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VPS13B (NM_017890) Human Untagged Clone
CAT#: SC308876
VPS13B (untagged)-Human vacuolar protein sorting 13 homolog B (yeast) (VPS13B), transcript variant 5
"NM_017890" in other vectors (2)
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Other products for "VPS13B"
Specifications
| Product Data | |
| Type | Human Untagged Clone |
| Tag | Tag Free |
| Symbol | VPS13B |
| Synonyms | CHS1; COH1 |
| Vector | pCMV6 series |
| Sequence Data |
>NCBI ORF sequence for NM_017890, the custom clone sequence may differ by one or more nucleotides
ATGCTGGAGTCATATGTAACTCCAATTTTAATGAGCTATGTGAATCGCTACATCAAGAAC TTAAAGCCGTCGGATCTACAGCTTTCACTATGGGGTGGAGACGTGGTACTCAGCAAGCTC GAGTTAAAGTTGGATGTGCTGGAACAGGAACTGAAATTACCATTCACTTTTTTAAGTGGA CATATTCATGAATTGAGGATTCATGTACCATGGACAAAACTGGGTTCAGAACCAGTGGTA ATTACCATCAATACTATGGAATGCATTTTGAAACTTAAGGATGGGATACAGGATGACCAT GAAAGCTGTGGTTCTAATTCTACCAACCGTAGTACTGCTGAGAGCACAAAATCATCAATC AAACCGCGGAGAATGCAGCAGGCTGCTCCTACAGATCCTGACTTACCACCAGGTTATGTG CAGAGTCTGATTAGACGAGTTGTAAATAATGTAAACATTGTGATAAATAATCTCATACTA AAATATGTTGAAGATGATATCGTCCTTTCCGTCAATATCACTTCTGCAGAATGTTATACA GTAGGTGAATTATGGGATCGTGCATTCATGGATATTTCTGCAACTGATTTGGTGCTGAGA AAGGTTATCAATTTTTCTGACTGTACAGTTTGTCTTGATAAACGGAATGCCAGTGGTAAA ATAGAATTTTACCAGGATCCTTTATTATACAAATGTTCCTTCAGAACTCGTCTTCATTTT ACATATGAAAACCTAAATTCCAAGATGCCATCTGTTATTAAAATTCATACTTTAGTGGAA AGTTTGAAACTTTCTATCACAGATCAACAACTGCCTATGTTTATTCGTATAATGCAACTT GGAATTGCTCTTTACTATGGAGAAATAGGCAATTTTAAAGAAGGCGAAATAGAGGACCTT ACTTGTCATAATAAAGATATGCTAGGAAACATTACAGGTTCTGAAGATGAAACAAGAATA GATATGCAATATCCTGCTCAGCATAAAGGTCAAGAGTTATATTCACAGCAAGATGAGGAG CAGCCACAGGGATGGGTGTCATGGGCCTGGTCCTTTGTGCCTGCAATTGTGAGTTATGAC GATGGCGAGGAAGACTTTGTTGGGAACGATCCTGCATCAACCATGCATCAACAAAAAGCA CAGACTTTGAAGGATCCTATTGTTTCTATAGGATTTTATTGCACAAAGGCAACGGTGACT TTCAAACTCACAGAAATGCAAGTTGAGAGTAGTTATTACAGTCCACAGAAAGTAAAATCT AAAGAAGTATTGTGTTGGGAACAAGAAGGAACTACAGTTGAGGCCCTTATGATGGGAGAA CCTTTCTTTGATTGCCAGATTGGGTTTGTTGGTTGCAGAGCCATGTGCCTTAAAGGAATT