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CSMD3 (NM_052900) Human Untagged Clone
CAT#: SC309299
CSMD3 (untagged)-Human CUB and Sushi multiple domains 3 (CSMD3), transcript variant c
"NM_052900" in other vectors (2)
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Other products for "CSMD3"
Specifications
| Product Data | |
| Type | Human Untagged Clone |
| Tag | Tag Free |
| Symbol | CSMD3 |
| Synonyms | KIAA1894 |
| Vector | pCMV6 series |
| Sequence Data |
>NCBI ORF sequence for NM_052900, the custom clone sequence may differ by one or more nucleotides
ATGAAAGGGATCCGCAAAGGGGAAAGCCGAGCAAAGGAATCCAAACCCTGGGAGCCTGGC AAGCGAAGATGCGCTAAATGTGGCCGCCTAGACTTCATCCTGATGAAGAAAATGGGGATT AAAAGTGGATTTACGTTTTGGAACCTCGTCTTTTTATTGACGGTGTCTTGTGTGAAAGGA TTTATTTATACATGTGGTGGAACTTTAAAAGGACTTAATGGCACTATAGAAAGCCCTGGT TTTCCATATGGATATCCAAATGGTGCAAACTGCACATGGGTAATAATAGCAGAAGAACGA AATAGAATACAAATTGTTTTTCAGTCATTTGCTCTAGAAGAAGAATACGACTACTTATCA TTATATGATGGACATCCTCATCCTACAAACTTTAGGACAAGGTTAACAGGATTCCATCTG CCACCTCCAGTGACAAGTACCAAATCTGTGTTCTCACTACGTTTGACCAGTGATTTTGCA GTTAGTGCTCATGGATTTAAGGTATATTACGAAGAATTGCAGAGTAGCTCTTGTGGAAAT CCTGGTGTTCCACCCAAAGGTGTATTATATGGCACAAGATTCGACGTCGGGGACAAGATC CGCTACAGCTGTGTAACTGGATACATCCTTGATGGCCACCCTCAGCTCACCTGCATAGCC AATTCAGTTAATACAGCTTCGTGGGATTTTCCTGTTCCTATCTGTAGAGCTGAAGATGCT TGTGGAGGAACAATGAGAGGATCCAGTGGCATCATATCCAGCCCTAGTTTTCCTAATGAG TACCATAACAATGCTGATTGCACTTGGACCATTGTAGCAGAGCCTGGGGACACAATTTCA CTCATATTTACTGATTTTCAAATGGAAGAGAAATATGATTACTTAGAAATAGAAGGTTCT GAGCCACCTACCATATGGTTATCTGGAATGAATATACCACCACCAATTATCAGCAACAAA AACTGGCTCAGACTGCATTTTGTTACAGACAGCAATCATCGATACCGTGGATTTAGTGCT CCCTATCAAGTGAAAAAGGCCATAGATTTTAAATCTAGAGGATTTAAATTGTTTCCAGGG AAAGACAACAGCAACAAGTTTTCTATCTTAAATGAGGGAGGTATTAAAACAGCTTCCAAT TTATGCCCAGATCCAGGAGAACCAGAAAATGGGAAGAGAATCGGATCAGATTTTAGCCTT GGATCAACTGTGCAGTTCTCTTGTGATGAAGATTATGTCCTACAGGGCGCAAAGAGCATC ACCTGTCAACGGATAGCTGAAGTTTTTGCTGCTTGGAGTGATCACAGGCCTGTGTGTAAA GTGAAAACGTGTGGCTCTAATCTTCAAGGACCAAGTGGTACCTTTACATCTCCCAACTTT