DESCRIPTION

• Mw: 539 kDa
• Tag: Myc-DDK
• Accn: NM_001206927
• Type: Human Tagged ORF Clone
• Refseq: NM_001206927.2
• Status: 16 Weeks*
• Symbol: DNAH8
• Vector: pCMV6-Entry
• Category: cDNA Clones
• Locus Id: 1769
• Orf Size: 14121 bp
• Synonyms: ATPase; hdhc9; SPGF46
• Refseq Orf: 14124 bp
• Uniprot Id: Q96JB1
• Refseq Size: 14639 bp
• Availability: 16 Weeks
• Cytogenetics: 6p21.2
• 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]
• Sequence Data: ORF Nucleotide Sequence ( show hide ) >RC235412 representing NM_001206927 Red =Cloning site Blue=ORF Green =Tags(s) TTTTGTAATACGACTCACTATAGGGCGGCCGGGAATTCGTCGACTGGATCCGGTACCGAGGAGATCTGCC GCCGCGATCGC C ATGGAGAAGGATGCTGAAGATGGCGCCCCTTCTGAGGGAGCAGAGGCTCCTCCCTCTACGGAAGAGGCTG CCCCTCCCCGTTCAGAAGAGGAAGAGGCCCCGCGCCCTCCGACAGTGGAGGCCCCGGCAGAAGATGGTTT CTCTCCTTCCGCAGAAGATGCTGTTTCTTCTGTGGTGGATTATCGGGATCTCATTCCTTCTGAAGAAGGG ATAGTTCTTCCAGATGATCATGAAGCGGATCTGAATAGAGTTCGACAGAGGCTTGCACCGCGACCGGTTC AGTCAGTGATTTCGGAAGTGCTGTCCTTGCCGTCTTCCCGGAGGTCCTCCAGATACCGCCGGAGTATGAG TGGCCTTCCCAATCTACAGGAAACATTAAAAGAGAGACAGGCAAGATTTAGAGAGGCAAGGGAAAGCCGA AGACTGAAAATTGACCCTTCATACAAATATATATTTGAAATTCTAGCAGAAAATCTTGGCCTGGACATAG TAACTGTTGAAGAATTAATTTTGGATTGCCCATCTCTGGAAGCATTTACTAATTTTTTTGCGAAAGATGG TTGTAAGACACTGAAATTTTTGTACCAAGAAGGAGATGTACCTGGTATTGAATGTGGTCGAACTATTGCT GGAGCAACTAAAGGGGCAAAAATGATGAAATTGTATATAGACAATGCAGCCCCGGATAAACTAAAAGGAC TGTGCATATTTTTTGTTCGTTGCCGTAATGATGTTGCTATAAATGTTAAAACTATTCAAGAGGAAGCGCT CTTTACTGTTCTGGATGCGTCGAAAGGACTCTTAAATGGAATTAGGGATATGTTGGCAAATATATTTCTA CCAGCTGTTCTTGCAACAAACAACTGGGGTGCTTTAAACCAGTCCAAGCAGGGAGAATCTGAAAAACATA TTTTCACTGAAACCATCAACAGATATCTTTCATTTTTAGATGGTGCTAGAATAAGTATTGAGGGAACAGT GAAGTTAAAGACAATAGACAATGTTAATTTTTCCAAACTGCACACCTTTGAAGAAGTAACTGCTGCAGCC AGCAACTCAGAAACTGTTCATCAGCTGGAGGAAGTGCTGATGGTATGGTACAAACAGATCGAACAGGTAC TTATTGAGAGTGAGCAGATGAGAAAAGAAGCTGGTGATTCAGGTCCACTCACTGAATTGGAACACTGGAA ACGCATGTCAGCCAAGTTCAACTATATCATTGAGCAGATTAAAGGGCCAAGTTGTAAGGCTGTCATAAAT GTGCTAAATGTTGCACACTCCAAACTGCTAAAGAATTGGCGTGATTTGGATGCAAGAATCACTGATACAG CAAATGAATCCAAAGATAATGTCAGATATTTGTATACTTTGGAAAAAGTGTGTCAACCTCTCTATAACCA TGACCTAGTTTCCATGGCACATGGAATACAAAATTTGATTAATGCCATCAGAATGATTCACGGTGTGTCA AGGTATTATAATACCTCAGAGAGAATGACCTCATTGTTTATCAAGGTAACAAATCAAATGGTAACAGCAT GTAAAGCATATATTACTGATGGAGGATTAAACCATGTATGGGATCAGGAAACGCCAGTTGTACTAAAGAA AATTCAGGACTGCATTTTTCTATTCAAGGAATATCAGGCATCTTTTCATAAAACAAGGAAACTGATTTCA GAATCCTCAGGGGAAAAATCTTTTGAGGTTTCAGAAATGTATATATTTGGAAAATTTGAAGCTTTTTGCA AAAGACTGGAGAAGATTACAGAAATGATAACTGTTGTGCAAACATATTCAACCTTGAGTAATTCTACCAT AGAAGGAATAGATATTATGGCAATAAAATTCAGAAATATATACCAAGGGGTTAAGAAAAAGCAATATGAC