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DMXL2 (NM_001174116) Human Untagged Clone
CAT#: SC329394
DMXL2 (untagged)-Human Dmx-like 2 (DMXL2) transcript variant 1
"NM_001174116" in other vectors (2)
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Specifications
| Product Data | |
| Type | Human Untagged Clone |
| Tag | Tag Free |
| Symbol | DMXL2 |
| Synonyms | DFNA71; PEPNS; RC3 |
| Vector | pCMV6-XL5 |
| E. coli Selection | Ampicillin (100 ug/mL) |
| Mammalian Cell Selection | None |
| Sequence Data |
>NCBI ORF sequence for NM_001174116, the custom clone sequence may differ by one or more nucleotides
ATGCATCTGCATCAGGTCCTCACCGGAGCTGTCAACCCTGGAGACAACTGCTACTCCGTG GGCAGCGTCGGGGATGTCCCCTTCACGGCATATGGATCAGGCTGTGATATTGTTATTTTG GCAAATGACTTTGAATGTGTACAGATCATTCCTGGTGCTAAGCATGGAAACATCCAAGTC AGCTGTGTGGAGTGTTCTAACCAACAAGGAAGAATTGCAGCTTCATATGGTAATGCTGTT TGTATATTTGAGCCCTTGGGCATAAATTCTCATAAAAGAAATTGTCAACTCAAGTGCCAG TGGCTTAAAACTGGGCAGTTTTTTTTGAGTTCTGTGACATACAACTTAGCATGGGATCCT CAAGATAATAGATTGTTGACAGCAACTGATTCTATTCAGTTGTGGGCTCCTCCAGGAGAT GATATTCTGGAAGAGGAGGAAGAAATTGATAATACAGTTCCTCCTGTTTTAAATGATTGG AAGTGTGTCTGGCAGTGCAAAACCTCAGTATCTGTACATTTGATGGAATGGTCTCCTGAT GGTGAATATTTTGCTACTGCTGGAAAGGATGATTGTCTTTTGAAAGTGTGGTATCCTATG ACTGGTTGGAAGTCTTCAATTATACCTCAGGATCATCATGAAGTAAAAAGGAGACAGTCC TCTACTCAATTTTCTTTTGTTTACTTGGCACATCCCCGAGCTGTGACAGGTTTTTCGTGG CGCAAAACTAGCAAGTATATGCCCAGGGGTTCTGTCTGTAATGTGTTGTTAACTTCATGT CATGATGGTGTGTGCCGGCTCTGGGCAGAAACTTTATTACCAGAAGACTGTCTTTTGGGT GAGCAGATTTGTGAGACTACCACTTCCAGCATTGCCAGCAGCCTTTCTCATGCTGGAAGA CACAAAGACAGAATACAGCATGCTCTTGAGACAATACACCATTTGAAAAATTTAAGGAAA GGACAGAGGAGGTCATCTGTTCTTGTAACTCATGCTGAATTAATGCCCGACCAGACAGCA ATGCATGAAGTTCAAAGACACATTTCCCACCATGCAAATGCACTCTGTCATTTTCATATT GCAGCAAGCATCAACCCTGCCACAGATATTCCAAATGTCTTGGTTGGCACTGCATTTAAT GTTGATGATGGAAATGGGGGCTTTGTAGTTCATTGGTTAAACAACAAGGAATTTCATTTT ACATCATCTACAGAAGTATTTATGCATCAATTACGAAAACTTTCTGATAAGCAGGTAGAT CATGAAAATGATGATGCAGATAGAGAAGATGAGGAACATTCACAGGAGGATAGAGAACGG GGTTTACATATGAAATTAGACCATGATTTATCCCTGGATAGAGAATCTGAGGCAGGTACA GGATCATCAGAACATGAAGATGGAGAAAGAGAAGGAAGTCCTAGAACTTACTCACGACTT AGTGTACCAATGCCACTGCCTACGGTTCTGCTTGATCGGAAGATTGAAACGCTGCTAACT GAATGGAATAAGAATCCTGATATGCTTTTTACAATACACCCTGTAGATGGTACCTTTCTA