CCGTTCCAGTATGACAGCAATGCACAATGTGTCTGGGTCATCACAGCAGTGAATACAAAT AAGGTTATCCAGATAAATTTTGAAGAATTTGATCTGGAGATTGGCTATGATACCTTGACA ATTGGCGATGGGGGCGAAGTTGGAGATCCTAGGACAGTGCTCCAAGTGCTGACTGGAAGC TTTGTACCAGACTTGATAGTGAGCATGAGTAGCCAAATGTGGCTGCACCTTCAAACGGAC GAAAGTGTTGGATCTGTTGGTTTCAAGGTTAACTACAAAGAAATTGAGAAAGAAAGTTGT GGTGATCCTGGTACACCCTTATATGGAATTAGAGAAGGCGATGGATTTTCTAATCGTGAT GTTTTAAGGTTTGAATGCCAGTTTGGGTTTGAATTAATTGGAGAGAAATCCATTGTTTGT CAAGAGAATAACCAATGGTCTGCAAACATACCCATCTGTATCTTTCCCTGCCTGTCTAAC TTTACTGCACCAATGGGAACAGTTCTTTCTCCTGATTACCCAGAAGGGTATGGAAATAAT TTAAATTGCATCTGGACGATAATCTCTGATCCAGGGAGCCGGATACATCTTTCTTTCAAT GACTTTGACCTGGAATCCCAGTTTGATTTCCTTGCTGTTAAAGATGGTGACTCTCCAGAA TCCCCAATTCTTGGAACCTTTACTGGGGCTGAGGTGCCTTCCCATCTTACTAGTAATAGT CACATACTGCGATTGGAATTTCAGGCTGACCACTCAATGTCAGGACGTGGCTTTAACATC ACTTACAACACATTTGGACATAATGAATGCCCTGATCCTGGAATACCAATCAATGCACGG CGGTTTGGGGACAACTTTCAATTAGGAAGTTCAATTTCAGTTATTTGTGAAGAAGGATTT ATTAAAACCCAGGGAACAGAAACAATTACATGTATTCTTATGGATGGAAAAGTAATGTGG AGTGGACTGATTCCAAAATGTGGAGCCCCATGTGGTGGCCATTTTTCAGCTCCCAGTGGA GTGATTCTCTCACCAGGATGGCCAGGATACTACAAAGACTCTTTGAATTGTGAGTGGGTG ATTGAAGCTGAACCTGGACACTCTATCAAAATTACATTTGAAAGATTTCAGACTGAACTG AATTATGATGTTCTGGAAGTTCATGATGGGCCAAATCTTCTGTCACCCTTGCTTGGATCT TACAATGGCACCCAAGTGCCCCAGTTTCTATTTAGTAGCAGTAATTTTATATACCTTCTA TTTACAACAGACAACAGTCGTTCCAATAATGGTTTCAAGATTCATTATGAAAGTGTTACA GTGAACACGTATTCTTGTTTGGACCCTGGCATACCTGTACATGGCCGTCGCTATGGTCAT GATTTCTCCATTGGCTCTACTGTTTCATTTAGTTGTGATTCAGGATACAGGTTGAGTCAT GAAGAGCCCCTTCTATGCGAAAAAAACCACTGGTGGAGTCATCCACTTCCAACCTGTGAT GCATTATGTGGAGGAGATGTTAGAGGGCCTAGTGGAACAATCTTATCACCTGGTTACCCG GAATTTTATCCAAATTCTCTGAATTGTACATGGACTGTTGATGTAACCCATGGAAAAGGT GTGCAGTTCAACTTCCACACTTTTCATTTGGAAGACCATCATGACTACTTACTGATCACA GAGAATGGCAGTTTTACCCAACCACTGGCACGCCTGACTGGTTCAGATCTTCCTCCAACA ATCAATGCTGGTCTCTATGGAAATTTCAGGGCTCAATTGCGTTTCATTTCAGATTTTTCA ATATCATATGAAGGATTTAACATAACATTCTCTGAATATAACCTTGAACCTTGTGAAGAT CCTGGCATTCCTCAATATGGTAGTCGAATCGGGTTCAACTTTGGGATTGGTGACACTCTG