ATGGGTGTTAAAGATTTTGAAGAGAATATGAATAGAAGTGAAACTGAAGCCTGTTTCTTC ATTTGTGGTGACAATTTGAGTACGAAAGGTTTCACATACCTTACAAATTCATTGTTTGAT TACCGAAGCCCAGAAAATAATGGTACTCGCGCAGAATTTATCTTGGATTCAACTCATCAT AAGGAGACATACACTGAGATAGCTGGAATGCAACGGTTTGGGGCTTTTTATATGGATTAC CTGTATACAATGGAGAACACTAGTGGCAAAGGTTCCACAAATCAACAAGACTTTTCTTCA GGGAAAAGTGAAGATTTGGGAACAGTTCAGGAGAAGTCCACCAAAAGCCTTGTTATAGGT CCTCTTGATTTTCGTTTGGATAGCAGTGCGGTGCATAGGATTTTGAAAATGATTGTGTGT GCCTTGGAACATGAATATGAACCATATAGCAGGCTAAAATCAGATATTAAGGATGAAAAT GAAACAATACTGAATCCTGAAGAGGTGGCTCTTCTGGAGGAATATATTCCTACTCGACAT ACAAGTGTTACTCTCCTCAAATGTACCTGCACAATTTCCATGGCTGAATTCAACTTGCTG GACCATTTACTACCTGTCATTATGGGAGAAAAGAACTCAAGTAACTTCATGAATACTACA AACTTCCAGTCTCTTCGGCCTTTGCCATCCATTCGAATATTGGTGGATAAAATTAATCTG GAACATTCAGTGCCAATGTATGCTGAACAGTTGGTGCATGTGGTCAGCAGCCTTACTCAA CCTTCTGATAACCTGCTTCATTATTGTTATGTACACTGCTATCTTAAGATATTTGGTTTC CAGGCAGGACTGACGTCTTTGGATTGCAGTGGATCTTACTGCTTACCTGTACCAGTTATT CCCTCTTTCAGCACTGCTCTTTATGGGAAACTTCTGAAACTCCCCACATGCTGGACCAAA AGATCTCAGATTGCTATAACTGAAGGTATATTTGAACTTCCAAATCTCACAATTCAAGCT ACAAGAGCACAGACACTTCTCTTGCAAGCAATATATCAAAGTTGGTCTCATCTTGGAAAT GTCAGCTCTTCCGCAGTGATTGAAGCTTTGATAAATGAAATCTTCCTAAGTATAGGTGTG AAATCTAAGAATCCCCTGCCAACTCTTGAGGGCTCAATCCAGAATGTTGAATTGAAGTAC TGCAGCACATCATTGGTCAAATGTGCCTCTGGGACCATGGGATCAATAAAAATTTGTGCC AAAGCCCCAGTTGATAGTGGAAAAGAGAAGTTGATTCCCTTGCTTCAGGGTCCTTCTGAC ACTAAAGACCTTCATAGCACCAAGTGGCTCAATGAGAGTAGAAAGCCAGAGTCTCTCTTA GCTCCAGATTTGATGGCCTTCACAATCCAAGTTCCACAATATATTGACTACTGCCACAAT TCCGGTGCTGTACTTCTTTGCAGTATACAAGGACTAGCAGTTAATATTGACCCAATCTTA TATACGTGGCTCATCTATCAGCCTCAGAAACGAACAAGTAGACATATGCAACAGCAGCCT GTGGTAGCTGTTCCTCTTGTTATGCCAGTTTGTAGAAGGAAAGAGGATGAGGTGTCTATT GGAAGTGCCCCCTTGGCAAAGCAGCAATCATATCAGGCCTCTGAATATGCCAGCAGCCCT GTAAAAACAAAAACGGTAACAGAATCCCGCCCATTGTCAGTTCCTGTTAAAGCCATGTTG AATATATCTGAAAGCTGTAGAAGTCCTGAAGAAAGAATGAAGGAATTTATTGGAATTGTT TGGAATGCAGTGAAGCATCTCACACTACAGCTTGAAGTACAATCTTGTTGTGTGTTTATT CCAAATGATAGCCTGCCTTCCCCAAGTACAATTGTATCTGGTGACATTCCTGGAACAGTA