TDRD6 (NM_001010870) Human Untagged Clone
CAT#: SC301493
TDRD6 (untagged)-Human tudor domain containing 6 (TDRD6), transcript variant 1
"NM_001010870" in other vectors (2)
Product Images
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Other products for "TDRD6"
Specifications
Product Data | |
Type | Human Untagged Clone |
Tag | Tag Free |
Symbol | TDRD6 |
Synonyms | bA446F17.4; CT41.2; NY-CO-45; SPATA36; TDR2 |
Vector | pCMV6-Entry |
E. coli Selection | Kanamycin (25 ug/mL) |
Mammalian Cell Selection | Neomycin |
Sequence Data |
>NCBI ORF sequence for NM_001010870, the custom clone sequence may differ by one or more nucleotides
ATGTGCTCGACGCCCGGAATGCCGGCGCCGGGGGCCTCGCTGGCCCTGCGGGTGTCCTTCGTGGACGTGC ATCCCGATGTGATCCCGGTGCAGCTGTGGGGGCTGGTGGGCGAGCGGCGGGGCGAGTACCTGCGGCTGAG CCGGGAAATCCAGGAAGCGGCGGCCACGCGCGGCCAGTGGGCGCTGGGCAGCGCCTCGGCCTCGCCCGGC GAGCTGTGCCTGGTGCAGGTCGGGCTTTTGTGGCACCGCTGCCGCGTGGTCAGCCGGCAGGCACAGGAGA GCCGTGTCTTCCTGCTGGACGAGGGCCGCACCATCACGGCCGGAGCAGGCTCGCTGGCGCCTGGGCGCAG AGAGTTCTTCAATTTGCCCTCGGAAGTGCTGGGCTGCGTGCTAGCGGGCCTGGTGCCGGCAGGCTGCGGC GCGGGCTCAGGCGAGCCGCCGCAGCACTGGCCCGCCGACGCCGTGGACTTCCTTAGCAACCTTCAGGGCA AGGAGGTGCACGGGTGCGTCCTGGACGTGCTGCTGCTCCATCGCCTGGTCCTCCTGGAGGTGCCTGATGT GTTCCAACAGATGCGGGAGCTGGGCCTGGCTCGGCGGGTGCCCGACAGCCTCTTCCGTTCGCTGCTGGAG CGCTATCTCACAGCGGCCACTGCTAGCGTGGGCTCCGGGGTCCCGGTTCTCTCGCGAGTCCCGCTCAAGC AAAAGCAGCCTGGTCTGGATTACTTCTATCCCCAGCTGCAGCTGGGCGTGACGGAGGCCGTGGTCATAAC CCAAGTGTGCCATCCCCACCGCATTCACTGCCAGCTCCGCAGCGTCTCGCAGGAGATCCACCGCCTCTCC GAGAGCATGGCCCAGGTATACCGGGGTTCCACGGGGACAGGGGATGAGAACTCTACCAGTGCCACCTGGG AGGAGAGGGAGGAGAGCCCAGATAAGCCGGGCTCTCCGTGTGCATCCTGTGGCCTGGATGGACATTGGTA CAGAGCACTGTTGCTTGAGACTTTTCGGCCCCAGCGCTGTGCCCAGGTGCTTCATGTGGACTATGGAAGG AAGGAGTTAGTGAGTTGCAGCAGCCTTCGGTACTTGCTGCCTGAATATTTTCGAATGCCGGTGGTGACCT ACCCTTGTGCTTTGTATGGACTCTGGGACGGTGGGAGAGGCTGGTCTCGGTCACAGGTCGGTGACCTGAA GACACTGATACTAGGCAAGGCAGTGAATGCAAAGATTGAATTTTATTGCTCCTTTGAGCATGTGTATTAT GTCAGCCTGTATGGAGAAGATGGGATTAATCTGAACCGTGTGTTTGGAGTACAGTCGTGTTGCTTGGCTG