DNAH10 (NM_207437) Human Untagged Clone
CAT＃: SC328117
DNAH10 (untagged)-Human dynein axonemal heavy chain 10 (DNAH10)
CNY 86070.00
货期*
7周
规格
Product images
推荐一起购买 (3)
Specifications
| Product Data | |
| Type | Human Untagged Clone |
| Tag | Tag Free |
| Vector | pCMV6-XL5 |
| E. coli Selection | Ampicillin (100 ug/mL) |
| Mammalian Cell Selection | None |
| Sequence Data |
>NCBI ORF sequence for NM_207437, the custom clone sequence may differ by one or more nucleotides
ATGGTGCCGGAGGAGGTGGAGGTGGAGATTGATGAGATACCTGTCCTGTCTGAAGAGGGA GAAGAGGAAGAAGAGACTTATTCTCAAAAAGTGGAGTCCGTGGATAAAGTGCGAGCTAAG CGTGTGTCACTGAGAACCGAATCTCTAGGCCAACCTCTAAACAGAGAGGATGAAGAAATG GACAAAGAGATTTCAGAAAAACTCCCTTCCAAAAGAACTGCGAAGCACATCATGGAAAAG ATGCATCTCCACATGCTCTGTACCCCTCTTCCCGAGGAGTTCCTGGACCAAAACGTGGTG TTTTTCCTCAGAAATACCAAAGAGGCAATCTCTGAAGCTACCGACATGAAGGAAGCTATG GAAATTATGCCAGAAACACTGGAGTATGGAATTATAAACGCTAATGTGCTCCATTTTCTG AAGAATATTATATGTCAGGTTTTTTTGCCAGCATTGTCCTTCAATCAGCACAGGACGAGT ACAACCGTGGGAGTCACATCTGGAGAAGTCTCTAATTCCTCTGAGCATGAATCAGACCTG CCGCCCATGCCTGGGGAGGCAGTAGAATATCACAGTATTCAATTAATACGGGATGAATTT TTAATGAACGTGCAGAAATTTGCAAGTAATATTCAAAGAACCATGCAGCAACTTGAAGGT GAGATCAAGTTAGAAATGCCAATCATCAGTGTGGAGGGAGAGGTGTCTGACCTGGCAGCT GACCCGGAAACCGTTGACATCTTGGAGCAGTGTGTGATAAACTGGCTGAATCAGATATCC ACAGCGGTTGAGGCCCAACTGAAGAAGACACCTCAGGGTAAAGGCCCTCTGGCTGAAATT GAATTCTGGAGGGAAAGAAATGCAACCTTAAGTGCGCTGCATGAACAAACAAAGCTTCCA ATAGTCAGAAAAGTCTTGGATGTGATCAAGGAATCCGACTCCATGCTTGTGGCTAATCTG CAGCCAGTGTTCACCGAGTTATTCAAGTTCCACACGGAGGCCTCAGACAATGTGCGCTTT CTCTCCACCGTGGAGCGTTATTTCAAGAACATAACGCACGGGTCTGGCTTCCACGTGGTC CTGGACACCATCCCCGCCATGATGAGTGCCCTGCGGATGGTGTGGATCATCTCCCGACAC TACAACAAAGACGAGAGGATGATTCCGCTCATGGAGCGCATCGCCTGGGAAATCGCTGAG AGAGTCTGCCGAGTGGTCAACCTGCGGACTTTGTTCAAAGAAAATCGAGCGAGTGCCCAA AGCAAAACCTTGGAAGCCAGGAACACCCTCAGGCTGTGGAAAAAGGCCTATTTTGACACC CGGGCCAAGATAGAGGCTTCGGGGAGGGAAGATCGGTGGGAGTTTGACCGGAAGCGGCTG TTCGAGAGGACGGATTATATGGCCACCATCTGCCAGGACCTCTCCGACGTTCTGCAGATT