ACCTTCTCATGCTCTTCGGGTTATCGACTGGAAGGAACATCAGAGATCATCTGTCTTGGT GGTGGCCGACGAGTGTGGAGTGCACCTCTGCCAAGGTGTGTGGCTGAATGTGGTGCATCT GCAACGAATAATGAAGGAATTTTGCTGTCTCCAAATTATCCACTCAACTATGAAAACAAC CATGAATGCATTTATAGTATTCAGGTTCAAGCAGGAAAGGGAATCAATATTTCAGCCAGA ACATTTCATTTAGCACAAGGAGATGTTCTTAAGATTTATGATGGAAAAGATAAAACGACT CATCTACTAGGTGCTTTTACTGGTGCATCTATGCGCGGACTGACACTTAGTAGTACTTCA AATCAACTCTGGCTAGAATTTAATTCCGATACTGAAGGGACAGATGAAGGCTTTCAACTT GTGTATACCAGTTTTGAACTCTCACACTGTGAAGATCCTGGCATTCCACAATTTGGATAC AAGATCAGTGACCAAGGCCACTTTGCTGGTAGCACCATCATTTATGGATGCAATCCAGGC TACACTCTCCACGGAAGTAGCCTTCTCAAGTGCATGACAGGGGAGAGAAGGGCATGGGAC TATCCTCTGCCTTCCTGTATTGCTGAATGTGGAGGTCGTTTTAAAGGAGAATCATCAGGA AGAATCTTATCTCCTGGCTATCCTTTTCCATATGACAATAACCTGCGTTGCATGTGGATG ATTGAGGTAGATCCTGGAAATATTGTCAGCTTGCAGTTTCTTGCTTTTGATACGGAAGCA TCACATGATATACTCCGAGTCTGGGACGGTCCACCAGAAAATGATATGCTTTTAAAGGAA ATTAGTGGATCTCTTATTCCTGAAGGAATTCATAGCACCCTCAATATAGTAACCATCCAG TTTGACACGGATTTTTATATTAGCAAATCTGGATTTGCAATTCAGTTTTCAAGTTCTGTT GCCACTGCGTGTCGTGACCCAGGGGTCCCCATGAATGGGACTCGAAATGGGGATGGAAGA GAACCTGGGGACACTGTTGTTTTTCAATGTGACCCAGGATATGAACTTCAAGGAGAGGAA AGAATAACCTGCATTCAGGTAGAAAATCGGTACTTCTGGCAGCCCAGCCCACCAGTCTGT ATAGCACCCTGTGGAGGCAATTTAACAGGATCTTCAGGCTTTATTCTTTCACCAAACTTC CCTCATCCATATCCGCATAGCAGAGACTGTGACTGGACTATCACCGTCAATGCAGACTAT GTTATCTCCTTGGCGTTCATCAGTTTTAGCATAGAACCAAACTATGACTTCCTCTATATC TATGATGGACCAGACAGTAATAGCCCACTGATTGGAAGTTTTCAAGACAGCAAGTTACCA GAGAGAATAGAAAGCAGCTCAAATACAATGCATTTGGCTTTTCGGAGTGATGGATCTGTT AGTTACACTGGATTTCATCTAGAATACAAAGCAAAACTGCGAGAGTCCTGCTTTGATCCA GGCAATATAATGAATGGCACCAGACTTGGAATGGATTATAAATTAGGGTCAACAGTCACC TATTACTGTGATGCTGGTTATGTTCTTCAAGGTTATTCAACACTCACCTGTATCATGGGA GATGATGGAAGACCTGGATGGAATAGAGCCTTGCCAAGTTGTCATGCGCCCTGTGGAAGT CGTTCAACAGGTTCAGAAGGCACTGTTCTATCACCAAACTATCCAAAAAATTACAGTGTG GGACATAATTGTGTTTATTCTATAGCAGTTCCAAAGGAGTTTGTGGTGTTTGGCCAGTTT GTATTTTTCCAGACATCACTCCACGATGTTGTTGAGGTGTATGATGGGCCAACTCAGCAA TCTTCTCTGTTATCTTCCCTCTCAGGATCCCATTCAGGAGAATCACTTCCACTGAGTTCA