GTGTGGCATGTGAAGTATTTGGATGAATATAATCCTGGAATATTTAGACAAGTTCAGGTT TCTTTTTCTTCTCGGATTCCTGTTGCATTTCCCTCTGGTGATGCAAGCTCTCTTAGTAAA AATATCATGATGTATGCCTGTATAAATGCGACAAAAGATTCTCACCACACGCTGTTACAC CAGGAGGGGATGTCTGTAGGCAGTCCTCACGGATCACAGCCACACTCTAGATCCCACAGT ACACATATGAACATCTTAGCTCCCACAGTAATGATGATCTCTAAACACATAGATGGTTCT TTAAATCAGTGGGCAGTCACTTTTGCTGATAAGTCTGCCTTTACCACTGTTCTAACTGTA TCTCACAAATTTAGATATTGCGGTCATCGATTTCACCTCAATGACCTGGCATGTCATTCA GTTTTACCACTGTTATTGACATCCTCTCATCATAATGCTCTATTGACTCCTGAATTAGAT TGTCAGTGGGACTCAGACAATAAATTAAGTAGATTAATGGACCCTGTAAAACATATAAAA GGTTCCTCGAAACAACCTCTTAGAAATGCAGCAACTCGTACATTTCATGACCCAAATGCA ATCTACAGTGAACTTATTCTGTGGCGTGTAGACCCAATAGGACCTTTGTCATACACTGGA GGAGTATCAGAATTGGCTCGAATTAACTCTTTACATACCTCAGCGTTCTCTAATGTGGCT TGGCTTCCAACTCTCATTCCCAGTTACTGTCTAGGCACATACTGCAATTCTGCAAGTGCT TGCTTTGTTGCTTCTGATGGCAAAAATCTGAGACTCTATCAAGCTGTAGTGGATGCAAGG AAATTATTAGATGAATTGTCAGACCCAGAATCTTCAAAACTTATTGGAGAAGTGTTTAAT ATTGTGAGCCAACAGTCTACTGCTCGACCTGGCTGCATTATTGAACTCGACGCAATAACC AACCAATGTGGCTCAAATACACAGTTGCTTCATGTGTTTCAAGAAGACTTCATTATAGGA TATAAACCACATAAGGAAGATATGGAGAAAAAGGAAACAGAAATATTTTTTCAGCCATCA CAAGGATACCGCCCACCACCATTTTCAGAAAAGTTCTTTCTAGTAGTAATTGAGAAGGAC AGCAATAATAACTCTATTCTGCATATGTGGCACCTTCATCTTAAATCTGTACAAGCATGT TTAGCTAAAGCTTCAGAAGGGGCTTCCTCTGAGAGTCTACTTTCAGTCCCTGGACAGAAG AACGTAGATTCTTCTCCAGAAACCTCTCCTAGTGTGAGCCCCATGCCACATTCTTCATCA ATTGCCAATCTTCAAACTGCCAGTAAACTTATTCTGAGTTCTAGACTGGTGTATAGCCAA CCCCTTGATCTCCCAGAATCAGTTGAAGTAATAAGAGCAACGCCTTCAGCAGGCCATCTG AGTTCTTCTTCAATTTATCCAGTGTGCCTTGCACCTTATTTAGTGGTTACAACTTGTTCT GACAATAAAGTACGCTTCTGGAAATGTTGTATGGAAGCCAACCCAGAGTGTAATAAAAGT GATGAGAAAGAAATTTATCATTGGAAGAGATGGCCTTTGATGAATGATGAAGGAGAAGAT AATAGCAGTACAGTGAGCATTGTGGGAAGACCAGTTGCTGTTAGCTGTTCATACACAGGT CGCCTTGCAGTGGCTTATAAGCAGCCTATCCACCATAATGGTTTTGTTTCTAAAGAATTT TCCATGCATGTTTGTATATTTGAATGTGAATCTACAGGAGGATCAGAGTGGGTTTTAGAA CAAACAATTCATCTTGATGATTTGGTTAAGGTTGGGAGTGTACTTGATTCAAGGGTCAGC GTCGACAGTAATCTGTTTGTGTATAGCAAGTCAGATGCACTCTTGAGCAAGGATAGATAT CTTATTCCGAATATCAAACATTTAGTACATTTGGACTGGGTATCAAAAGAAGATGGCTCC CACATTCTTACAGTGGGAGTCGGTGCGAATATCTTCATGTATGGAAGGCTTTCAGGAATT GTGACTGAGCAAACCAACAGTAAGGATGGAGTAGCTGTCATCACTTTACCACTAGGTGGT AGTATCAAGCAAGGAGTTAAGTCAAGATGGGTTCTTCTTAGATCTATAGACTTGGTATCT TCTGTTGATGGTACTCCTTCACTGCCTGTTTCTCTCTCTTGGGTAAGAGATGGGATATTG