TTGGAGGAATTTTATAACATATTTGGTCCAGAACTAAAGGCAGTGACGGGGGACCCCAAG CGCATTGATGATGTCCTATGCAGAGTGGACGGCCTAGTCACCCCCATGGAAAACCTGACC TTTGACCCCTTCAGCATCAAGTCCTCCCAGTTCTGGAAATATGTGATGGATGAATTCAAG ATTGAAGTTCTGATTGACATCATTAATAAAATCTTTGTCCAGAACCTTGAAAATCCACCA CTGTATAAGAATCACCCTCCAGTAGCAGGTGCAATATACTGGGAACGATCTCTGTTCTTT CGGATTAAGCATACCATCCTCCGATTTCAAGAGGTACAAGAGATACTGGACAGTGATCGA GGACAGGAGGTCAAACAAAAATATTTGGAAGTAGGTAGGACAATGAAGGAGTATGAAGAC AGAAAGTATGAGCAGTGGATGGAGGTGACGGAGCAGGTGCTGCCAGCTCTCATGAAGAAG AGCCTTTTGACCAAGTCTTCCATCGCCACAGAGGAGCCTTCGACTTTAGAAAGGGGAGCT GTTTTTGCAATCAACTTTTCACCGGCTCTCAGAGAGATTATTAATGAAACAAAGTACTTA GAGCAGCTGGGGTTCACTGTCCCTGAATTAGCAAGAAATGTTGCTCTCCAGGAAGACAAA TTCCTTAGGTACACAGCTGGGATACAGCGCATGTTGGATCATTATCACATGCTCATAGGA ACGTTAAACGATGCGGAGTCTGTGCTTCTCAAAGATCATTCCCAGGAACTGCTCCGAGTG TTTAGGTCGGGATATAAGAGGTTGAACTGGAACTCACTAGGTATCGGTGACTATATAACT GGTTGCAAACAGGCCATTGGGAAATTTGAGTCTCTCGTCCACCAGATTCATAAGAATGCA GATGACATTTCTTCCAGGCTGACATTAATAGAGGCCATAAATCTCTTTAAATATCCAGCC GCTAAAAGTGAGGAAGAACTCCCAGGCGTGAAGGAATTTTTTGAACACATTGAGCGAGAA AGGGCCAGCGACGTGGACCACATGGTCCGGTGGTATCTTGCCATTGGACCACTGCTGACC AAAGTTGAGGGCCTGGTCGTCCACACCAACACAGGCAAGGCCCCCAAGCTGGCCTCCTAC TACAAATACTGGGAAAAGAAAATTTATGAGGTCCTGACAAAGCTCATCCTGAAGAACTTG CAGTCTTTTAATTCTTTGATCCTTGGAAATGTCCCTCTGTTCCACACTGAAACCATTCTG ACGGCACCTGAGATCATCCTTCATCCCAACACAAATGAGATCGACAAGATGTGCTTCCAT TGTGTCCGGAATTGCGTGGAGATCACCAAGCATTTTGTTCGTTGGATGAATGGCAGCTGC ATAGAATGCCCACCTCAGAAGGGGGAGGAAGAGGAAGTTGTTATAATAAACTTTTACAAT GATATCTCTCTGAACCCTCAGATAATTGAACAAGCTGTTATGATCCCCCAAAATGTCCAC AGGATTCTGATCAATCTTATGAAGTATCTACAAAAATGGAAGCGGTATCGACCTCTCTGG AAATTGGACAAAGCTATTGTGATGGAGAAATTTGCTGCCAAGAAACCTCCTTGTGTAGCA TATGATGAAAAGTTGCAGTTCTATTCCAAGATAGCTTATGAGGTTATGCGCCACCCTCTA ATTAAGGATGAGCATTGCATCAGACTTCAGCTCAGGCATCTGGCAAACACAGTGCAGGAA AATGCCAAGTCCTGGGTGATTTCGCTTGGAAAACTTCTCAATGAGTCAGCAAAAGAGGAG CTCTATAATCTCCATGAAGAGATGGAGCACCTGGCCAAAAACCTTAGGAAGATCCCCAAT