AGAAGTTGGTACCATGGACAAACCAGCATGCCGGGAACACTTGTCCTCTGTTTGCCTCAA ATAAAGATTATTAGTGCTGGGCACAAGTATATGGAACCTCTGCAGGAGATTCCATTTGTT ATCCCACGACCCATCCTTGAAGAAGGTGATGCTTTTCCTTGGACGATCAGCTTGCATAAT TTCAGCATATATACCCTTCTTGGAAAACAAGTGACACTTTGCCTAGTGGAACCTATGGGT TGCACCTCCACTCTAGCTGTCACGTCTCAAAAACTGCTTGCTACGGGACCTGATACACGA CATTCATTTGTTGTCTGTCTCCATGTTGACCTAGAGTCACTAGAGATAAAATGCTCTAAT CCCCAGGTCCAGCTCTTCTATGAACTAACTGATATCATGAATAAGGTCTGGAACAAGATT CAGAAGAGAGGCAATCTCAACCTATCTCCAACCTCTCCAGAGACCATGGCAGGGCCTGTT CCTACTTCTCCAGTTAGAAGCAGTATAGGCACAGCTCCTCCAGATACCAGCACATGCAGC CCATCTGCTGACATTGGGACTACTACTGAGGGAGATTCTATACAAGCAGGTGAGGAATCA CCATTCTCAGATTCTGTGACCTTGGAACAAACTACAAGTAATATTGGAGGAACCAGTGGA CGTGTTAGTTTATGGATGCAGTGGGTGCTTCCCAAAATTACTATAAAGCTCTTTGCTCCA GATCCTGAAAATAAAGGCACAGAGGTTTGTATGGTCAGTGAACTAGAAGATCTCAGTGCT TCCATAGATGTCCAGGATGTATATACCAAAGTGAAATGTAAAATAGAGAGTTTCAATATT GATCACTATAGAAGCAGCCTTGGGGAAGAGTGTTGGTCTTTGGGGCAATGTGGAGGTGTC TTCCTTTCCTGTACTGACAAGCTGAACAGACGCACCTTGTTGGTTCGACCCATCAGCAAG CAGGACCCTTTCAGTAATTGCTCTGGCTTCTTTCCTTCTACAACTACAAAACTTCTAGAT GGCACTCATCAGCAGCATGGATTCCTCTCTCTGACATACACAAAAGCTGTAACAAAAAAT GTCCGCCACAAGTTAACATCAAGAAATGAGCGAAGAAGTTTTCATAAGTTATCTGAAGGC CTAATGGATGGTTCTCCTCATTTTCTTCATGAAATTCTTCTTTCAGCACAAGCTTTTGAT ATTGTTCTTTATTTTCCTTTACTTAATGCCATTGCAAGTATATTTCAAGCAAAACTACCA AAGACCCAAAAAGAGAAAAGAAAATCTCCTGGTCAGCCCATGAGGACCCATACACTGACA TCCCGCAATTTACCTTTGATTTATGTCAACACAAGTGTAATCAGAATTTTTATTCCAAAA ACAGAAGAAATGCAGCCAACTGTTGAAGCTAATCAGGCAGCAAAAGAAGACACTGTGGTT TTGAAGATTGGCTCTGTTGCCATGGCTCCCCAGGCTGACAATCCCCTTGGCAGATCTGTC CTTAGGAAAGATATTTACCAGAGAGCCTTGAACTTAGGAATTCTTCGAGATCCTGGATCA GAAATCGAAGACAGACAATACCAAATAGATCTGCAGTCCATCAATATTGGTACTGCACAG TGGCATCAACTAAAACCAGAGAAGGAAAGTGTCTCAGGAGGGGTGGTAACAGAGACTGAA AGGAATTCTCAAAATCCAGCCCTTGAGTGGAATATGGCCAGCAGCATACGGCGGCATCAA GAAAGGAGAGCAATTTTGACCCCCGTTTTGACAGATTTTTCTGTCCGAATAACTGGAGCA CCTGCTGTCATTTTCACCAAAGTAGTTTCTCCAGAAAATTTGCATACTGAGGAGATTTTA GTGTGTGGCCATTCCTTAGAAGTGAATATAACCACAAACCTGGACTTCTTCCTAAGTGTG