GTGGTAGGAATGGATTGTGAAATGCATGTATATGCACAGTGGAAGCATGCTGTCAAATTT GGAGACACTGAAGCTGATAGTTCTAATGCAGAAGAGGCAGCAATGCAAGATCATTCGACC TTTAAATCTAATATGCTGGCAAGAAAAAGTGTTGTTGAAGGAACAGCTATTTCTGATGAT GTTTTTTGTTCACCAACTGTAATTCAAGATGGTGGCTTATTTGAGGCTGCACATGTACTT TCCCCTACTCTTCCACAATATCATCCAACTCAGCTGTTAGAATTGATGGATTTAGGGAAA GTGCGAAGGGCTAAAGCCATTCTCTCTCATTTAGTAAAATGTATTGCAGGTGAAGTAGCA ATAGTTAGAGATCCTGATGCTGGAGAAGGAACTAAGCGACATCTCTCTCGAACTATTAGT GTAAGTGGCAGTACAGCAAAGGAAACAGTCACCGTAGGAAAAGATGGTACTCGAGATTAT ACTGAGATAGATTCTATCCCTCCACTACCACTATATGCATTACTTGCTGCAGATCAAGAT ACATCCTACAGAATTTCAGAAGAAAGTACAAAGATACCACAGAGCTATGAAGATCAGACA GTAAGTCAACCAGAGGATCAGTATTCAGAGCTGTTTCAAATCCAGGATATACCAACGGAT GATATTGATTTAGAGCCTGAAAAGAGAGAAAACAAATCAAAAGTAATAAATCTTTCTCAA TATGGACCAGCTTACTTTGGCCAAGAACATGCAAGGGTACTTTCAAGTCATCTTATGCAC TCAAGTCTACCAGGCCTTACCCGTTTGGAGCAGATGTTCCTTGTAGCTTTGGCTGATACA GTGGCTACTACTAGTACTGAGCTTGATGAAAGCAGAGATAAGAGTTGCTCAGGAAGAGAT ACATTAGATGAGTGTGGTTTGAGATACTTGTTAGCTATGCGCCTACACACATGCCTTTTG ACATCGCTGCCTCCTTTATACCGAGTGCAGCTACTTCATCAAGGTGTCTCTACATGCCAT TTTGCCTGGGCTTTTCATTCTGAGGCTGAAGAAGAACTGATTAATATGATTCCAGCAATT CAGAGAGGGGACCCCCAGTGGTCTGAATTAAGAGCTATGGGCATAGGATGGTGGGTGAGG AACATTAACACGCTTCGAAGATGCATTGAAAAGGTTGCCAAAGCTTCTTTTCAAAGGAAC AATGATGCCTTAGATGCTGCACTATTCTACCTTTCAATGAAGAAGAAAGCAGTAGTGTGG GGTCTGTTTAGGTCACAGCATGATGAAAAAATGACAACATTTTTCAGCCACAACTTTAAT GAAGATAGATGGCGAAAAGCTGCTTTGAAAAATGCTTTTTCCTTACTTGGAAAACAACGC TTTGAACAATCGGCTGCTTTTTTCTTGCTAGCTGGTTCATTGAAAGATGCCATAGAGGTA TGTCTTGAAAAAATGGAAGATATTCAGCTAGCCATGGTTATTGCCCGTTTATATGAATCT GAATTTGAGACTTCATCCACTTATATATCCATCCTAAATCAGAAGATTTTGGGTTGCCAA AAGGATGGCTCAGGATTCAGTTGCAAAAGATTACATCCTGATCCTTTCCTGCGTAGTCTT GCCTATTGGGTAATGAAAGATTACACCCGAGCCTTGGACACATTACTGGAACAAACACCA AAGGAGGATGATGAACATCAAGTTATCATCAAGTCTTGTAACCCGGTGGCATTTAGTTTT TATAACTACCTTCGAACTCATCCTTTGCTCATTCGAAGAAATCTTGCCTCCCCTGAAGGA ACTTTGGCAACCTTAGGTCTCAAAACTGAGAAGAACTTTGTTGATAAAATTAACCTCATA GAAAGAAAATTATTCTTTACCACTGCAAATGCTCATTTTAAAGTTGGATGCCCTGTTTTA GCCTTGGAGGTACTCTCCAAAATTCCAAAAGTAACCAAAACATCTGCCTTATCTGCAAAA AAAGATCAGCCTGACTTCATTTCTCACAGGATGGATGATGTACCTTCACATTCAAAAGCT CTGAGTGATGGCAATGGAAGTTCTGGCATTGAATGGTCAAATGTAACTTCATCACAGTAT GACTGGAGTCAGCCAATAGTAAAAGTTGATGAGGAACCTCTTAATCTTGATTGGGGTGAA