ACCCTTGAAGATCTCAAGTTTGTCCTTGCAACAATTGCAGAAATTAGAAGTAAATCTCTA GTCATGGAACTCAGATATAGGGACGTCCAGGAGCGATACCGTACCATGGCAATGTATAAC CTCTTTCCTCCTGATGCAGAGAAAGAACTGGTTGATAAGATTGAGAGCATATGGTCCAAT CTGTTTAATGATTCAGTGAATGTGGAGCATGCTCTTGGGGACATAAAGAGAACTTTCACA GAGCTTACTCGAGGCGAAATAATGAACTACAGAGTTCAGATAGAGGAGTTTGCAAAGCGT TTTTACAGTGAAGGCCCTGGTTCTGTTGGTGATGATCTTGATAAAGGAGTAGAGCTTTTA GGTGTTTATGAAAGAGAGCTGGCAAGACATGAAAAGAGCCGTCAGGAACTGGCTAACGCT GAGAAACTTTTCGATCTTCCTATTACAATGTACCCAGAGCTGCTGAAAGTGCAGAAGGAA ATGAGTGGGCTGAGGATGATTTACGAGCTCTATGAAGGACTAAAGGTTGCAAAAGAAGAA TGGTCTCAGACCCTTTGGATCAACCTGAATGTGCAGATTCTCCAGGAAGGAATTGAAGGT TTTCTCAGGGCTCTCAGAAAGCTACCTCGGCCAGTCCGTGGCTTATCAGTGACCTACTAC TTGGAAGCAAAAATGAAGGCATTCAAAGACTCGATTCCTTTACTTCTTGACTTGAAAAAC GAGGCACTAAGAGACAGGCATTGGAAAGAACTTATGGAAAAAACGTCTGTCTTTTTTGAA ATGACCGAAACGTTCACCTTGGAAAATATGTTTGCTATGGAACTGCACAAACACACAGAT GTTCTCAATGAGATTGTCACAGCAGCAATCAAGGAGGTTGCCATTGAGAAGGCTGTGAAG GAAATCCTAGACACGTGGGAAAATATGAAATTCACTGTAGTCAAGTATTGCAAAGGCACA CAGGAGCGAGGCTACATCCTGGGTTCTGTTGACGAAATTATTCAGTCTCTTGATGACAAC ACTTTCAACCTGCAGAGCATCTCAGGAAGCAGATTTGTGGGGCCTTTTCTGCAAACTGTT CACAAATGGGAAAAAACGCTTTCTCTAATAGGGGAAGTCATTGAGATTTGGATGTTGGTT CAGAGAAAATGGATGTATCTTGAAAGTATTTTTATTGGTGGAGATATAAGATCACAACTT CCGGAAGAGGCAAAAAAGTTTGACAACATCGATAAAGTATTTAAAAGGATCATGGGTGAG ACCTTAAAAGACCCCGTGATCAAGAGGTGCTGTGAAGCCCCAAACCGCCTCAGTGACCTA CAGAACGTCAGCGAGGGCCTGGAGAAATGCCAGAAAAGCCTCAACGACTACTTAGATTCG AAGAGAAATGCTTTCCCAAGGTTCTTCTTCATTTCTGACGATGAGTTGCTTAGCATTCTG GGGAGCAGCGACCCACTCTGCGTCCAGGAGCACATGATCAAGATGTACGACAACATAGCA TCACTGAGGTTTAATGACGGCGATAGTGGAGAAAAACTGGTGTCCGCGATGATTTCAGCA GAAGGAGAAGTCATGGAGTTTCGGAAGATCTTGCGGGCTGAAGGGCGCGTGGAGGACTGG ATGACGGCAGTTTTGAATGAGATGAGAAGAACTAATAGACTAATTACCAAAGAGGCTATT TTTAGATACTGTGAAGACAGAAGCAGAGTCGACTGGATGCTCCTGTACCAGGGCATGGTG GTGCTGGCCGCTAGCCAGGTGTGGTGGACCTGGGAGGTGGAAGACGTCTTCCACAAAGCG CAAAAAGGGGAGAAGCAGGCCATGAAGAACTATGGCAGGAAAATGCACCGGCAGATCGAT GAGTTGGTAACGCGCATCACCATGCCGCTAAGCAAAAACGACAGGAAAAAATACAACACT