ATTCTGGATCCAAGAAGGACAGAATTTGACACAGATTTCTTAGATTTCATGACAAAAATCAATGGTTTAG AGGTACAAATACAGGCATTTATGAACAGTAGTTTTGGGAAAATCTTATCTTCTCAGCAGGCTCTTCAGCT ACTTCAAAGGTTTCAGAAGCTGAACATTCCCTGTCTGGGATTAGAAATAAACCACACAATAGAGCGTATT CTTCAGTACTATGTGGCTGAACTTGATGCTACTAAGAAGCTTTATCATTCTCAGAAAGATGACCCCCCTC TTGCTCGCAACATGCCCCCTATAGCAGGAAAAATACTCTGGGTGAGGCAGCTCTATCGCCGGATAAGTGA GCCCATCAATTATTTCTTTAAAAACTCAGACATTTTATCAAGTCCGGACGGTAAAGCTGTCATCCGTCAG TATAACAAGATCTCCTATGTGCTGGTGGAATTCGAGGTGGTCTATCACACAGCCTGGATCAGAGAGATTT CACAGTTGCATTACGCTTTACAAGCCACGCTTTTTGTGCGACATCCAGAAACAGGGAAGTTGCTGGTTAA TTTCGATCCCAAAATTTTGGAAGTTGTTCGGGAAACTAAGTGTATGATAAAAATGAAGTTGGATGTACCA GAACAGGCAAAGAGATTGCTAAAATTGGAAAGTAAATTGAAAGCAGACAAACTGTATTTGCAGGGTCTTC TGCAATATTATGATGAGTTATGTCAGGAAGTGCCTTCTGTGTTTGTCAATCTGATGACCCCAAAAATGAA AAAGGTGGAATCTGTGTTGAGGCAAGGACTCACAGTGTTAACATGGTCGTCTTTAACACTGGAAAGCTTC TTTCAAGAAGTCGAATTAGTTTTGGATATGTTCAATCAACTTTTAAAGAAGATCAGTGACTTGTGTGAAA TGCATATTGATACAGTTCTGAAGGAGATAGCCAAAACTGTGTTGATTTCTCTGCCTGAAAGTGGTGCTAC CAAAGTAGAAGATATGTTGACCCTCAATGAGACATACACAAAAGAATGGGCTGACATTCTAAACCACAAA AGTAAGCATGTGGAAGAAGCTGTCAGAGAACTTATATCAATATTTGAGCAGATTTATGAAGTGAAATACA CTGGGAAAGTAGGAAAACAGTCAGAACAGCGGAAACACGTTGTTTTTGGAAGTGAAACAGGAGAGGGTGA AAACAATGACTATGAAGCTAATATTGTGAATGAGTTTGATACTCATGATAAAGAAGATGAATTTAAAAAG GAGTGTAAAGAGGTCTTTGCTTTTTTCTCTCATCAATTACTAGACAGTCTTCAAAAAGCTACACGGTTAT CTCTGGACACAATGAAAAGAAGAATATTTGTTGCAAGCCTTTATGGGCGAAAGCAGTCAGAAGATATTAT TTCCTTTATAAAAAGTGAAGTACATCTTGCAATTCCTAATGTGGTGATGATTCCTAGTTTGGATGACATT CAACAAGCCATTAACCGTATGATCCAGTTAACCCTGGAGGTCAGCAGAGGAGTGGCTCACTGGGGGCAAC AGCAAATCCGTCCCATCAAGTCTGTCATTCCCAGCCCCACCACTACTGACGTGACCCATCAAAACACAGG AAAACTGCTGAAGAAGGAAGAAAGATCTTTTGAAGAAGCTATTCCTGCGAGGAAGCTGAAGAATTTTTAC CCGGGGGTAGCGGAGCACAAGGATATTTCTAAGTTGGTCCTGCTCCTTTCTTCCTCTGTAAATTCCCTAA GAAAGGCAGCTCATGAGGCCCTGCAGGACTTTCAGAAGTACAAGACTCTCTGGACAGAGGACCGCGATGT GAAAGTGAAGGAATTTTTGGCTAACAACCCCTCTCTGACTGAAATCAGATCAGAAATTCTACACTATGCT ACTTTTGAACAGGAGATTGATGAGTTGAAGCCTATTATTGTTGTAGGAGCACTTGAATTACATACAGAGC CGATGAAATTGGCCTTATCCATCGAGGCCAAGGCATGGAAGATGTTACTCTGTCGATATCTGAATGAAGA ATACAAAAAGAAAATGTCATACATGATAGCATTTATTAATGAATACTTGAAAAAGTTATCTAGACCTATT CGTGATTTAGATGATGTCAGATTTGCAATGGAAGCCTTGTCTTGCATACGTGATAATGAAATTCAAATGG ACATGACTTTGGGACCAATTGAAGAAGCCTATGCTATTTTAAACAGATTTGAAGTTGAAGTAACCAAAGA AGAATCAGAAGCAGTTGATACCTTAAGATATTCTTTCAACAAATTGCAGAGCAAAGCTGTTTCAGTACAA GAGGACCTAGTTCAAGTGCAGCCAAAGTTTAAAAGCAATCTACTTGAGTCTGTGGAAGTTTTTCGTGAGG ACGTGATAAACTTTGCAGAAGCATATGAATTGGAAGGACCTATGGTTCCAAATATACCACCCCAAGAAGC TAGCAACAGGCTACAGATATTTCAGGCCAGTTTCGATGATCTGTGGAGGAAATTTGTTACGTATTCATCT