ACCGAGTCCTTCAGAGCCAGGCAACAGAGGAGGAGGAACCAGAAACATCTCAGTCTCAGTCTCCTGCTGA AGAAGTAGATGAAGAGATTTCACTCCCAGCCTTAAGATCTATCAGGTTAAAGATGAATGCCTTCTACGAT GCGCAGGTAGAGTTTGTTAAAAATCCTTCTGAGTTTTGGATTAGGTTGAGGAAACACAATGTCACCTTCA GTAAGCTGATGAGGAGAATGTGTGGTTTCTATTCCTCTGCCAGTAAGCTGGATGGTGTAGTTTTGAAACC TGAACCTGATGACCTTTGCTGTGTCAAGTGGAAAGAAAATGGTTATTATAGGGCCATAGTCACCAAATTG GATGACAAGAGTGTGGATGTATTCTTAGTTGACCGAGGCAATTCGGAAAATGTGGACTGGTATGACGTAA GGATGCTGCTTCCTCAGTTTAGGCAGCTACCAATATTGGCTGTGAAGTGCACCCTGGCTGATATTTGGCC TTTGGGAAAAACTTGGAGCCAGGAGGCAGTTTCCTTTTTTAAAAAGACTGTGCTCCACAAAGAATTAGTC ATCCATATTCTTGATAAACAGGATCATCAATATGTTATTGAGATTCTTGACGAATCAAGAACAGGGGAAG AAAACATTAGTAAGGTAATTGCCCAAGCTGGATATGCCAAGTATCAGGAATTTGAAACAAAGGAAAATAT CCTGGTAAATGCCCACTCCCCAGGGCATGTTTCAAACCACTTTACTACGGAGAGTAACAAAATACCTTTT GCCAAGACTGGAGAAGGAGAGCAGAAAGCCAAGAGAGAGAATAAAACCACATCTGTTTCAAAAGCTTTGA GTGACACAACAGTTGTAACAAATGGTTCAACTGAACTAGTTGTGCAGGAAAAAGTGAAAAGAGCATCTGT TTATTTTCCTCTTATGCAGAATTGCTTGGAAATTAAGCCAGGCTCCTCTAGTAAAGGAGAGCTGGAAGTT GGAAGTACAGTAGAAGTCAGAGTGTCTTATGTTGAAAACCCTGGCTATTTCTGGTGTCAGCTGACCAGGA ACATACAAGGACTTAAAACTCTAATGTCTGATATTCAGTACTATTGCAAAAATACAGCTGCTCCTCACCA GAGAAACACCCTTGCTTGTTTGGCTAAGCGAACAGTAAACAGACAGTGGTCCAGAGCACTTATTAGTGGG ATACAGTCTGTGGAGCATGTCAATGTAACATTTGTAGATTATGGAGACAGAGAAATGGTATCTGTGAAGA ATATTTATTCAATTAGTGAAGAATTTCTGAAGGTTAAGGCACAGGCTTTTAGGTGCAGTCTTTATAATTT AATTCAACCAGTTGGCCAGAATCCCTTTGTTTGGGATGTAAAGGCAATACAAGCTTTCAATGAATTTATA GATAATGCATGGCAAAAAAATCTAGAATTAAAATGTACAATATTTGCTCTGGCTTCAATTAATGAAGAAC TGTTTAACATTGTGGATTTGCTAACCCCCTTTCAGAGTGCATGCCATTTCTTGGTAGAAAAGAGACTTGC AAGACCAGTAAAACTTCAGAAGCCTTTGGAGTCCTCTGTTCAGCTACATTCCTACTTCTATTCTACACAT GATATGAAAATTGGAAGTGAAGAATTAGTTTATATAACGCATATTGATGACCCTTGGACATTTTATTGCC AGCTGGCAAGAAATGCAAATATTTTAGAACAGTTGTCATGTAGTATTACACAATTAAGTAAAGTTTTGCT GAATTTAAAAACATCTCCCTTGAACCCTGGAACCTTGTGCCTTGCCAAGTATACTGATGGAAACTGGTAT AGGGGCATAGTAATAGAGAAAGAGCCAAAGAAAGTCTTCTTTGTTGATTTTGGGAATATTTATGTAGTAA CAAGTGATGATCTGCTTCCAATACCTAGTGATGCATATGATGTCTTACTTTTGCCCATGCAAGCTGTCAG