GTTCTCATCATTGATGTGCATGCCAGAGACATAGTTGATTCTTTCATAAGAGGCAGTATC CTGGAGGCCCGAGAGTTTGACTGGGAAAGTCAGTTGCGGTTTTATTGGGACCGGGAGCCG GATGAGCTGAACATCCGCCAGTGCACGGGAACCTTTGGCTACGGCTACGAGTACATGGGC CTGAACGGCAGGCTGGTCATCACGCCCCTCACCGATCGGATTTACCTGACGCTCACCCAG GCGCTGTCCATGTATCTAGGTGGGGCCCCCGCCGGCCCAGCAGGAACCGGCAAAACCGAG ACCACCAAGGACCTGGCGAAAGCCTTGGGCTTGCTCTGTGTTGTCACCAACTGTGGCGAA GGCATGGATTACAGGGCCGTGGGGAAGATTTTCTCTGGCCTGGCACAGTGCGGGGCTTGG GGCTGCTTTGATGAGTTTAATCGAATCGATGCTTCTGTGCTCTCCGTGATCTCCTCCCAG ATCCAGACGATCCGAAATGCTCTGATCCATCAGTTAACCACGTTCCAGTTTGAAGGGCAG GAGATTTCCCTGGACTCCCGCATGGGCATCTTCATCACCATGAACCCCGGCTACGCAGGC CGCACGGAGCTGCCCGAGTCGGTGAAGGCGCTGTTCAGGCCTGTGGTCGTGATCGTGCCC GACCTGCAGCAGATCTGTGAGATCATGCTCTTCTCTGAGGGCTTCCTGGAGGCCAAGACT CTGGCGAAAAAGATGACGGTTCTGTATAAGCTGGCCCGGGAGCAGCTGTCCAAGCAGTAT CACTATGATTTTGGACTCAGAGCCCTGAAATCGGTGCTGGTCATGGCTGGTGAGCTGAAG AGAGGCTCCTCTGACCTTAGGGAGGACGTGGTGCTGATGAGGGCCTTGCGAGACATGAAC TTGCCCAAATTTGTGTTTGAAGATGTTCCTCTTTTCCTTGGTTTGATTTCGGATCTGTTT CCTGGGCTGGACTGCCCTCGCGTCCGCTACCCTGACTTCAACGATGCGGTAGAGCAGGTC CTGGAGGAGAACGGCTACGCGGTCCTACCCATCCAGGTGGATAAAGTGGTTCAAATGTTC GAGACCATGTTAACCCGCCACACGACGATGGTGGTGGGGCCCACCAGAGGGGGCAAGTCC GTCGTCATTAACACTCTGTGTCAGGCCCAGACCAAGCTTGGGCTGACGACAAAGTTGTAC ATCCTGAACCCCAAAGCCGTGAGTGTCATAGAACTCTACGGCATCCTGGACCCAACCACC CGAGACTGGACAGATGGGGTGTTGTCAAACATCTTCAGGGAAATCAACAAGCCAACAGAC AAGAAGGAGCGAAAGTATATTTTATTTGATGGTGATGTGGATGCTCTATGGGTGGAAAAC ATGAATTCTGTGATGGATGACAACAGGTTGTTGACATTGGCCAACGGGGAACGCATCCGG CTCCAAGCACACTGTGCCCTGCTCTTTGAGGTTGGAGATTTACAGTATGCCTCCCCTGCA ACTGTCTCTCGATGTGGAATGGTTTATGTGGATCCTAAAAACTTGAAATATCGACCATAC TGGAAAAAATGGGTTAATCAAATACCAAACAAGGTGGAGCAATACAATTTGAATAGTCTC TTTGAGAAGTATGTGCCCTATCTCATGGATGTGATAGTGGAAGGAATTGTGGATGGAAGA CAAGCAGAAAAGCTGAAGACAATAGTTCCTCAGACAGACCTCAATATGGTAACCCAGTTA GCCAAGATGTTGGATGCGTTGCTAGAAGGAGAAATAGAAGACCTTGACCTGCTGGAGTGC TACTTCCTGGAGGCTTTGTACTGCTCTCTGGGAGCCTCCCTGCTTGAGGATGGAAGGATG