GGTGAACAACTTTTTGGATTGCCTGTGACTGATTATGAGGTTTTACACAAAACCAGAAAAGAACTCAACT TGCTGCAGAAGCTGTATGGATTGTATGACACCGTAATGAGCAGTATTAGTGGTTATTATGAAATACTTTG GGGAGATGTAGATATTGAAAAAATTAATGCAGAACTGCTGGAATTTCAAAACAGATGTCGTAAACTTCCA AAAGGACTTAAAGATTGGCAAGCTTTTTTGGATCTCAAAAAGAGAATTGATGATTTCAGTGAGTCATGTC CTCTACTGGAAATGATGACCAATAAGGCCATGAAACAGAGACACTGGGATAGAATCTCCGAGTTAACTGG AACCCCATTTGATGTGGAATCTGATTCTTTTTGCCTTAGAAATATCATGGAAGCACCACTCCTTAAACAT AAGGATGATATTGAGGATATTTGCATATCTGCCATTAAGGAGAAGGATATCGAAGCCAAGCTGACTCAGG TGATTGAGAATTGGACCAACCAAAATCTGAGTTTTGCAGCATTTAAGGGAAAAGGAGAGCTCCTGCTCAA AGGAACCGAATCGGGAGAAATTATCACTTTGATGGAGGATAGTTTAATGGTCTTAGGGTCTTTACTCAGC AACAGATACAATGCTCCATTTAAAAAAAATATCCAGAATTGGGTGTATAAATTGTCCACTTCCTCAGATA TAATTGAAGAGTGGCTCGTAGTACAGAACCTTTGGGTTTATCTTGAAGCCGTCTTTGTAGGTGGAGATAT TGCCAAACAGCTGCCTCAGGAAGCAAAACGTTTTCAGAATATTGACAAGTCTTGGATAAAAATAATGCAG CGAGCTCATGAGAATCCCAATGTGATTAATTGCTGTGTTGGAGATGAAACCATGGGACAACTTTTACCTC ATTTACATGAGCAGTTGGAAGTATGTCAGAAGTCACTCACAGGGTATTTGGAGAAGAAACGATTACTGTT TCCAAGATTCTTCTTTGTATCTGATCCAGTTCTCCTGGAAATTCTTGGACAAGCCAGTGATTCCCACACC ATACAGCCGCATCTCCCTGCAGTATCTGACAACATCAATGAGGTGACATTTCATGCAAAAGACTATGATC GCATCATGGCCGTCATATCAAGAGAAGGAGAAAAAATTGTTTTGGATAATTCTGTTATGGCCAAAGGTCC TGTGGAGATTTGGCTACTGGATTTGTTAAAAATGCAGATGTCATCATTACATAATATAATTAGATCCGCT TTCTATCAAATCAGTGATTCAGGATTTCAACTCTTACCATTCCTCAGCCACTTTCCAGCACAGGTTGGAC TTCTGGGAATTCAGATGTTGTGGACACACGATTCAGAAGAGGCTTTACGTAATGCAAAAGATGACAGGAA AATCATGCAAGTGACCAATCAGAAATTTTTGGATATTCTAAATACTCTCATTAGTCAGACAACACATGAT CTAAGCAAGTTTGATAGAGTGAAGTTCGAGACTCTAATTACCATCCATGTGCATCAGAGAGATATTTTTG ATGACTTGGTAAAAATGCATATCAAATCACCTACTGACTTTGAATGGCTAAAACAGAGTAGATTTTATTT TAAGGAAGATTTGGATCAAACTGTGGTGTCTATTACAGATGTTGATTTTATTTACCAAAATGAATTTCTG GGATGTACTGATCGTCTTGTTATCACTCCATTAACAGATAGATGCTATATCACGTTAGCTCAGGCCTTGG GCATGAACATGGGAGGTGCTCCCGCAGGACCTGCTGGCACTGGCAAAACAGAAACCACAAAAGACATGGG AAGGTGTTTGGGAAAATATGTGGTCGTGTTCAATTGCTCAGATCAAATGGATTTCAGAGGCCTAGGAAGG ATTTTCAAAGGTCTTGCACAGTCGGGTTCCTGGGGCTGTTTTGATGAGTTTAACAGAATTGAATTGCCTG TATTATCAGTGGCAGCACAACAAATTTATATTGTTTTGACAGCAAGAAAAGAAAGAAAGAAACAGTTCAT TTTTTCTGATGGTGATTGTGTTGATTTAAATCCAGAATTTGGAATCTTCTTAACGATGAACCCTGGATAT GCTGGGCGCCAGGAACTACCAGAAAACCTAAAAATCCAGTTTAGAACTGTTGCTATGATGGTTCCTGATA GACAGATCATTATGAGAGTTAAACTTGCAAGCTGTGGTTTTCTTGAAAATGTTATCTTGGCTCAAAAATT TTACGTTCTTTACAAACTCTGTGAAGAGCAACTTACTAAACAGGTTCATTATGACTTTGGATTGAGAAAT ATTCTGTCTGTATTGAGGACTCTTGGATCTCAAAAAAGAGCCAGACCAGAAGATAGTGAATTAAGCATTG TCATGAGAGGACTAAGAGATATGAACCTTTCCAAACTGGTTGATGAAGATGAACCCCTGTTCCTCAGCTT AATCAATGACCTGTTCCCAGGACTGCAACTGGATAGTAATACTTATGCAGAACTGCAAAACGCAGTAGCC