GCTCAAGTTCAACTCTTACATCAGTTAATAGTAGCAAATATGACTGGACTGGAACCATCA AACAAGGCTGCAGAGATCTCTAAACAAGAACAGAAAAAAGTGGATATATTTGATGGAGGC ATGGCTGAAACCTCATCTCGCTACAGTGGTGCTCAGGATAGTGGAATTGGCAGTGACAGT GTTAAAATCAGAATAGTGCAAATAGAGCAGCACAGTGGTGCCAGTCAGCATCGCATTGCC CGTCCCTCACGCCAGTCATCAATTGTAAAAAATCTAAATTTTATTCCCTTTGACATATTT ATTACTGCAAGTAGAATCTCACTAATGACCTATTCCTGTATGGCCTTATCCAAATCGAAA TCACAAGAACAGAAGAATAATGAAAAAACAGACAAGAGTTCATTAAATCTCCCAGAAGTT GATTCAGATGTTGCTAAGCCCAACCAGGCATGTATTTCCACGGTGACAGCAGAAGATCTC TTAAGGAGCAGCATTTCTTTTCCTTCAGGGAAAAAAATAGGGGTCCTCTCTCTTGAAAGT CTTCATGCATCCACAAGGTCATCTGCTAGACAAGCACTTGGTATAACTATTGTTCGGCAG CCTGGTCGAAGAGGAACTGGTGACTTACAGCTAGAGCCTTTTCTGTACTTTATTGTGTCC CAGCCTTCCTTGCTTCTGAGTTGTCACCACAGAAAGCAGCGAGTGGAAGTATCCATTTTT GATGCTGTGCTTAAAGGGGTGGCCTCTGATTACAAATGTATAGATCCTGGGAAGACTCTG CCTGAAGCCCTTGATTATTGCACTGTTTGGCTACAGACAGTGCCTGGAGAAATAGACAGC AAAAGTGGTATTCCACCTTCCTTTATAACACTACAGATTAAAGACTTTCTGAATGGACCA GCGGATGTCAATTTGGATATATCAAAGCCTTTGAAAGCAAACCTGAGTTTCACCAAACTG GATCAGATAAACCTTTTTTTAAAGAAGATAAAAAATGCACACAGTTTGGCACATAGTGAA GAGACTTCAGCCATGTCCAACACCATGGTGAATAAGGATGATCTTCCAGTCTCCAAATAT TACCGTGGAAAGTTGTCTAAACCCAAAATTCATGGTGATGGAGTGCAAAAGATTTCAGCT CAAGAAAACATGTGGAGAGCTGTTTCCTGCTTTCAAAAAATTTCTGTTCAAACTACTCAG ATTGTGATCTCCATGGAAACTGTACCCCATACCAGCAAACCATGCCTGTTAGCATCTCTC TCAAACCTCAATGGAAGCCTTAGTGTCAAGGCAACACAAAAAGTACCTGGCATAATTCTT GGGTCATCATTTCTACTCAGTATAAACGATTTTCTCCTTAAAACAAGTCTCAAAGAAAGA AGCCGCATTCTGATAGGACCATGTTGTGCTACTGCCAATCTGGAAGCTAAGTGGTGTAAA CACAGCGGGAATCCAGGCCCAGAACAATCCATACCAAAAATATCCATTGACTTAAGAGGA GGTCTACTACAGGTCTTCTGGGGTCAAGAACATTTGAATTGTTTAGTTCTTCTACATGAA TTACTCAATGGATACCTTAATGAGGAGGGAAATTTTGAAGTACAAGTTTCTGAACCAGTG CCTCAAATGTCATCTCCTGTGGAAAAGAATCAGACATTTAAAAGTGAACAAAGTTCAGAT GACCTACGGACAGGTCTATTTCAGTATGTACAGGATGCTGAATCTTTGAAATTGCCTGGG GTCTATGAAGTCTTATTTTATAATGAAACTGAAGATTGCCCAGGGATGATGTTATGGAGA TATCCAGAACCTAGAGTACTCACCCTTGTACGAATAACTCCTGTACCTTTTAACACCACA GAGGATCCAGATATTAGCACAGCAGACCTTGGTGATGTGCTACAGGTTCCTTGTAGCTTG GAATACTGGGATGAACTCCAGAAGGTTTTTGTTGCATTTAGAGAATTTAATCTGTCTGAA