AAATTTGACGAATATATCAAACGCCTTGCTTCTTTGTCTACTGTTGACACAGAAGGAGTT TGGGCCAACCCTGGGGAACTGCCAGGTCAACTTCCAACCTTGTATGACTTTCATTTTGAT AACAAACGGAATCAATGGGTCCCATGGAGTAAATTAGTTCCAGAGTATATTCATGCCCCC GAGAGGAAATTCATCAACATCCTGGTTCACACAGTGGATACCACTCGGACTACCTGGATA TTGGAACAAATGGTTAAAATTAAGCAACCTGTTATTTTTGTTGGTGAATCTGGCACTTCT AAGACAGCCACTACCCAGAATTTCCTCAAAAATCTGAGTGAAGAAACTAACATTGTGTTA ATGGTCAACTTCTCCTCCCGCACCACGTCCATGGATATCCAAAGAAATTTAGAAGCAAAT GTGGAAAAGCGAACCAAAGATACTTACGGCCCACCCATGGGAAAACGCCTGCTGGTGTTC ATGGATGACATGAATATGCCAAGGGTGGATGAATATGGCACGCAGCAGCCCATTGCCTTG CTGAAGCTGCTGTTGGAAAAAGGCTACTTATATGACCGTGGGAAGGAGCTGAACTGTAAA AGCATTCGAGACCTTGGCTTTATTGCTGCAATGGGAAAGGCTGGAGGAGGCCGCAATGAA GTTGACCCAAGATTTATTTCGCTATTCAGTGTCTTCAATGTGCCATTTCCTTCAGAGGAG TCTCTGCATTTAATTTATTCCTCCATCCTGAAAGGCCACACCTCGACGTTTCATGAGAGC ATTGTGGCTGTGAGTGGCAAGCTGACATTCTGCACGCTAGCACTTTACAAAAATATTGTG CAAGACCTACCTCCCACTCCGTCAAAGTTCCATTACATCTTCAACCTTCGAGATCTCTCA CGGGTTTTTAATGGTCTTGTCCTCACTAACCCGGAGCGATTCCAGACGGTGGCCCAGATG GTGAGAGTCTGGAGGAATGAGTGTCTGAGAGTCTTCCACGACCGGCTGATCAGTGAAACA GACAAGCAGCTGGTACAACAGCACATAGGCAGCTTGGTTGTGGAACATTTTAAAGATGAC GTGGAGGTGGTGATGAGGGATCCCATATTGTTTGGAGACTTCCAGATGGCTCTGCACGAA GGAGAACCACGCATTTATGAAGACATCCAGGACTACGAGGCGGCCAAGGCTCTGTTCCAG GAAATTCTTGAAGAGTATAATGAAAGCAACACCAAAATGAACTTGGTTCTCTTCGACGAT GCTCTGGAGCATTTAACCCGGGTGCACCGTATCATCCGCATGGACCGCGGCCACGCCCTG CTGGTCGGGGTAGGGGGCTCAGGGAAGCAGTCTCTTTCGAGGCTGGCTGCCTTCACAGCC AGCTGTGAGGTGTTTGAGATCCTGCTGAGCCGAGGCTACTCGGAGAACAGTTTCCGGGAA GACCTGAAGAGCCTCTATTTGAAACTTGGGATTGAGAACAAAGCGATGATCTTTCTGTTC ACGGATGCCCATGTGGCTGAGGAGGGCTTCCTGGAGCTCATCAACAACATGCTGACCTCA GGAATTGTACCTGCGCTTTTTTCTGAAGAGGAGAAAGAGTCTATCCTGAGTCAGATTGGA CAGGAAGCTCTGAAGCAAGGCATGGGGCCGGCCAAGGAGTCTGTGTGGCAGTACTTCGTG AACAAAAGTGCAAATAACCTGCACATTGTCCTGGGCATGTCGCCAGTGGGGGACACCCTG AGGACCTGGTGCAGAAACTTCCCAGGTATGGTAAATAACACTGGTATTGACTGGTTCATG CCCTGGCCTCCCCAAGCCCTCCATGCGGTCGCAAAGTCCTTTCTAGGGTATAATCCAATG ATCCCGGCAGAAAATATAGAAAATGTGGTGAAGCATGTTGTCTTGGTTCACCAATCCGTG