GATCACGACAGTGCCTTAGATGAAGAGGAAGACGATGCTGTTGGTTTAGTGATGAAAAGT ACAGATGCCAGGGAAAAAGATAAACAATCAGATCAGAAGGCCTCAGACCCTAACATGTTA TTAACACCTCAGGAAGAGGATGATCCTGAAGGTGATACTGAAGTTGATGTGATTGCTGAA CAACTAAAATTCAGAGCTTGTTTAAAGATCCTTATGACTGAATTAAGAACATTGGCTACA GGTTATGAAGTAGATGGAGGAAAACTCAGATTTCAACTCTATAACTGGCTTGAAAAGGAA ATTGCTGCCTTGCATGAGATATGTAATCATGAATCAGTTATTAAAGAGTATTCCAGTAAG ACATATTCCAAAGTAGAGAGTGATCTGCTGGATCAGGAAGAAATGGTAGACAAACCAGAT ATTGGTTCCTATGAGCGCCATCAAATAGAAAGAAGAAGATTGCAGGCCAAACGAGAGCAT GCAGAAAGACGAAAGTCGTGGTTGCAGAAAAACCAAGATCTCCTGAGAGTATTTCTCAGC TACTGTAGCCTTCATGGGGCCCAAGGTGGTGGTTTGGCTTCAGTAAGGATGGAACTCAAA TTTTTGCTACAAGAATCACAACAGGAAACTACAGTAAAGCAGCTCCAGTCTCCACTACCA CTGCCTACCACCCTACCTCTGCTTTCAGCAAGTATTGCGTCAACAAAAACAGTCATAGCT AATCCTGTATTGTACTTAAATAATCACATCCATGATATACTTTATACTATTGTTCAGATG AAAACACCACCTCATCCCAGTATTGAAGATGTGAAGGTGCACACACTTCATTCACTAGCA GCATCACTTTCTGCATCAATTTACCAAGCATTATGTGACAGTCATAGCTACAGCAGTCAA ACAGAAGGAAATCAGTTTACAGGAATGGCTTATCAAGGACTTCTTTTAAGTGATCGTAGA AGACTAAGGACAGAAAGCATTGAAGAACACGCAACACCAAATTCATCTCCTGCTCAATGG CCTGGTGTGAGCTCACTTATTAATCTTTTGAGTTCAGCCCAAGATGAAGACCAGCCAAAA CTGAACATTTTGCTATGTGAAGCTGTTGTTGCTGTTTACTTAAGTTTATTGATACATGCT CTTGCCACAAATTCCTCCAGTGAATTATTTCGGCTTGCAGCCCACCCATTAAATAATCGA ATGTGGGCTGCTGTTTTTGGAGGCGGTGTAAAACTTGTTGTGAAACCTCGAAGACAATCA GAAAATATTTCAGCACCTCCTGTCCTTTCTGAAGACATAGATAAACACCGTAGGAGATTT AACATGAGAATGCTCGTCCCTGGAAGGCCTGTAAAAGATGCTACCCCACCACCGGTGCCT GCAGAAAGACCATCTTACAAAGAAAAATTTATTCCTCCCGAACTTAGTATGTGGGATTAT TTTGTTGCAAAGCCATTTCTTCCTTTGTCTGATAGTGGTGTTATATATGATTCTGATGAA AGCATTCATAGTGATGAAGAAGATGATGCCTTTTTTTCAGATACACAAATACAGGAGCAC CAAGATCCAAATTCCTATAGCTGGGCTCTTCTACATTTGACAATGGTTAAACTAGCACTT CACAATGTCAAGAATTTCTTTCCTATTGCTGGACTGGAATTCTCTGAGCTGCCTGTAACA TCACCATTAGGTATTGCTGTGATTAAAAACTTGGAGAACTGGGAACAGATCTTGCAAGAG AAAATGGATCAGTTTGAAGGTCCACCCCCTAACTATATCAACACATATCCAACTGACCTT TCAGTGGGAGCTGGACCAGCTATTCTTCGAAATAAAGCAATGCTAGAACCTGAAAATACC CCATTCAAGTCCCGGGATTCTTCTGCATTTCCAGTCAAACGACTTTGGCATTTCCTTGTT AAACAAGAGGTCCTTCAAGAGACATTTATTAGATATATTTTCACTAAGAAAAGAAAGCAG AGTGAGGTTGAAGCTGATCTGGGCTATCCAGGTGGAAAGGCGAAAGTCATCCATAAGGAA TCTGATATGATCATGGCATTTTCTGTTAATAAGGCAAATTGTAATGAAATTGTTTTGGCT TCAACACATGATGTTCAAGAACTTGATGTTACTTCTCTACTGGCCTGTCAGTCATACATA