CATCAGGTTCAGATAGAGGGTTTGATTAACCATCCACCCTGGAACCTGAAACTCGTGCAGTTATATGAGA CGTCTTTGGTACGGCATGGCTTGATGACTCTTGGGCCCAGTGGTTCTGGAAAGACAACCGTTATCACGAT TCTAATGAAGGCGCAAACAGAATGCGGAAGGCCTCATAGAGAAATGCGAATGAATCCAAAAGCCATTACT GCACCTCAGATGTTTGGCAGACTGGACACTGCTACCAATGACTGGACAGATGGGATTTTTTCTACTCTGT GGAGAAAAACATTAAAAGCTAAAAAAGGTGAAAACATTTTCCTCATTTTAGATGGTCCTGTGGATGCCAT CTGGATTGAGAACTTAAATTCCGTTTTGGATGACAATAAAACTCTGACGTTAGCTAATGGAGATCGCATT CCCATGGCCCCTAGTTGTAAGCTTCTGTTTGAAGTCCACAATATCGAGAACGCCTCTCCTGCCACGGTTT CTAGGATGGGCATGGTCTATATCAGCAGCTCTGCTCTCAGCTGGAGGCCAATCTTACAGGCATGGTTGAA GAAACGCACTGCACAGGAAGCTGCTGTATTCCTGACACTGTATGAGAAAGTCTTTGAAGATACATACACA TATATGAAGCTAAATCTCAATCCCAAAATGCAGCTCTTGGAGTGCAACTATATTGTGCAATCTCTCAATC TTCTGGAAGGGTTAATTCCCTCCAAAGAAGAAGGCGGTGTTTCCTGTGTCGAACATCTTCATAAATTATT TGTGTTTGGCCTAATGTGGAGTTTAGGAGCCCTTCTGGAATTAGAAAGCAGAGAAAAGCTTGAAGCCTTC TTACGGCAGCATGAAAGCAAGTTGGACTTACCAGAAATACCTAAAGGCTCAAATCAAACCATGTATGAGT TTTATGTTACTGATTATGGTGATTGGGAGCACTGGAATAAGAAACTTCAGCCTTATTATTATCCAACTGA CAGTATTCCGGAATATTCATCAATTTTGGTTCCAAATGTTGACAATATTAGAACAAATTTTTTGATAGAC ACCATTGCAAAACAACATAAAGCTGTTTTGCTCACAGGAGAGCAGGGAACTGCAAAAACTGTCATGGTTA AGGCCTATTTGAAAAAATATGATCCTGAAGTACAGCTATCCAAAAGTCTAAACTTTTCATCTGCCACAGA ACCAATGATGTTTCAGAGAACAATTGAAAGCTACGTGGATAAGCGAATTGGAAGCACATATGGGCCACCA GGAGGGAGAAAAATGACTGTATTTATTGATGATATTAATATGCCTGTGATTAATGAGTGGGGAGATCAGA TAACTAATGAGATTGTGCGACAGATGATGGAAATGGAAGGAATGTACAGCTTGGACAAGCCTGGAGACTT CACTACTATTGTTGATGTGCAGCTCATAGCAGCAATGATCCACCCTGGAGGTGGTCGAAATGATATTCCA CAACGTTTAAAAAGACAATTTACTGTGTTTAATTGTACATTGCCTTCAAATGCTTCAATAGACAAAATTT TTGGAATTATTGGATGTGGATACTTTGATCCTTGTAGAAGTTTCAAGCCTCAAATATGTGAGATGATTGT GAATTTAGTCTCAGTGGGTAGAGTGCTGTGGCAATGGACTAAGGTGAAGATGCTGCCAACTCCTTCTAAA TTTCATTACATCTTCAATCTTCGAGATCTTTCCAGAATTTGGCAAGGAATGTTGACCATAAAAGCTGAGG AGTGCGCTTCAATCCCTACTCTCCTGTCCCTTTTCAAACACGAGTGCAGCAGAGTAATTGCAGACAGATT TATAACTCCTGAAGATGAGCAGTGGTTTAATGCACATCTTACTCGTGCAGTTGAAGAAAATATTGGCTCT GATGCAGCGTCGTGTATTCTTCCTGAACCATACTTTGTGGATTTTCTTCGTGAGATGCCAGAACCAACTG GTGATGAACCTGAAGACTCTGTGTTTGAAGTACCCAAAATATATGAATTGATGCCATCCTTTGACTTTCT GGCTGAAAAACTCCAGTTTTACCAGAGACAGTTCAATGAAATCATTAGAGGAACATCTCTTGATCTGGTG TTTTTTAAAGATGCAATGACTCATCTTATTAAGATTTCACGAATAATTCGAACGTCGTGTGGAAATGCAT TGCTGGTGGGTGTTGGTGGTTCCGGAAAACAAAGTCTTTCAAGATTGGCCTCTTTTATTGCTGGCTATCA AATATTCCAGATAACATTAACCAGGTCTTACAATGTGACTAATCTAACAGATGATTTAAAAGCTTTGTAC AAAGTTGCTGGTGCTGATGGAAAAGGCATCACTTTCATCTTTACTGACAGTGAAATAAAAGATGAGGCAT TTCTAGAATACCTTAACAACTTGCTATCTTCAGGGGAGATCTCCAACTTGTTTGCACGAGATGAGATGGA TGAAATCACCCAAGGTCTGATTTCAGTGATGAAGAGGGAGCTACCTCGCCATCCTCCTACCTTTGATAAT