GGTAATCAGATCACAATTCGATTTACTTCAGTTGGACCAATAACAGCTAAGGGATTTCAC TTTGTTTACCAAGCTGTTCCTAGAACAAGTTCTACACAATGCAGTTCTGTGCCTGAACCA AGATTCGGAAGAAGAATTGGCAATGAATTTGCAGTCGGTTCATCGGTTCTTTTTGATTGT AATCCAGGATATATTCTCCATGGATCCATAGCAATTAGGTGTGAAACAGTGCCCAATTCT TTGGCCCAGTGGAATGATTCCTTACCTACTTGTATTGTGCCCTGTGGTGGAATTTTAACT AAGCGCAAAGGGACTATTTTGTCACCTGGATACCCTGAGCCTTATGACAACAATCTGAAT TGTGTGTGGAAGATCACAGTGCCAGAGGGAGCTGGCATTCAAGTGCAAGTTGTTAGCTTT GCTACAGAACATAATTGGGATTCTCTGGACTTTTATGATGGGGGAGACAACAATGCTCCA AGACTTGGAAGCTATTCAGGAACAACAATACCCCATCTTTTGAATAGTACGTCTAATAAT CTGTATCTAAATTTTCAATCAGACATCAGTGTTTCTGCTGCAGGATTTCATCTTGAATAC ACAGCAATTGGTTTGGATTCCTGTCCTGAACCACAAACTCCTAGCAGTGGAATTAAAATT GGAGACAGATATATGGTTGGAGATGTAGTATCCTTTCAGTGTGATCAAGGATATTCTCTT CAGGGTCACTCTCACATTACATGTATGCCAGGACCTGTAAGAAGATGGAATTATCCAATC CCAATTTGTTTAGCTCAGTGTGGTGGTGCTATGTCAGACTTCAGTGGTGTGATCCTCAGT CCTGGGTTTCCTGGAAACTATCCCAGCAGTTTAGATTGCACATGGACAATAAATCTACCC ATAGGTTTTGGTGTACATCTCCAGTTTGTAAATTTTTCTACAGAAACCATACATGATTAT TTGGAAGTACGAAGTGGATCCTCAGAAACTAGTACTGTTATTGGCCGGCTTAGTGGTCCT CAAATACCATCTTCCTTATTCAGCACCACCCATGAAACCAGCTTATATTTTCACAGTGAC TATTCACAAAACAAACAAGGGTTTCATATTGTATACCAAGCCTATCAGTTGCAAAGCTGT CCTGATCCACGCCCGTTTCGAAATGGTTTTGTAATTGGTAATGATTTTACTGTGGGTCAA ACCATTTCATTTGAATGTTTCCCAGGATACACATTAATTGGAAATTCAGCTCTCACATGC CTTCACGGAGTCAGTCGTAATTGGAATCATCCACTTCCAAGGTGTGAAGCTCTTTGTGGT GGGAATATAACTGCAATGAATGGCACCATTTATTCTCCTGGGTATCCTGATGAATATCCA AACTTTCAAGATTGTTTTTGGCTTGTAAGAGTACCCCCTGGGAATGGCATCTACATCAAT TTTACTGTCCTTCAAACAGAACCAATATATGATTTCATTACTGTATGGGATGGACCAGAC CAAAATTCACCTCAGATCGGTCAGTTCAGTGGCAATACCGCTTTGGAATCAGTCTACAGT ACTTCAAATCAGATTCTAATCAAATTCCACAGTGATTTCACAACAAGTGGCTTTTTTGTG CTCAGTTATCACGCCTATCAACTAAGGGTGTGCCAACCTCCACCACCTGTGCCCAATGCT GAAATTTTGACGGAAGATGATGAATTTGAAATAGGTGATATTATTAGGTATCAGTGTCTT CCAGGATTTACTTTAGTTGGTAATGCAATTCTGACGTGCAGATTAGGAGAACGACTGCAG ATGGATGGAGCACCTCCAGTTTGTCAAGTGCTCTGTCCTGCCAATGAATTACGGCTAGAT