GACCACTACAGCCAACAGTTTCTACAGAAATTGAGGCGCAGCAACTATGTCACTCCCAAG AACTACCTTGATTTTATTAACACCTATTCAAAATTGCTGGATGAGAAAACTCAGTGTAAT ATAGCTCAGTGCAAGCGTCTGGATGGGGGACTGGACAAGCTGAAGGAGGCCACCATCCAG CTGGACGAGCTGAACCAGAAGCTGGCCGAGCAGAAGATCGTGCTGGCGGAGAAGTCCGCC GCCTGCGAGGCCTTGCTGGAGGAGATCGCCGTCAACACCGCTGTAGCCGAGGAGAAGAAG AAACTGGCAGAGGAAAAGGCCATGGAGATAGAGGAGCAGAACAAAGTCATTGCCATGGAG AAGGCCGAGGCCGAGACGACCCTGGCAGAGGTCATGCCCATCCTGGAGGCCGCCAAGCTG GAACTGCAGAAGCTGGACAAGTCGGACGTGACTGAGATTAGGTCGTTTGCTAAGCCCCCG AAGCAGGTGCAGACGGTCTGCGAATGCATCCTCATCATGAAAGGGTACAAAGAGCTGAAC TGGAAAACAGCCAAGGGCGTGATGTCCGACCCGAATTTCCTGCGGTCTCTGATGGAGATT GATTTTGATTCGATTACCCAGAGCCAAGTGAAAAACATCAAAGGCCTCTTGAAGACTCTT AATACCACAACTGAAGAAATGGAAGCTGTCAGCAAAGCCGGGCTGGGGATGCTGAAATTT GTTGAAGCTGTAATGGGCTACTGTGATGTTTTCAGAGAAATCAAGCCCAAAAGAGAGAAG GTGGCCAGGCTGGAGCGGAATTTTTACCTCACTAAACGGGAACTGGAAAGGATCCAGAAT GAGTTGGCAGCAATTCAGAAAGAGCTGGAAACATTGGGTGCCAAATATGAGGCCGCCATA CTGGAAAAGCAGAAGCTGCAGGAAGAAGCCGAGATCATGGAGAGGCGGCTGATTGCCGCA GACAAACTCATCTCGGGTCTGGGGTCAGAAAACATCAGGTGGCTGAACGACCTGGATGAG CTGATGCACCGGCGCGTGAAGCTGCTGGGGGACTGCCTGCTCTGCGCGGCTTTCCTCAGC TACGAGGGAGCCTTCACCTGGGAGTTCCGTGACGAGATGGTCAATCGGATTTGGCAAAAT GACATCCTGGAGCGGGAGATCCCCCTGAGCCAGCCTTTCCGGCTGGAAAGCCTGCTCACG GATGATGTTGAGATCAGCAGATGGGGATCCCAGGGCCTTCCCCCCGATGAGCTCTCCGTT CAGAATGGCATCCTCACCACCCGGGCCAGCCGCTTCCCTCTGTGTATCGACCCCCAGCAG CAGGCCCTCAACTGGATCAAGAGAAAAGAGGAGAAGAACAATCTGCGGGTCGCTTCCTTT AATGACCCTGACTTCCTCAAGCAGCTAGAGATGTCCATAAAGTACGGGACCCCTTTCCTG TTCCGCGATGTTGATGAATACATCGATCCTGTGATTGACAACGTCTTAGAAAAAAATATA AAAGTCTCCCAAGGACGGCAGTTTATTATCCTGGGAGACAAGGAAGTGGACTATGATTCA AATTTCAGACTGTACCTGAACACCAAGCTGGCCAATCCCAGATATTCCCCATCCGTGTTT GGGAAAGCTATGGTGATCAATTACACTGTCACGCTGAAGGGCCTGGAGGACCAGCTGCTG AGCGTGCTGGTGGCTTACGAGAGGCGGGAGCTGGAGGAGCAGCGGGAGCACCTCATCCAG GAGACCAGCGAGAACAAGAACCTGCTCAAGGACCTGGAAGATTCCCTCCTTCGGGAGCTG GCCACGTCCACGGGGAACATGCTGGACAATGTGGACCTGGTGCACACCCTGGAGGAGACC AAATCCAAGGCAACAGAGGTCTCAGAGAAACTCAAGCTGGCGGAGAAGACAGCCTTGGAC