AGCAAAGTTTGTGAACTGCAGTTGCCGGATATCAATCTCGTGAATGACCAGAAGAAATTA GTATCTTCAGATCTTTGGAGAATTGTCTTGAACAGCAGTCAAAATGGAGCTGATGACCAA AGCTCTGCAAGTGAGTCTGGTTCTCAAAGCACTTGTGATCCACTTGTGACTCCAACAGCC CTGGCTGCCTGTACCAGAGTTGACTCCTGCTTTACCCCATGGTTTGTCCCATCCCTTTGC GTTTCTTTCCAGTTTGCTCACCTGGAATTCCATCTTTGTCATCACCTTGACCAACTAGGC ACAGCTGCACCACAGTACCTACAGCCATTTGTTTCCGACAGAAATATGCCATCTGAACTA GAATACATGATTGTTTCCTTCAGAGAACCACACATGTATCTTCGACAGTGGAATAATGGT TCTGTCTGTCAGGAGATCCAGTTCTTAGCTCAAGCAGACTGTAAACTTCTAGAGTGCAGA AATGTCACTATGCAAAGTGTGGTGAAACCCTTCAGCATCTTCGGGCAGATGGCAGTTTCC AGCGATGTAGTGGAAAAGCTGCTTGACTGCACCGTGATAGTTGATTCTGTATTTGTAAAC CTTGGACAGCATGTAGTCCATTCACTAAACACTGCAATACAAGCTTGGCAACAGAACAAA TGCCCTGAGGTAGAGGAGTTGGTCTTCAGCCATTTTGTGATCTGTAATGACACACAGGAG ACACTGCGGTTTGGCCAGGTGGATACTGATGAAAATATTCTGCTGGCGAGTCTCCACAGT CACCAGTACAGCTGGCGCTCTCACAAATCCCCACAGCTGTTACACATCTGTATTGAAGGT TGGGGCAACTGGCGTTGGTCAGAGCCTTTCAGTGTGGACCATGCCGGGACTTTTATTAGA ACAATTCAGTACAGGGGTCGAACTGCTTCTCTCATCATCAAGGTTCAGCAACTCAATGGA GTACAAAAACAGATTATCATCTGTGGAAGACAGATCATCTGTAGTTACTTGTCTCAAAGC ATAGAACTAAAAGTCGTTCAGCATTACATTGGTCAAGATGGACAAGCTGTAGTTCGGGAA CATTTTGACTGCCTCACAGCCAAACAGAAATTGCCTTCGTACATACTAGAAAACAATGAA CTGACGGAGCTGTGTGTGAAGGCCAAAGGAGATGAAGACTGGTCAAGAGATGTGTGCCTG GAATCCAAAGCCCCTGAGTACAGCATTGTCATTCAGGTGCCATCTTCAAACAGTTCCATT ATTTATGTCTGGTGCACAGTTTTGACTTTAGAACCCAACTCTCAAGTGCAACAACGAATG ATTGTGTTCAGCCCTCTTTTTATCATGAGGAGTCATCTTCCAGACCCCATTATCATACAT TTGGAGAAAAGGAGTCTGGGATTGAGTGAAACACAAATTATTCCAGGAAAAGGGCAGGAA AAACCACTGCAAAACATAGAACCTGACCTTGTACATCACCTGACATTCCAAGCAAGAGAA GAATATGATCCTTCAGATTGTGCAGTTCCCATCTCAACATCCCTCATTAAGCAAATAGCC ACTAAGGTACACCCTGGAGGCACAGTTAATCAGATCCTTGACGAATTCTATGGGCCAGAA AAGTCGCTTCAACCCATATGGCCCTATAATAAGAAGGATTCTGACAGGAATGAACAGCTA AGTCAGTGGGATAGCCCAATGCGAGTGAAGCTGTCAATCTGGAAGCCATATGTTAGAACT TTGTTGATAGAACTTCTGCCCTGGGCCCTGCTTATCAATGAATCCAAATGGGACCTCTGG CTATTTGAAGGAGAGAAAATTGTTCTACAGGTTCCTGCTGGCAAAATTATTATTCCTCCT AATTTTCAGGAAGCTTTTCAAATTGGAATATACTGGGCAAATACAAACACTGTGCACAAG