TCTACTGGAGTCATATTGAGCCCTGGATATCCTGACAGTTACCCAAATCTTCAAATGTGT GCATGGAGCATTTCAGTGGAAAAGGGTTATAATATCACCATGTTTGTAGAATTCTTCCAG ACAGAAAAGGAATTTGATGTTCTTCAGGTGTATGATGGACCAAATATTCAAAGTCCAGTG CTTATTTCCCTCAGTGGGGATTATTCATCTGCTTTTAATATAACAAGCAATGGTCATGAA GTATTTCTTCAGTGGTCAGCAGATCATGGCAATAACAAAAAAGGCTTCCGGATAAGATAT ATAGCTTTCTACTGTAGTACACCAGAATCCCCACCTCATGGATATATTATCAGTCAGACA GGTGGGCAGCTTAACAGTGTGGTCCGTTGGGCCTGTGATCGAGGATTCCGACTTGTTGGA AAAAGCAGTGCTGTGTGCAGAAAGTCTTCCTATGGGTATCATGCATGGGATGCGCCAGTC CCTGCCTGTCAAGCAATTTCCTGTGGGATTCCTAAAGCTCCAACAAATGGAGGAATACTA ACAACAGACTATTTGGTAGGAACGCGAGTTACCTATTTTTGTAATGATGGATATCGATTG TCATCCAAAGAACTCACTACAGCTGTATGCCAATCAGATGGAACATGGAGCAATCATAAC AAGACCCCTCGCTGTGTTGTTATTTCCTGTGGAGAACTACCTACACCTCCAAATGGAAAT AAGATTGGAACTCAAACTTCATATGGCTCAACAGCTATCTTTACCTGCGACTTGGGATTC ATGCTTGTGGGCTCTGCTGTAAGGGAATGCCTTTCCTCAGGTCTTTGGAGTGAATCTGAA ACCAGATGCCTAGCGGGTCATTGTGGAATTCCAGAACTGATTGTGAATGGTCAAGTCATT GGAGAAAATTATGGATATAGAGACACAGTTGTATATCAATGTAATCCTGGTTTTCGATTG ATTGGTTCTTCAGTGAGGATATGTCAACAGGATCACAATTGGTCTGGTCAGCTCCCATCC TGTGTGCCTGTTAGCTGTGGTCACCCTGGTAGTCCAATTTATGGAAGAACAAGTGGAAAT GGGTTCAACTTTAATGATGTGGTAACATTCTCATGCAATATTGGGTATCTTATGCAAGGG CCAACAAAGGCACAGTGCCAGGCCAACAGACAGTGGAGCCATCCTCCACCTATGTGCAAA GTGGTCAACTGTTCTGATCCTGGAATTCCAGCCAATTCTAAAAGAGAAAGTAAAATAGAA CATGGAAATTTTACTTACGGCACTGTGGTATTCTATGACTGCAATCCTGGATATTTTTTA TTTGGATCTTCAGTTTTGATATGTCAACCAAATGGACAATGGGACAAACCTTTACCAGAA TGTATCATGATTGACTGTGGACACCCTGGCGTTCCTCCTAATGCAGTCCTGTCTGGCGAG AAGTATACTTTTGGGTCTACTGTTCACTATTCCTGCACAGGAAAGCGTTCCCTTTTAGGC CAGTCATCAAGAACCTGCCAATTGAATGGCCATTGGAGTGGATCACAACCTCATTGTTCA GGTGATGCTACTGGGACATGTGGCGATCCAGGTACTCCCGGCCATGGCTCTAGACAGGAA AGCAATTTCAGAACTAAAAGTACTGTACGTTATGCTTGTGATACTGGTTACATCCTTCAT GGCTCAGAAGAAAGAACATGTTTAGCTAATGGCAGTTGGACCGGAAGGCAGCCAGAGTGC AAAGCTGTGCAGTGTGGTAACCCAGGAACCACAGCCAATGGGAAAGTCTTCCGAATTGAT GGCACAACATTTTCTAGTTCAGTCATTTATTCCTGCATGGAGGGATACATCCTTTCTGGA CCTTCAGTTAGACAGTGCACAGCCAATGGAACATGGTCTGGAACTTTACCTAACTGTACA