ATGTTCATTATCTGATATTCCTGATCATATACCAGAAGAAGTGGTGGTGTGGTTTCAGGAGACTATTTTA GATAAGTCATTGAAGGCTTTAGTTGTAGCAAAAGATCCAGATGGAACACTGATTATAGAACTATATGGTG ACAATATTCAAATTAGTGCTAGTATTAATAAGAAGTTGGGGCTACTTAGTTACAAAGATAGAATAAGAAA AAAAGAAAGTGAAGTCCTCTGTTCTACAACTGAAACTCTTGAAGAAAAAAATGAGAATATGAAGTTGCCA TGTACAGAGTATTTAAGTAAATCAGTAGGGTACAAGTTACCTAATAAAGAAATTTTGGAAGAGTCATATA AACCTCAGATCAACTCATCATACAAGGAACTCAAACTTTTACAAAGTTTAACAAAAACAAACTTAGTCAC TCAATATCAAGACTCTGTGGGAAATAAAAATAGTCAAGTGTTTCCATTAACAACAGAAAAGAAAGAAGAA ATTTCTGCTGAGACACCCTTGAAAACAGCAAGAGTAGAAGCTACTCTTTCAGAGAGAAAAATAGGAGATT CATGTGACAAAGATTTGCCTCTGAAATTTTGTGAGTTCCCACAGAAGACTATAATGCCTGGATTTAAAAC AACTGTATATGTTTCTCATATAAATGACCTTTCAGACTTTTATGTTCAACTAATAGAAGATGAAGCTGAA ATTAGTCATCTTTCAGAGAGATTAAACAGTGTTAAAACAAGGCCCGAATATTATGTAGGTCCACCTTTGC AAAGAGGAGATATGATATGTGCTGTTTTCCCAGAAGATAATTTATGGTATCGTGCTGTGATCAAGGAGCA ACAACCCAATGACCTTCTCTCTGTGCAGTTTATAGATTATGGCAATGTTTCTGTGGTTCATACTAACAAA ATAGGTAGGCTTGACCTTGTTAATGCAATATTGCCGGGGTTGTGCATTCATTGCTCCTTGCAGGGATTTG AGGTTCCTGACAATAAAAATTCTAAGAAAATGATGCATTACTTTTCCCAACGGACCAGCGAGGCTGCAAT AAGATGTGAATTTGTTAAATTTCAAGACAGATGGGAAGTTATTCTTGCTGATGAACATGGGATCATAGCA GATGATATGATTAGCAGGTATGCTCTCAGTGAAAAATCTCAAGTAGAACTTTCTACCCAAGTAATTAAAA GTGCCAGTTCAAAGTCTGTTAACAAATCAGACATTGACACTTCAGTATTTCTTAACTGGTATAATCCAGA AAAAAAAATGATAAGAGCTTATGCCACTGTGATAGATGGACCTGAGTACTTTTGGTGTCAGTTTGCTGAT ACGGAGAAACTTCAGTGTTTAGAAGTAGAAGTACAGACTGCTGGAGAACAGGTAGCAGACAGGAGAAATT GTATCCCATGTCCTTATATTGGAGATCCTTGTATAGTAAGATACAGAGAAGATGGACATTATTATAGGGC ACTTATCACTAATATTTGTGAAGATTATCTTGTATCTGTCAGGCTTGTGGACTTTGGAAACATTGAAGAC TGTGTGGACCCAAAAGCACTCTGGGCCATTCCTTCTGAACTTCTGTCGGTTCCCATGCAAGCCTTTCCAT GTTGCCTCTCAGGGTTTAACATTTCAGAAGGATTATGTTCTCAAGAGGGAAATGACTATTTCTATGAAAT AATAACAGAAGATGTGTTGGAAATAACAATACTAGAAATCAGAAGGGATGTTTGTGATATCCCTTTAGCA ATTGTTGACTTGAAAAGCAAAGGTAAAAGTATTAATGAGAAAATGGAGAAATATTCTAAGACTGGTATTA AAAGTGCTCTTCCCTATGAAAATATTGACTCAGAGATAAAGCAGACTCTTGGGTCCTACAATCTTGATGT