ATCGACAGGCTGCGGGATGGCTACCGGCCAGCAGCCAGGAGGGGGGCCATCCTGTTCTTC GTCCTGTCTGAGATGGCCCTGGTGAACTCCATGTACCAGTACTCCCTGATTGCCTTCTTA GAGGTCTTCAGGCTGTCACTGAAGAAGTCGCTGCCTGATTCCATCCTCATGAAACGCCTG AGGAACATCATGGACACGCTGACCTTCAGCATCTATAACCACGGCTGCACAGGGCTGTTT GAGAGGCACAAGCTACTCTTTTCTTTTAATATGACCATCAAGATAGAACAAGCAGAAGGG AGAGTCCCTCAAGAAGAACTAGATTTCTTTTTAAAAGGAAACATTTCCCTGGAGAAAAGC AAAAGAAAAAAGCCCTGCGCTTGGTTGTCTGACCAAGGATGGGAAGATATCATTCTTTTA TCAGAAATGTTTTCAGACAACTTTGGGCAACTTCCTGATGATGTTGAGAATAATCAGACT GTCTGGCAGGAGTGGTATGACCTGGATTCACTGGAGCAGTTTCCCGTCCCCTTGGGTTAC GATAACAACATCACCCCTTTCCAGAAGTTGCTTATTTTGCGCTGTTTCCGTGTGGATCGG GTCTATCGGGCCGTGACTGACTATGTGACTGTAACAATGGGAGAGAAGTATGTGCAGCCC CCAATGATCAGCTTTGAAGCTATTTTTGAGCAGAGCACTCCACATTCGCCCATTGTGTTT ATCCTGAGTCCTGGCTCCGACCCTGCCACTGATCTTATGAAATTAGCAGAGCGAAGTGGT TTTGGAGGAAATCGCCTCAAATTCCTTGCAATGGGTCAAGGTCAAGAAAAGGTGGCCCTG CAGCTGCTGGAGACGGCGGTGGCTCGGGGGCAGTGGCTGATGCTGCAGAACTGCCACCTC CTGGTCAAGTGGCTGAAAGATCTGGAGAAGTCCCTGGAGAGGATCACCAAGCCCCACCCA GACTTCCGCCTGTGGCTCACCACGGACCCCACCAAGGGCTTCCCCATTGGGATTCTGCAG AAGTCCCTAAAGGTTGTCACCGAGCCACCCAATGGGCTGAAACTCAACATGAGGGCAACT TACTTCAAGATCTCTCACGAAATGCTGGACCAGTGCCCGCACCCTGCCTTCAAGCCGCTG GTCTACGTGCTGGCGTTCTTTCATGCTGTGGTGCAGGAGAGAAGGAAGTTTGGGAAGATT GGCTGGAACGTGTACTATGACTTCAATGAGTCTGACTTCCAGGTCTGCATGGAAATTCTG AACACGTACTTAACGAAAGCCTTCCAGCAACGGGACCCAAGGATCCCGTGGGGCAGCCTC AAGTACCTAATTGGAGAGGTCATGTATGGAGGACGGGCCATCGACAGCTTTGATCGCCGC ATCCTGACCATCTACATGGATGAGTACCTGGGGGACTTCATTTTTGATACTTTCCAGCCA TTCCACTTCTTCCGGAACAAGGAAGTGGACTACAAAATCCCTGTTGGTGATGAAAAGGAG AAATTTGTTGAAGCCATCGAGGCCCTCCCGCTTGCCAACACGCCAGAAGTGTTTGGTCTC CACCCCAACGCTGAGATTGGCTATTACACGCAGGCGGCTCGAGACATGTGGGCTCACCTG CTGGAGCTGCAGCCTCAGACAGGGGAATCCAGCAGTGGTATCAGCCGCGATGATTATATT GGCCAAGTGGCCAAAGAAATAGAAAACAAGATGCCCAAAGTCTTTGACTTGGACCAGGTG AGGAAGCGCCTCGGAACAGGACTCTCCCCCACTTCGGTGGTGCTCCTGCAGGAACTGGAA CGCTTCAACAAGCTTGTGGTCCGGATGACGAAGTCTCTGGCTGAACTTCAAAGGGCCTTG