TTGTATGAATACTTCATTTCAAGATCAAGGAAGAACTTACATGTTGTTCTCTGCTTTTCTCCAGTTGGTG AGAAGTTCCGTGCCCGTTCTTTGAAATTTCCTGGCTTGATATCAGGTTGCACTATGGACTGGTTCAGCCG CTGGCCAAGGGAGGCTCTGATTGCTGTGGCCTCCTACTTCCTTTCAGACTATAATATTGTCTGCTCTAGT GAAATTAAAAGACAAGTTGTAGAAACAATGGGCCTGTTTCATGACATGGTTTCAGAGAGCTGTGAAAGTT ATTTCCAAAGATACCGCCGAAGAGCACATGTGACTCCCAAATCTTACCTCTCATTTATAAATGGTTATAA AAACATTTATGCTGAAAAGGTGAAGTTCATTAATGAACAGGCTGAACGTATGAATATTGGTCTTGATAAA CTAATGGAGGCAAGTGAATCTGTTGCTAAACTCTCTCAGGATCTTGCAGTCAAGGAGAAGGAGTTGGCAG TGGCTTCCATAAAAGCAGACGAAGTATTAGCAGAAGTCACAGTAAGCGCTCAGGCTTCAGCCAAAATTAA AAATGAAGTACAGGAGGTAAAGGACAAAGCCCAAAAAATTGTGGATGAAATTGATAGTGAAAAAGTGAAA GCTGAAAGCAAGCTTGAGGCAGCTAAACCTGCACTGGAAGAAGCAGAAGCAGCCCTGAATACTATCAAGC CAAATGATATTGCCACAGTCAGGAAACTTGCAAAACCACCACATCTTATTATGAGAATCATGGACTGTGT TCTGTTACTATTTCAAAAGAAAATTGACCCTGTTACTATGGATCCAGAAAAATCTTGCTGTAAGCCATCA TGGGGAGAGTCATTAAAGTTGATGAGTGCAACAGGATTCCTGTGGAGCCTTCAGCAGTTCCCTAAGGACA CTATAAATGAAGAGACTGTTGAGTTACTACAGCCATATTTTAATATGGATGATTATACTTTTGAAAGTGC CAAAAAAGTCTGTGGGAATGTGGCTGGTCTCCTGTCTTGGACACTTGCTATGGCAATATTTTATGGCATC AATAGAGAAGTGTTGCCTCTGAAGGCCAACCTGGCCAAGCAGGAAGGCCGGTTAGCAGTTGCTAATGCTG AGTTAGGGAAGGCACAAGCCCTGCTGGATGAGAAGCAAGCTGAGCTGGATAAAGTACAGGCAAAATTTGA TGCAGCAATGAATGAGAAAATGGATTTGCTTAATGACGCTGATACGTGCCGGAAAAAGATGCAGGCCGCC TCCACTCTCATCGATGGGCTGAGTGGAGAAAAAATCCGGTGGACCCAGCAAAGTAAAGAATTCAAAGCTC AGATTAATAGACTTGTAGGTGATATTCTGCTGTGCACGGGATTCCTTTCCTACCTTGGTCCTTTCAATCA GATATTTAGGAACTATTTGCTTAAAGATCAATGGGAAATGGAGTTGAGAGCACGGAAAATTCCTTTCACA GAAAACCTGAATCTTATTTCAATGTTGGTGGATCCTCCAACTATTGGTGAGTGGGGGCTACAGGGATTAC CAGGAGATGATCTCTCAATTCAGAATGGCATTATTGTGACAAAGGCCACCAGATACCCACTCCTCATAGA CCCACAAACTCAAGGCAAAACTTGGATTAAATCAAAGGAAAAAGAAAATGATTTACAGGTGACATCTCTG AACCATAAATATTTTCGCACACACTTGGAGGACAGCCTTTCCTTGGGCCGACCCCTTCTCATTGAGGACA TTCATGAAGAGCTGGATCCAGCCTTGGATAATGTATTAGAAAAGAATTTTATTAAATCTGGCACCACTTT CAAGGTGAAAGTCGGTGATAAGGAATGTGATATCATGGATACATTTAAACTTTACATTACTACGAAGTTA CCAAATCCTGCCTTTACCCCAGAGATTAATGCTAAAACGTCAGTCATTGATTTCACTGTTACAATGAAAG GACTTGAGAATCAGTTACTAAGGAGAGTCATTCTAACAGAGAAACAGGAGTTAGAGGCTGAGAGGGTTAA ACTTTTGGAGGATGTTACTTTTAATAAGCGGAAGATGAAAGAACTTGAAGATAACCTCCTCTATAAATTA AGTGCTACAAAAGGCTCATTGGTAGATGACGAATCTCTCATTGGTGTACTTCGAACTACCAAGCAGACAG CAGCTGAGGTAAGTGAAAAGTTGCATGTGGCTGCAGAAACTGAGATCAAGATCAACGCGGCTCAGGAGGA GTTCCGGCCCGCAGCCACCCGCGGAAGCATCCTCTACTTCCTCATCACAGAGATGAGCATGGTCAACATC ATGTATCAGACGTCATTGGCCCAGTTCTTGAAGTTATTTGACCAGTCCATGGCCAGATCTGAAAAGTCAC CACTACCTCAAAAGAGAATTACAAATATTATCGAGTACCTGACATATGAAGTTTTTACATACTCTGTCAG AGGCCTATACGAAAACCACAAATTCCTGTTTGTACTCCTCATGACCTTAAAGATTGACCTTCAGAGAGGG