ANKRD31 (NM_001164443) Human Untagged Clone
CAT#: SC327334
ANKRD31 (untagged)-Human ankyrin repeat domain 31 (ANKRD31)
"NM_001164443" in other vectors (2)
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Specifications
Product Data | |
Type | Human Untagged Clone |
Tag | Tag Free |
Symbol | ANKRD31 |
Synonyms | FLJ40191 |
Vector | pCMV6-Entry |
E. coli Selection | Kanamycin (25 ug/mL) |
Mammalian Cell Selection | Neomycin |
Sequence Data |
>NCBI ORF sequence for NM_001164443, the custom clone sequence may differ by one or more nucleotides
ATGGAGGAAGGCGTCCAGGCCCCAGACTGGGACAGTGATGAAACTGTGATAGAGGGTTCAGTGACGGAGA GCGACCTGGAAGAAAAGGAGCTGCCCTGGAGAAGGTTGCTGTTTGATCAAGACGCATCTCTTAAATCTGA GTTCAGTCTGCATCCTGATACAAGAGGAATGTGCAAAGGCATGCCTTCTCCTGAGATTCAACTTGGATTT AAGCTCAGAGAGGATCTGCAAGAGCAAATGAATAAAAATAAGATGATGCCTGTTCTTAGCGAGGATACAA TATTACAGTCTCAAGATGAAACAGAACGAAATCAAGCTCTGTTACAGACTAGAAAAAACTGTTCAATGTT CATTGGGTCGTTTCGCCAGTCTGGACTTTCATTGAACCACCAAAATATTGAAGGGCCAGAGGCTGAAAGT CCTGAAGTTTTGCCACACATAGAAAAGGAACTAAGTGAAGGCAGAGATTCTCCTGAAGTTAGCCTTCTCT CAGGCACTGCTATTACAGTATCTGATACAGTTGCTGTAAAGGAGACATCATTAGTAGAGCCAGAGAAGAT TTTAGCAGCACCAAATACATTTTTTGAGCCTAGAAAGGAAGTCACAATGACCATGACTTCTGAAGAAACT AAGGATGAAGAAAGCTCTCTTGAAACCTTTGTGTCTGCCTTAGAAAGTTTACTTACATCACCAGAAAGCA CCCAGGAGGAAAGATTGTTTGAATTAGTAAGTGATTTTGATCGTAAAGAATTGATGAACCCATTGAGTGA CTCTCTTAGTTCCATATCAATACCTTTGAATTCCTGGTCGGCATGTCATAGAGATTTACTAGAAGATGCA AAAGATGATGCATTGCCAGCTGAGTTATTGGAAGCCCTGAACACATTGTCAGAAGCCAAGGTGGAAACCA TCTGTCACAGAAAAGAGGGAGGTAGCAGTCTCATTGCCAGAAATGAATGTTTAGAAGTGGAGTTCAATAC GTCTCAGACCAATGAAGATTGTACACAAATAGCAGAGACTCTGCAAGACCCAAATCCATCTGGATTGCAA ACTTTGGCTCATCAAAATATCACTTCTTGTGAGCCACTAAGTAATAAGAGAAATTCAAATTCAGTGACAA ATAGCTCTGATCAGGAAACTGCGTGTGTGTTGAGGAGATCATCCAGACTAGAAAAACTGAAAGTAAGCAG AGATGCAAAGTACTCAGATCACATGTATAAGATGCCAGAAAAGATTTTACCAAAAATCCTTGGCTGTGAG GACCTAACAAATAATAACTCTTCAGCTCAGAATTTCAGAATGCAGGATCCGGCTTTAATGATTGATGGTA AAGAGAAGAATATGCATTCAGCAAGGTTCAAGAATGGAAAACAGATCAGGAAAAATGAACAATTTTCAGG AAAAAAAGAAAAAATGAAGGTGAACAAAATATCTCTTCATAGCATTAACCGGAGAAACATTTTTGGAGAG AACTTAGTATATAAGGCTGCTCTACACGATGATGCTGATCTTGTTCATCATTGTATAAAAAAAGGTGGAA ATGTTAATCAGCCAAGTTATGCTGGTTGGACAGCACTTCATGAAGCTAGTGTAGGAGGATTTTATCGGAC AGCAAGTGAACTATTAAAAGGTGGAGCAGATGTAAATATCAAAGGATTATACCAGATTACTCCCCTACAT