TCAGTAGCAATTAAACTGGTCCATAACCTGACATCTCCAAAGTGGAAAGATGGAGGTAAT GGTGAAGTTGTGACACTGGATGAAGAAGCGTTTGTTGATACTGAAATAAGACTTGGTGCT TTTCCAGGACATCAGAAGTTATGTCAGTTCTGCATTTCCTCCATGGTACAGCAAGGTATA CAAATTATTCAGATTGAAGACAAGACTACAATAATCAATAATACACCATATCAAATATTT TATAAACCACAGCTATCTGTCTGCAATCCCCATTCTGGAAAGGAGTATTTTCGTGTTCCA GACAGTGCTACTTTTAGCATTTGCCCAGGTGGAGAGCAGCCTGCTATGAAATCCAGCTCC CTTCCTTGCTGGGACTTGATGCCTGACATCAGTCAGTCAGTACTGGATGCATCCCTGCTT CAGAAACAGATCATGCTGGGCTTTTCTCCTGCCCCAGGTGCTGACAGCTCACAGTGCTGG AGCCTGCCAGCTATAGTTAGACCAGAGTTTCCCAGACAGAGTGTGGCAGTACCCCTCGGG AATTTCCGGGAAAATGGATTCTGTACCAGGGCTATAGTGCTGACATATCAAGAACACCTC GGAGTGACTTATTTAACCCTCTCAGAAGACCCTAGTCCTCGAGTAATTATCCACAATAGA TGTCCAGTAAAAATGCTTATAAAGGAAAACATTAAAGATATTCCAAAGTTTGAGGTTTAT TGCAAAAAAATTCCCTCCGAGTGCTCAATTCATCATGAGCTGTATCATCAGATTTCCAGT TATCCGGACTGCAAGACCAAAGACTTACTTCCAAGCCTACTTTTGAGAGTTGAACCTCTA GATGAAGTAACAACTGAGTGGAGTGATGCCATTGACATCAACAGTCAGGGAACACAGGTT GTGTTCCTGACTGGCTTTGGCTATGTGTATGTGGATGTTGTACATCAGTGTGGCACAGTC TTCATCACTGTGGCCCCAGAAGGAAAAGCAGGACCTATTTTAACCAATACCAACAGAGCG CCAGAGAAGATTGTTACATTTAAAATGTTCATCACTCAGTTAAGCCTGGCAGTGTTTGAT GACCTCACCCACCACAAAGCATCAGCTGAGCTTCTGAGACTCACACTGGACAACATTTTT CTCTGTGTGGCCCCGGGAGCTGGTCCCCTCCCTGGGGAAGAGCCTGTGGCTGCGTTGTTT GAACTTTACTGTGTGGAGATCTGCTGTGGGGACCTGCAGCTAGACAACCAGCTTTATAAC AAGTCCAATTTCCACTTTGCTGTCTTAGTCTGCCAGGGAGAAAAAGCAGAACCCATTCAG TGTTCCAAAATGCAGAGTCTCCTCATATCCAACAAAGAGTTGGAAGAATACAAGGAAAAA TGTTTTATCAAACTTTGCATCACCTTAAATGAAGGCAAGAGCATCCTCTGTGATATTAAT GAGTTCAGCTTTGAATTAAAACCTGCTCGGTTATACGTGGAAGACACATTTGTATACTAC ATCAAGACTTTGTTTGACACCTACCTTCCTAACAGCAGGTTGGCTGGTCACTCCACACAC CTCTCCGGGGGTAAACAGGTGTTGCCCATGCAGGTCACACAGCACGCCAGGGCCTTGGTG AATCCTGTGAAGTTACGGAAACTGGTGATCCAGCCAGTAAATTTGCTCGTCAGCATCCAC GCTTCCCTCAAGCTGTACATAGCCTCAGACCACACTCCTCTCTCCTTCTCGGTGTTTGAA AGAGGACCCATCTTCACCACTGCGAGGCAGCTTGTGCACGCCCTGGCAATGCACTATGCC GCTGGGGCCCTTTTTAGAGCAGGCTGGGTAGTTGGGTCTCTGGATATTCTTGGCAGCCCT GCAAGCCTGGTGAGAAGCATCGGGAACGGGGTCGCCGACTTCTTCAGGCTTCCGTATGAG GGGCTGACCCGGGGCCCTGGAGCCTTCGTGAGTGGCGTCTCCAGAGGGACCACATCGTTT