ATAATCAGTTGTGGAGACCCAGGTATACCAGCCAATGGACTGAGATATGGAGATGATTAT GTGGTTGGACAAAATGTTTCTTACATGTGCCAGCCAGGCTACACGATGGAATTGAATGGC TCCAGAATCAGGACTTGTACAATTAATGGCACATGGAGTGGAGTAATGCCAACTTGTAGA GCTGTTACCTGCCCAACTCCTCCCCAGATCTCTAATGGAAGGCTGGAAGGAACAAATTTC GACTGGGGCTTTAGTATTAGCTACATCTGTTCTCCAGGCTATGAGCTATCCTTCCCTGCT GTTTTGACCTGTGTAGGGAATGGTACCTGGAGTGGTGAAGTACCGCAGTGCTTACCAAAG TTTTGTGGTGACCCTGGTATACCTGCCCAAGGAAAAAGAGAAGGCAAAAGCTTTATATAC CAGTCAGAGGTTTCATTCAGCTGCAATTTTCCTTTCATATTAGTGGGATCAAGCACCAGA ATATGTCAAGCAGATGGCACTTGGAGTGGTTCATCACCTCACTGCATAGAGCCTACCCAA ACCTCTTGTGAAAACCCAGGTGTGCCTCGGCATGGATCTCAGAACAATACATTCGGATTT CAAGTAGGAAGTGTTGTACAGTTCCATTGCAAAAAAGGACACCTTCTCCAAGGGTCTACA ACACGCACCTGCCTCCCTGATCTTACGTGGAGTGGGATTCAGCCTGAATGCATACCCCAC AGCTGTAAACAGCCAGAAACTCCTGCTCATGCAAATGTCGTAGGGATGGACCTTCCATCT CATGGGTATACACTGATTTATACCTGTCAGCCTGGCTTCTTCTTAGCAGGTGGAACAGAA CATAGAGTGTGTAGATCCGATAACACCTGGACTGGAAAAGTTCCCATTTGTGAAGCTGGT TCTAAAATATTGGTGAAAGATCCTAGACCTGCACTGGGAACACCCAGCCCAAAGCTAAGT GTTCCTGATGATGTATTTGCCCAAAATTATATATGGAAAGGCTCTTACAATTTCAAAGGA AGGAAACAACCCATGACCTTAACAGTTACTAGTTTCAATGCTTCCACTGGGAGAGTTAAC GCAACACTGAGCAATAGCAACATGGAGCTGCTACTTTCAGGGGTATATAAAAGCCAGGAA GCTCGCCTAATGTTACGCATATATCTTATTAAAGTACCTGCTCATGCTTCTGTGAAGAAA ATGAAGGAAGAAAATTGGGCAATGGATGGCTTTGTTTCTGCTGAGCCTGATGGAGCTACT TATGTATTTCAAGGATTTATTCAAGGCAAAGATTATGGACAATTTGGCCTACAAAGACTG GGACTGAATATGTCAGAAGGTTCAAATTCTTCAAATCAACCTCATGGTACAAATAGTAGT TCTGTAGCCATTGCTATTCTTGTGCCTTTTTTTGCACTTATATTTGCAGGATTTGGATTT TATCTTTATAAACAAAGGACTGCACCTAAAACACAGTATACAGGATGTTCAGTTCATGAA AATAACAATGGCCAAGCAGCTTTTGAAAATCCCATGTATGACACCAACGCAAAGTCAGTG GAAGGGAAGGCGGTACGATTTGATCCCAACTTGAACACGGTTTGCACAATGGTATAA |
| Restriction Sites | Please inquire |
| ACCN | NM_052900 |
| ORF Size | 10617 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_052900.2, NP_443132.3 |
| RefSeq Size | 12643 |
| RefSeq ORF | 10617 |
| Locus ID | 114788 |
| Protein Families | Druggable Genome, Transmembrane |
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