GATGCAGTGATGAATGGACATTATAAGGTGGCAGAGTTACTTCTTCTGAATGGAGCTGATCCATTATTTA GAAATGATGATGGAAAATGTGCTTTGGATGAGGCCAAGGATTTATGTATGAAGCGTCTCCTTGAGAGATA TATCCCTAAACATCAAAAATGCCTTACATCAGCTCAAAGGAGTAGCATTGACCCACTAGACATAGAGGAT GTGTACCAACACAAGAAACCAAAGTTCAGTTCTAAAAGTCACATTTGGCATGTTTATAATGAAAATTCCA ACAGACAGAAGCTGGAACATGTAAAAGTCAATAAAGGAAGCAAAGCGAGTTTATTTATAAATAAAGAAGA TGTATATGAATATTACCAAAAAGATCCCAAAAACACAAAATTTGGTAAATCCAAGCATAAACAATCAACT CTTGACCAGATATACTCTACAGGACTCAGAAAGGGCAATCTCCATAACGTCAAAGATCCCAACACAAACG TACCAAAAGGTATAGGAAGAAGAAAAACACAACATAAAAGGACCCAAGTAGATGATGTAGACTGTAATCC AAGAAAGATACTAGCTGTCTCTCCTTCCAGGAGAATAAACAGATTGGTTACCTATCAGCAGCATATTCCA GAAACTCATAATGACCTTCCAGAAGAATTGTGTGAACCTTCCAGCTTAACTCTGTCAAGCCTGAGAAATG GATTAGATAGCAGTACTGAGGCTTGTTCAGTTTCCAAAGAGAAACACATCCAGAACCTGGATTTATCAGA TAGTCAAGAAGTTCAATGCTTGGAATTAGAATCTGTTGACCAAACTGAAGCTGTTTCTTTCCCAGGGCTT TTATTACATAAAGAAATCAAGTTACCAGTTGTTACTACAGATAAGCAGCCTCACACTCTCCAGGAACAAC ACCATGTACTTTATAAATCTCATGAAAACAGTAACTTGGTCCCAAAAGATGAGAGATTTAACAAATGGGA AAATTCTTTCCTATCCTTTGTAAAGGAAAATTCTGATAATGATGATGATGATGATTGCTCTACCTCTGAG AAGGCTATAACATCTAAAAAGGTGTTGTGTTCTACAGGTGGCAAAAAACACTATAATTTTAAGGAGAATT TAACAAATAAAAAAGAAATGGGTTTCCAACAGTTTTTACTTTCTGAAGATCATCTTTCACAGGAAAATGA GTTAAAAGCAGTCAGCCTAACCACACTTCCAGAACAGGAAGCTGTTAATTTTTCTTATTCAGATAATGCA GTTATTTCTGAACATGTTGCAAATTATGAACAATGCATATTTGGACCTTCTTTTGATCACTCAAATGGCA ATCCTGAGCAAAATTCCCTGGCTTGTATGAGAACACTTTTGACACATGAGGCTTCAAAGTTGACTAATCA TGTGGAGCTATTCAAAAAGCCACAGGATTATATTCCCAGAGCACCAACTTTTTTAATGAATCAAACAGAT ACACATATTGTGGAAAAGATGGCAAAGAATTGTGACACTGAGAGGAATTACATTGACAGAGACCAAAAAA TAATTTATTCAAATGAGCCTTTATCCATAGTTGCTCATTCTCAAGTAATAGAAACAACTAAAGTTGAAAA AAGGAGACAAAACCATCTAGAAAGTGAGACTATACACAATATAGATTCTCATTCCACTGACAATATGAGT AAAGAATTGGCCAACATCTCAAAACTTAGTCAAAGAGAAAAGAAGGAAATTTCTCACAAACCAGGAATGA AAGCAGGTAGGATCAACAAGAGGAATGCCAGAGGGGAAAGCCAGCTTCATTTAGCTGTCAGAAGAGGAAA TCTGCCCCTAGTGAAAGCCCTGATAGAATCTGGAGCAGATGTGAATCTAAATGATAATGCAGGTTGGACA CCACTTCATGAGGCATCTAATGAAGGATCTATTGATATAATTGTAGAGTTATTAAAAGCTGGTGCTAAGG TTAATTGTGAAAATATAGATGGAATTCTGCCCTTACATGATGCTGTTGCAAACAATCATTTAAAGGCAGC TGAGATTCTACTACAAAATGGAGCAAACCCTAATCAAAAAGATCAAAAACAGAAGAGTGCTTTGGATGAA GCAGATGATGAAAAAATGAAAGAATTACTAAGATCTTATGGTGCTATTGAGACTGTTAATAGAGATGAGA GTGATGCTATAGTCAATGAAAAAATTCCTGCTGTCCGGTCTAAAAGACATAAACAGTGTTTTTGTGATGA