GCTGGAGAAGTTGGAATGAGCAATGAGTTAGATGATGTGGCCAGGTCTCTTTTTATCGGG CATATCCCTAATATCTGGAGAAGGCTTGCTCCTGACACCTTAAAGTCCCTTGGAAACTGG ATGGTCTACTTCCTGCGGCGGTTCAGCCAGTACATGTTGTGGGTGACCGAGAGCGAGCCC AGCGTGATGTGGCTCTCGGGGCTGCACATCCCTGAGTCCTACCTCACGGCGCTGGTGCAG GCCACCTGCCGGAAGAACGGCTGGCCACTGGACCGCTCCACCTTGTTCACACAAGTGACC AAGTTCCAGGATGCAGATGAAGTGAATGAGCGGGCGGGACAAGGATGCTTTGTCTCAGGA CTGTACCTGGAAGGTGCTGACTGGGATATAGAAAAAGGATGTCTTATCAAGAGCAAACCC AAGGTGCTGGTTGTGGACCTGCCGATCCTGAAGATCATCCCCATTGAAGCCCATCGCCTC AAGCTGCAGAATACTTTCCGGACCCCCGTCTACACCACCTCCATGAGAAGGAACGCCATG GGAGTCGGCTTGGTTTTTGAAGCTGATCTCTTTACCACGAGGCACATTTCTCACTGGGTG CTGCAAGGAGTATGCCTCACCCTGAATTCTGAT |
| Restriction Sites | Please inquire |
| ACCN | NM_207437 |
| 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. |
| Note | Plasmids are not sterile. For experiments where strict sterility is required, filtration with 0.22um filter is required. |
| Reference Data | |
| RefSeq | NM_207437.3, NP_997320.2 |
| RefSeq Size | 13716 bp |
| RefSeq ORF | 13416 bp |
| Locus ID | 196385 |
| UniProt ID | Q8IVF4 |
| Gene Summary | Dyneins are microtubule-associated motor protein complexes composed of several heavy, light, and intermediate chains. The axonemal dyneins, found in cilia and flagella, are components of the outer and inner dynein arms attached to the peripheral microtubule doublets. DNAH10 is an inner arm dynein heavy chain (Maiti et al., 2000 [PubMed 11175280]).[supplied by OMIM, Mar 2008] |
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Other Versions
| SKU | Description | Size | Price |
|---|---|---|---|
| RC229482 | DNAH10 (Myc-DDK-tagged)-Human dynein, axonemal, heavy chain 10 (DNAH10) |
CNY 63750.00 |
|
| RG229482 | DNAH10 (tGFP-tagged) - Human dynein, axonemal, heavy chain 10 (DNAH10) |
CNY 70110.00 |
|
| SC308543 | DNAH10 (untagged)-Human dynein, axonemal, heavy chain 10 (DNAH10) |
CNY 86070.00 |
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