ACAGTTAAGCACAGAGAGTTTCAAGCTCTCATTAAAGGGGGAGCAGCTCTGGACCTGAAAGCCTGTCCTC CCAAACCCTATCGCTGGATCCTTGACATGACTTGGCTGAATCTTGTGGAGCTGAGTAAACTTCCACAATT TGCAGAAATTATGAACCAGATATCTCGTAATGAGAAGGGGTGGAAAAGCTGGTTTGATAAAGATGCTCCA GAGGAGGAAATTATCCCTGATGGATATAATGATTCACTAGATACCTGCCATAAACTTTTACTTATCAGGT CTTGGTGCCCAGACCGTACTGTTTTTCAAGCAAGAAAGTATATTGCAGATTCTTTGGAGGAGAAGTACAC AGAACCAGTTATCTTAAATCTGGAGAAAACTTGGGAAGAAAGTGATACCCGGACACCTCTGATATGCTTC CTGTCCATGGGATCTGACCCCACCAATCAAATTGATGCATTGGCCAAGAAACTGAAACTGGAATGTAGAA CTATCTCAATGGGGCAAGGACAAGAAGTACATGCTCGAAAGCTGATTCAGATGTCAATGCAGCAGGGTGG TTGGGTATTACTACAAAATTGCCACCTTGGCCTGGAATTCATGGAAGAATTACTAGAGACGCTAATTACC ACTGAAGCCAGTGATGATTCTTTCCGAGTATGGATAACTACGGAGCCCCATGATCGATTTCCAATTACAT TGCTTCAGACCTCTCTCAAATTCACTAATGAGCCACCCCAAGGTGTACGCGCAGGTTTGAAAAGAACATT TGCTGGAATTAATCAAGACCTTCTGGACATCAGTAATTTACCCATGTGGAAGCCGATGCTTTACACAGTA GCATTTTTACACTCCACTGTGCAGGAGCGACGAAAATTTGGCCCCTTAGGATGGAATATTCCCTACGAAT TCAATTCTGCTGACTTTTCAGCCAGTGTTCAGTTTATTCAGAATCACCTTGATGAATGCGATATTAAGAA AGGTGTATCATGGAATACGGTTCGGTACATGATCGGAGAAGTACAATATGGAGGCAGAGTGACAGATGAC TTTGACAAACGTCTACTTAATTGCTTTGCCAGAGTCTGGTTCAGTGAGAAGATGTTTGAACCGTCATTCT GCTTTTATACTGGATATAAAATCCCCTTATGCAAAACCTTAGACCAGTATTTTGAATACATCCAGTCACT GCCATCCCTAGATAACCCTGAAGTCTTTGGGCTTCACCCTAATGCTGATATCACGTATCAGAGTAACACT GCTTCTGCTGTTCTTGAAACAATTACCAACATTCAACCCAAAGAGAGTGGAGGTGGTGTGGGAGAGACCC GGGAGGCTATTGTTTATAGATTATCTGAAGATATGCTGAGTAAACTCCCTCCTGATTACATTCCTCATGA GGTGAAATCTCGTTTGATAAAGATGGGCCATCTTAATTCAATGAACATATTTCTTAGACAAGAAATTGAC AGAATGCAAAGAGTCATTTCAATACTCCGCAGTAGCCTGAGTGATCTAAAATTGGCCATTGAAGGAACAA TCATTATGAGTGAGAATCTGAGAGATGCTCTGGACAACATGTATGATGCTCGTATACCTCAGCTCTGGAA AAGAGTGTCTTGGGATTCGTCCACACTGGGCTTCTGGTTCACTGAACTTTTGGAAAGAAATGCTCAGTTT TCTACGTGGATATTTGAAGGGAGGCCTAATGTGTTTTGGATGACTGGTTTCTTTAATCCCCAAGGCTTCC TCACAGCAATGAGGCAAGAAGTGACCCGTGCCCACAAAGGCTGGGCACTGGACACTGTGACCATCCACAA TGAAGTTCTGAGACAGACCAAGGAGGAGATCACGTCACCCCCTGGGGAAGGTGTGTATATTTATGGGCTC TACATGGATGGAGCAGCCTGGGACAGACGGAATGGGAAGCTCATGGAATCCACCCCCAAGGTACTCTTCA CGCAGTTACCCGTGCTCCACATCTTTGCCATTAACTCCACGGCACCCAAGGACCCCAAGCTGTATGTGTG TCCTATTTACAAGAAACCCAGGCGAACTGATTTGACCTTCATCACTGTGGTATATTTACGAACAGTGTTG TCCCCGGATCACTGGATCCTGAGAGGAGTGGCCCTTTTGTGTGACATCAAG ACGCGT ACGCGGCCGCTCGAGCAGAAACTCATCTCAGAAGAGGATCTGGCAGCAAATGATATCCTGGATT ACAAGGATGACGACGATAAG GTTTAA Protein Sequence ( show hide ) >RC235412 representing NM_001206927 Red =Cloning site Green =Tags(s) MEKDAEDGAPSEGAEAPPSTEEAAPPRSEEEEAPRPPTVEAPAEDGFSPSAEDAVSSVVDYRDLIPSEEG IVLPDDHEADLNRVRQRLAPRPVQSVISEVLSLPSSRRSSRYRRSMSGLPNLQETLKERQARFREARESR