATCTCTCATT GGTGTACTTCGAACTACCAAGCAGACAGCAGCTGAGGTAAGTGAAAAGTTGCATGTGGCTGCAGAAACT GAGATCAAGATCAACGCGGCTCAGGAGGAGTTCCGGCCCGCAGCCACCCGCGGAAGCATCCTCTACTTC CTCATCACAGAGATGAGCATGGTCAACATCATGTATCAGACGTCATTGGCCCAGTTCTTGAAGTTATTT GACCAGTCCATGGCCAGATCTGAAAAGTCACCACTACCTCAAAAGAGAATTACAAATATTATCGAGTAC CTGACATATGAAGTTTTTACATACTCTGTCAGAGGCCTATACGAAAACCACAAATTCCTGTTTGTACTC CTCATGACCTTAAAGATTGACCTTCAGAGAGGGACAGTTAAGCACAGAGAGTTTCAAGCTCTCATTAAA GGGGGAGCAGCTCTGGACCTGAAAGCCTGTCCTCCCAAACCCTATCGCTGGATCCTTGACATGACTTGG CTGAATCTTGTGGAGCTGAGTAAACTTCCACAATTTGCAGAAATTATGAACCAGATATCTCGTAATGAG AAGGGGTGGAAAAGCTGGTTTGATAAAGATGCTCCAGAGGAGGAAATTATCCCTGATGGATATAATGAT TCACTAGATACCTGCCATAAACTTTTACTTATCAGGTCTTGGTGCCCAGACCGTACTGTTTTTCAAGCA AGAAAGTATATTGCAGATTCTTTGGAGGAGAAGTACACAGAACCAGTTATCTTAAATCTGGAGAAAACT TGGGAAGAAAGTGATACCCGGACACCTCTGATATGCTTCCTGTCCATGGGATCTGACCCCACCAATCAA ATTGATGCATTGGCCAAGAAACTGAAACTGGAATGTAGAACTATCTCAATGGGGCAAGGACAAGAAGTA CATGCTCGAAAGCTGATTCAGATGTCAATGCAGCAGGGTGGTTGGGTATTACTACAAAATTGCCACCTT GGCCTGGAATTCATGGAAGAATTACTAGAGACGCTAATTACCACTGAAGCCAGTGATGATTCTTTCCGA GTATGGATAACTACGGAGCCCCATGATCGATTTCCAATTACATTGCTTCAGACCTCTCTCAAATTCACT AATGAGCCACCCCAAGGTGTACGCGCAGGTTTGAAAAGAACATTTGCTGGAATTAATCAAGACCTTCTG GACATCAGTAATTTACCCATGTGGAAGCCGATGCTTTACACAGTAGCATTTTTACACTCCACTGTGCAG GAGCGACGAAAATTTGGCCCCTTAGGATGGAATATTCCCTACGAATTCAATTCTGCTGACTTTTCAGCC AGTGTTCAGTTTATTCAGAATCACCTTGATGAATGCGATATTAAGAAAGGTGTATCATGGAATACGGTT CGGTACATGATCGGAGAAGTACAATATGGAGGCAGAGTGACAGATGACTTTGACAAACGTCTACTTAAT TGCTTTGCCAGAGTCTGGTTCAGTGAGAAGATGTTTGAACCGTCATTCTGCTTTTATACTGGATATAAA ATCCCCTTATGCAAAACCTTAGACCAGTATTTTGAATACATCCAGTCACTGCCATCCCTAGATAACCCT GAAGTCTTTGGGCTTCACCCTAATGCTGATATCACGTATCAGAGTAACACTGCTTCTGCTGTTCTTGAA ACAATTACCAACATTCAACCCAAAGAGAGTGGAGGTGGTGTGGGAGAGACCCGGGAGGCTATTGTTTAT AGATTATCTGAAGATATGCTGAGTAAACTCCCTCCTGATTACATTCCTCATGAGGTGAAATCTCGTTTG ATAAAGATGGGCCATCTTAATTCAATGAACATATTTCTTAGACAAGAAATTGACAGAATGCAAAGAGTC ATTTCAATACTCCGCAGTAGCCTGAGTGATCTAAAATTGGCCATTGAAGGAACAATCATTATGAGTGAG AATCTGAGAGATGCTCTGGACAACATGTATGATGCTCGTATACCTCAGCTCTGGAAAAGAGTGTCTTGG GATTCGTCCACACTGGGCTTCTGGTTCACTGAACTTTTGGAAAGAAATGCTCAGTTTTCTACGTGGATA TTTGAAGGGAGGCCTAATGTGTTTTGGATGACTGGTTTCTTTAATCCCCAAGGCTTCCTCACAGCAATG AGGCAAGAAGTGACCCGTGCCCACAAAGGCTGGGCACTGGACACTGTGACCATCCACAATGAAGTTCTG AGACAGACCAAGGAGGAGATCACGTCACCCCCTGGGGAAGGTGTGTATATTTATGGGCTCTACATGGAT GGAGCAGCCTGGGACAGACGGAATGGGAAGCTCATGGAATCCACCCCCAAGGTACTCTTCACGCAGTTA CCCGTGCTCCACATCTTTGCCATTAACTCCACGGCACCCAAGGACCCCAAGCTGTATGTGTGTCCTATT TACAAGAAACCCAGGCGAACTGATTTGACCTTCATCACTGTGGTATATTTACGAACAGTGTTGTCCCCG GATCACTGGATCCTGAGAGGAGTGGCCCTTTTGTGTGACATCAAGTAA
Restriction Sites	SgfI-MluI
ACCN	NM_001206927
Insert Size	14124 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. 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_001206927.1
RefSeq Size	14639 bp
RefSeq ORF	14124 bp
Locus ID	1769
UniProt ID	Q96JB1
MW	538.6 kDa
Gene Summary	The protein encoded by this gene is a heavy chain of an axonemal dynein involved in sperm and respiratory cilia motility. Axonemal dyneins generate force through hydrolysis of ATP and binding to microtubules. [provided by RefSeq, Jan 2012] Transcript Variant: This variant (1) represents the longer transcript and encodes the longer isoform (1). Sequence Note: This RefSeq record was created from transcript and genomic sequence data to make the sequence consistent with the reference genome assembly. The genomic coordinates used for the transcript record were based on transcript alignments. The combination of exons in the 5' UTR and 5' coding region is inferred based on alternate 5' end sequences in PMID 12297094.

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