TGGCAAAACTATTGACTCATCTTCCCTTTCACACCAAGAAAGATCAAGAGAAAGCCTTTCTGTGCATCAG ACCCTCAGTGCCATTCTACAAGATATAGAAGAAAAACAAGAATATTTATTAGAGTTTGAAATAAGAAACC CTGAAGATGCAGAACAATACATTGAAAAGATGTTAAAGATAAAAAAGATTATGGATAATGTGCTTGCCAA GCAGAAAGCAGAAAGGGATGATCTGGCTAAAAAATACAGGGTATCCATAGAGTCATTTAAGCATGGAGCC CTGAGAGAACAATTGGCCAACTTGGCTGCAAGACAGAAGAGCCTTTTAGTTGTGGCAAAAAAACAGAAAA AAATAAGCCTGAAAATTCAAAACTGTAGGAATGTTACATCATTGCCTTGTCTTAGTTTAAGGAAGCTCCC ACCCAGATCAGAAATCTCTAGTGAAAAAGACAGCCAAGAGCTCACTAGTCTGGAAAATTTAGAGCATCCC CAATCAGGTTCACTTTCTCCTGTTTCTGGAAGCATGCAGGAAACACAATTGTCTCTGGAAACTTGGAACT ACAGCCAAAATACCAACATTTGTCTAAATTCAGAGGCAGTGAGAAGGGGAGAATTTTCTGGAAATGATAT GAATTCTAAACAAAATGGCAGTGATTGTACCTTGGATGGTTTTCCAAAATCCAGACATTCAGATGGCACA GAGAAGAATAAATTACCATCCCAACCTGTTGCTTTTATTGGTCAAACAGAATATTCACAGAAAGAGAATG ATCTTACAGAAGCTACAGACAAAGACCATGAATTCTATGTTTCTTCCCCAGTAATCGGCAAATTAAATAT TTCAGAAACTGCAAGTGTCCTTGCCGAAAATGCTGCCCATCCATCAAATATTATTTGTGATCAGGACCTT TCCAATTATGATCCCAAAAGAGGAAACAGAAAAACAAGTTCCCAGCAATCACCTACAGGGGCATCAGAAT CTCTGGCACATCAAGGGATTGCTGTCTTAGGCAGTGATACAGTGCATCAGATGAAACCATATCTTAAAAA ATCAGTTTCTGTTGTTCCATGTGCAGATGACAGTCAGATCTCCTCTTCCTCTGGATCTGGGCAACAAGAT ACAATAAAAAAGGCTTTAAACTACAGTACAGCTCCTAAAAAGAAATGTATTCAGATAAAAGATTTGATAT TACTAGGAAGAATTAACCCAGGAAATAACATTCTGGAATTCAAAACACAGGAGACTACCCACAAAGCCAG TATTTTATTGAATGGTAAACTTAAGGTAGAAAGTGGTCAGATTTATAAAAACCCAGTCACCTGGCTCAAG GATCTTCTGGGAGGCAACAGTTATGTGACCTGGAATTATGCTTGGAGTAAGGTAACGTATCTTGGGAAGG AGCTTTTAAGGTATGTTTCTGAGGATGCACCCATACTTCCAGAACCAAACTCAGTACCTCAGCAATATCA ACCTTGTCTTCCAGAAGTTGCTTGTTTAGATGACCCAGTACAGGAACCAAACAAATCAATGTTTGAGAAA ACAAAATTTGGACAAGGAACTTCCAGAGAGTCAATGCAAAGCAGCCCACGTTATCTACAAATAAATGAAA TACTATTAATCAGTGATCAAGAATTTCTCCCATGCCACATAATGGATCAGCATTGGAAGTTTTGTGTGGA ATGTGAGGAACTAACACCCTAA |
Restriction Sites | SgfI-MluI |
ACCN | NM_001164443 |
ORF Size | 5622 bp |
OTI Disclaimer | 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_001164443.1, NP_001157915.1 |
RefSeq Size | 6036 |
RefSeq ORF | 5622 |
Locus ID | 256006 |
Gene Summary | This gene encodes a protein containing multiple ankyrin repeats. Ankyrin domains function in protein-protein interactions in a variety of cellular processes. Mutations in this gene are associated with a Rett syndrome (RTT)-like phenotype. [provided by RefSeq, Apr 2017] |
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