RLKIDPSYKYIFEILAENLGLDIVTVEELILDCPSLEAFTNFFAKDGCKTLKFLYQEGDVPGIECGRTIA GATKGAKMMKLYIDNAAPDKLKGLCIFFVRCRNDVAINVKTIQEEALFTVLDASKGLLNGIRDMLANIFL PAVLATNNWGALNQSKQGESEKHIFTETINRYLSFLDGARISIEGTVKLKTIDNVNFSKLHTFEEVTAAA SNSETVHQLEEVLMVWYKQIEQVLIESEQMRKEAGDSGPLTELEHWKRMSAKFNYIIEQIKGPSCKAVIN VLNVAHSKLLKNWRDLDARITDTANESKDNVRYLYTLEKVCQPLYNHDLVSMAHGIQNLINAIRMIHGVS RYYNTSERMTSLFIKVTNQMVTACKAYITDGGLNHVWDQETPVVLKKIQDCIFLFKEYQASFHKTRKLIS ESSGEKSFEVSEMYIFGKFEAFCKRLEKITEMITVVQTYSTLSNSTIEGIDIMAIKFRNIYQGVKKKQYD ILDPRRTEFDTDFLDFMTKINGLEVQIQAFMNSSFGKILSSQQALQLLQRFQKLNIPCLGLEINHTIERI LQYYVAELDATKKLYHSQKDDPPLARNMPPIAGKILWVRQLYRRISEPINYFFKNSDILSSPDGKAVIRQ YNKISYVLVEFEVVYHTAWIREISQLHYALQATLFVRHPETGKLLVNFDPKILEVVRETKCMIKMKLDVP EQAKRLLKLESKLKADKLYLQGLLQYYDELCQEVPSVFVNLMTPKMKKVESVLRQGLTVLTWSSLTLESF FQEVELVLDMFNQLLKKISDLCEMHIDTVLKEIAKTVLISLPESGATKVEDMLTLNETYTKEWADILNHK SKHVEEAVRELISIFEQIYEVKYTGKVGKQSEQRKHVVFGSETGEGENNDYEANIVNEFDTHDKEDEFKK ECKEVFAFFSHQLLDSLQKATRLSLDTMKRRIFVASLYGRKQSEDIISFIKSEVHLAIPNVVMIPSLDDI QQAINRMIQLTLEVSRGVAHWGQQQIRPIKSVIPSPTTTDVTHQNTGKLLKKEERSFEEAIPARKLKNFY PGVAEHKDISKLVLLLSSSVNSLRKAAHEALQDFQKYKTLWTEDRDVKVKEFLANNPSLTEIRSEILHYA TFEQEIDELKPIIVVGALELHTEPMKLALSIEAKAWKMLLCRYLNEEYKKKMSYMIAFINEYLKKLSRPI RDLDDVRFAMEALSCIRDNEIQMDMTLGPIEEAYAILNRFEVEVTKEESEAVDTLRYSFNKLQSKAVSVQ EDLVQVQPKFKSNLLESVEVFREDVINFAEAYELEGPMVPNIPPQEASNRLQIFQASFDDLWRKFVTYSS GEQLFGLPVTDYEVLHKTRKELNLLQKLYGLYDTVMSSISGYYEILWGDVDIEKINAELLEFQNRCRKLP KGLKDWQAFLDLKKRIDDFSESCPLLEMMTNKAMKQRHWDRISELTGTPFDVESDSFCLRNIMEAPLLKH KDDIEDICISAIKEKDIEAKLTQVIENWTNQNLSFAAFKGKGELLLKGTESGEIITLMEDSLMVLGSLLS NRYNAPFKKNIQNWVYKLSTSSDIIEEWLVVQNLWVYLEAVFVGGDIAKQLPQEAKRFQNIDKSWIKIMQ RAHENPNVINCCVGDETMGQLLPHLHEQLEVCQKSLTGYLEKKRLLFPRFFFVSDPVLLEILGQASDSHT IQPHLPAVSDNINEVTFHAKDYDRIMAVISREGEKIVLDNSVMAKGPVEIWLLDLLKMQMSSLHNIIRSA FYQISDSGFQLLPFLSHFPAQVGLLGIQMLWTHDSEEALRNAKDDRKIMQVTNQKFLDILNTLISQTTHD LSKFDRVKFETLITIHVHQRDIFDDLVKMHIKSPTDFEWLKQSRFYFKEDLDQTVVSITDVDFIYQNEFL GCTDRLVITPLTDRCYITLAQALGMNMGGAPAGPAGTGKTETTKDMGRCLGKYVVVFNCSDQMDFRGLGR IFKGLAQSGSWGCFDEFNRIELPVLSVAAQQIYIVLTARKERKKQFIFSDGDCVDLNPEFGIFLTMNPGY AGRQELPENLKIQFRTVAMMVPDRQIIMRVKLASCGFLENVILAQKFYVLYKLCEEQLTKQVHYDFGLRN ILSVLRTLGSQKRARPEDSELSIVMRGLRDMNLSKLVDEDEPLFLSLINDLFPGLQLDSNTYAELQNAVA HQVQIEGLINHPPWNLKLVQLYETSLVRHGLMTLGPSGSGKTTVITILMKAQTECGRPHREMRMNPKAIT APQMFGRLDTATNDWTDGIFSTLWRKTLKAKKGENIFLILDGPVDAIWIENLNSVLDDNKTLTLANGDRI PMAPSCKLLFEVHNIENASPATVSRMGMVYISSSALSWRPILQAWLKKRTAQEAAVFLTLYEKVFEDTYT YMKLNLNPKMQLLECNYIVQSLNLLEGLIPSKEEGGVSCVEHLHKLFVFGLMWSLGALLELESREKLEAF LRQHESKLDLPEIPKGSNQTMYEFYVTDYGDWEHWNKKLQPYYYPTDSIPEYSSILVPNVDNIRTNFLID TIAKQHKAVLLTGEQGTAKTVMVKAYLKKYDPEVQLSKSLNFSSATEPMMFQRTIESYVDKRIGSTYGPP