AGGACTTAAGAAATTAAGTAATAAAGCTGTACAAAATAAAATATATATGGAACAACAGACAGATGAGCTT GCTGAAATAACTGAAAAAGATGTAAACATTATTGGAACCAAACCAAGTAACTTCCGTGACCCTAAAACTG ATAACATTTGTGAAGGGTTTGAAAACCCCTGCAAAGATAAAATTGATACTGAGGAACTGGAAGGTGAATT AGAGTGCCATCTGGTTGACAAAGCAGAGTTTGATGATAAATACCTGATTACAGGATTTAACACATTACTA CCACATGCTAATGAAACAAAGGAGATACTAGAACTGAATTCACTTGAGGTGCCGCTTTCTCCTGATGATG AATCAAAAGAATTCTTAGAACTGGAATCTATTGAGTTACAGAATTCTCTGGTGGTGGATGAAGAAAAAGG GGAGCTAAGCCCGGTGCCACCGAATGTGCCACTCTCCCAAGAGTGTGTCACAAAAGGCGCCATGGAGCTA TTTACACTGCAGCTTCCTCTCAGCTGTGAAGCTGAGAAACAGCCAGAACTAGAACTACCTACAGCCCAGC TGCCTTTAGATGACAAGATGGATCCTTTGTCTTTAGGAGTTAGTCAGAAAGCACAGGAATCCATGTGTAC TGAGGACATGAGAAAGTCAAGTTGTGTAGAATCTTTTGATGACCAGCGCAGGATGTCATTGCATCTACAT GGAGCAGATTGTGATCCTAAAACACAGAATGAAATGAATATATGTGAAGAAGAATTTGTAGAGTATAAAA ACAGGGATGCCATTTCGGCATTGATGCCTTTGTTCTCTGAGGAAGAAAGCAGTGATGGAAGCAAGCACAA TAATGGTTTACCAGATCATATCTCAGCTCAACTACAGAACACCTACACTCTGAAAGCCTTTACTGTTGGA TCTAAATGTGTTGTGTGGTCAAGTCTAAGAAACACATGGTCTAAATGTGAGATTTTAGAAACAGCTGAAG AAGGAACAAGGGTTTTGAACCTTTCAAATGGTATGGAGGAGATAGTGAACCCTGAGAATGTCTGGAATGG CATACCCAAATTGGATAAGAGTCCACCTGAGAAAAGGGGTTTGGAGGTGATGGAGATTTAA |
Restriction Sites | SgfI-MluI |
ACCN | NM_001010870 |
ORF Size | 6291 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_001010870.2, NP_001010870.1 |
RefSeq Size | 8977 |
RefSeq ORF | 6291 |
Locus ID | 221400 |
Gene Summary | This gene encodes a tudor domain-containing protein and component of the chromatoid body, a type of ribonucleoprotein granule present in male germ cells. Studies in rodents have demonstrated a role for the encoded protein in spermiogenesis and the nonsense mediated decay (NMD) pathway. This protein is a major autoantigen in human patients with autoimmune polyendocrine syndrome type 1 (APS1). [provided by RefSeq, Oct 2016] Transcript Variant: This variant (1) represents the longest transcript and encodes the longer isoform (1). 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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