GTAAAGCACATCTCCAAAGGTACCCTCACATCCATCACCAACCTCGCCACAAGCCTGGCC CGGAACATGGACCGGCTCTCACTGGATGAGGAGCACTACAACCGGCAGGAGGAGTGGCGG CGGCAGCTCCCCGAGAGCCTGGGCGAGGGGCTTCGACAGGGCCTGTCCCGGCTGGGCATC AGCCTGCTTGGTGCAATTGCTGGTATAGTTGATCAGCCGATGCAGAACTTCCAGAAAACA TCTGAGGCACAGGCTTCAGCAGGACACAAGGCCAAGGGTGTCATCTCGGGTGTGGGGAAA GGAATCATGGGGGTGTTCACAAAGCCCATCGGAGGAGCTGCTGAGCTGGTGTCACAGACT GGCTATGGTATTTTACATGGAGCTGGACTTTCTCAGCTTCCCAAACAGCGCCATCAGCCA AGTGATCTACATGCTGACCAGGCTCCAAACAGCCATGTCAAATATGTCTGGAAAATGCTT CAGTCTCTGGGCAGACCAGAAGTCCACATGGCCCTGGACGTGGTTCTGGTGAGGGGCTCA GGCCAGGAGCATGAAGGGTGCTTGCTGCTGACATCAGAAGTGCTCTTCGTGGTGAGTGTC AGTGAGGACACACAGCAGCAGGCCTTCCCCGTCACAGAAATCGACTGTGCACAGGACAGC AAGCAGAACAACTTACTCACAGTGCAGCTCAAGCAGCCAAGAGTGGCCTGTGATGTGGAG GTAGATGGAGTCCGAGAGAGACTGTCAGAGCAACAGTACAACAGACTGGTGGACTACATC ACAAAGACATCTTGTCACCTGGCCCCCAGCTGTTCTTCCATGCAAATACCATGCCCTGTG GTGGCTGCAGAACCTCCCCCCTCCACTGTTAAAACATACCATTACCTGGTTGATCCACAT TTTGCTCAGGTCTTCCTTAGTAAATTTACCATGGTGAAAAATAAAGCCCTGAGGAAAGGG TTTCCTTGA |
| Restriction Sites | Please inquire |
| ACCN | NM_017890 |
| ORF Size | 12069 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). |
| 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. |
| Reference Data | |
| RefSeq | NM_017890.3, NP_060360.3 |
| RefSeq Size | 14111 |
| RefSeq ORF | 12069 |
| Locus ID | 157680 |
| Gene Summary | This gene encodes a potential transmembrane protein that may function in vesicle-mediated transport and sorting of proteins within the cell. This protein may play a role in the development and the function of the eye, hematological system, and central nervous system. Mutations in this gene have been associated with Cohen syndrome. Multiple splice variants encoding distinct isoforms have been identified for this gene. [provided by RefSeq, Jul 2008] Transcript Variant: This variant (5) encodes the longest isoform (5). 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. |
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