GGRKMTVFIDDINMPVINEWGDQITNEIVRQMMEMEGMYSLDKPGDFTTIVDVQLIAAMIHPGGGRNDIP QRLKRQFTVFNCTLPSNASIDKIFGIIGCGYFDPCRSFKPQICEMIVNLVSVGRVLWQWTKVKMLPTPSK FHYIFNLRDLSRIWQGMLTIKAEECASIPTLLSLFKHECSRVIADRFITPEDEQWFNAHLTRAVEENIGS DAASCILPEPYFVDFLREMPEPTGDEPEDSVFEVPKIYELMPSFDFLAEKLQFYQRQFNEIIRGTSLDLV FFKDAMTHLIKISRIIRTSCGNALLVGVGGSGKQSLSRLASFIAGYQIFQITLTRSYNVTNLTDDLKALY KVAGADGKGITFIFTDSEIKDEAFLEYLNNLLSSGEISNLFARDEMDEITQGLISVMKRELPRHPPTFDN LYEYFISRSRKNLHVVLCFSPVGEKFRARSLKFPGLISGCTMDWFSRWPREALIAVASYFLSDYNIVCSS EIKRQVVETMGLFHDMVSESCESYFQRYRRRAHVTPKSYLSFINGYKNIYAEKVKFINEQAERMNIGLDK LMEASESVAKLSQDLAVKEKELAVASIKADEVLAEVTVSAQASAKIKNEVQEVKDKAQKIVDEIDSEKVK AESKLEAAKPALEEAEAALNTIKPNDIATVRKLAKPPHLIMRIMDCVLLLFQKKIDPVTMDPEKSCCKPS WGESLKLMSATGFLWSLQQFPKDTINEETVELLQPYFNMDDYTFESAKKVCGNVAGLLSWTLAMAIFYGI NREVLPLKANLAKQEGRLAVANAELGKAQALLDEKQAELDKVQAKFDAAMNEKMDLLNDADTCRKKMQAA STLIDGLSGEKIRWTQQSKEFKAQINRLVGDILLCTGFLSYLGPFNQIFRNYLLKDQWEMELRARKIPFT ENLNLISMLVDPPTIGEWGLQGLPGDDLSIQNGIIVTKATRYPLLIDPQTQGKTWIKSKEKENDLQVTSL NHKYFRTHLEDSLSLGRPLLIEDIHEELDPALDNVLEKNFIKSGTTFKVKVGDKECDIMDTFKLYITTKL PNPAFTPEINAKTSVIDFTVTMKGLENQLLRRVILTEKQELEAERVKLLEDVTFNKRKMKELEDNLLYKL SATKGSLVDDESLIGVLRTTKQTAAEVSEKLHVAAETEIKINAAQEEFRPAATRGSILYFLITEMSMVNI MYQTSLAQFLKLFDQSMARSEKSPLPQKRITNIIEYLTYEVFTYSVRGLYENHKFLFVLLMTLKIDLQRG TVKHREFQALIKGGAALDLKACPPKPYRWILDMTWLNLVELSKLPQFAEIMNQISRNEKGWKSWFDKDAP EEEIIPDGYNDSLDTCHKLLLIRSWCPDRTVFQARKYIADSLEEKYTEPVILNLEKTWEESDTRTPLICF LSMGSDPTNQIDALAKKLKLECRTISMGQGQEVHARKLIQMSMQQGGWVLLQNCHLGLEFMEELLETLIT TEASDDSFRVWITTEPHDRFPITLLQTSLKFTNEPPQGVRAGLKRTFAGINQDLLDISNLPMWKPMLYTV AFLHSTVQERRKFGPLGWNIPYEFNSADFSASVQFIQNHLDECDIKKGVSWNTVRYMIGEVQYGGRVTDD FDKRLLNCFARVWFSEKMFEPSFCFYTGYKIPLCKTLDQYFEYIQSLPSLDNPEVFGLHPNADITYQSNT ASAVLETITNIQPKESGGGVGETREAIVYRLSEDMLSKLPPDYIPHEVKSRLIKMGHLNSMNIFLRQEID RMQRVISILRSSLSDLKLAIEGTIIMSENLRDALDNMYDARIPQLWKRVSWDSSTLGFWFTELLERNAQF STWIFEGRPNVFWMTGFFNPQGFLTAMRQEVTRAHKGWALDTVTIHNEVLRQTKEEITSPPGEGVYIYGL YMDGAAWDRRNGKLMESTPKVLFTQLPVLHIFAINSTAPKDPKLYVCPIYKKPRRTDLTFITVVYLRTVL SPDHWILRGVALLCDIK TR TRPLEQKLISEEDLAANDILDYKDDDDK V
• Oti Annotation: This clone was engineered to express the complete ORF with an expression tag. Expression varies depending on the nature of the gene.
• 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
• 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.
• E Coli Selection: Kanamycin (25 ug/mL)
• Restriction Sites: SgfI-MluI      Cloning Scheme for this gene      Plasmid Map     
• 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).
• Mammalian Cell Selection: Neomycin