TGGATCGGAGAAGAATATGACAGAGAATCCAAAAGTTCAGATGATGTTGATTATCGTGGT TCCACTACAACTCTTTATCAACCCAGTGCAACATCCTATTCAGCAAGTCAGGTGCATCCA CCTTCATCTCTGCCATGGCTGGGCACTGGACAGACTAGCACTGGAGCTAGTGTGCTTATG AAAAGGAATCTACATAATGTTAAGAGAATGACTTCACACCCAGTCCATCAATACTATCTT ACAGGTGCTCAGGACGGCAGTGTACGAATGTTTGAATGGACGCGGCCTCAGCAACTTGTC TGCTTTCGTCAAGCTGGCAATGCAAGAGTTACTAGATTATATTTTAATTCACAAGGCAAC AAGTGTGGTGTTGCGGATGGAGAGGGTTTTCTGAGTATCTGGCAAGTTAACCAAACTGCA TCAAATCCTAAACCTTATATGAGTTGGCAGTGCCACAGTAAAGCCACAAGTGACTTTGCA TTTATTACCTCTTCAAGTCTAGTTGCCACATCTGGACACTCCAATGACAATAGAAATGTT TGCCTCTGGGACACATTAATATCACCCGGAAACAGCCTCATTCATGGTTTCACGTGCCAC GATCATGGTGCCACGGTACTGCAGTATGCACCCAAACAGCAACTCCTAATCTCGGGGGGT AGGAAAGGACACGTCTGCATTTTTGACATCAGGCAAAGGCAGCTCATTCACACGTTCCAG GCCCATGACTCAGCTATTAAGGCTCTGGCCTTGGATCCCTATGAGGAATATTTTACCACA GGTTCAGCAGAAGGTAACATAAAGGTTTGGAGATTGACAGGCCATGGCCTAATTCATTCA TTTAAAAGTGAACATGCTAAGCAGTCCATATTTCGAAACATTGGGGCTGGAGTCATGCAG ATTGACATCATCCAGGGCAATCGGCTCTTCTCCTGTGGTGCAGATGGCACGCTGAAAACC AGGGTTTTGCCCAATGCTTTTAACATCCCTAACAGAATTCTTGACATTCTATAA |
| Restriction Sites | Please inquire |
| ACCN | NM_001174116 |
| ORF Size | 9114 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. The molecular sequence of this clone aligns with the gene accession number as a point of reference only. However, individual transcript sequences of the same gene can differ through naturally occurring variations (e.g. polymorphisms), each with its own valid existence. This clone is substantially in agreement with the reference, but a complete review of all prevailing variants is recommended prior to use. More info |
| 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_001174116.1, NP_001167587.1 |
| RefSeq Size | 10599 |
| RefSeq ORF | 9114 |
| Locus ID | 23312 |
| Gene Summary | This gene encodes a protein with 12 WD domains. Proteins with WD domains are involved in many functions including participation in signal transduction pathways. Participation of the encoded protein in regulation of the Notch signaling pathway has been demonstrated in vitro using several human cell lines (PMID:20810660). A gene encoding a similar protein is located on chromosome 5. Multiple transcript variants encoding different isoforms have been found for this gene. [provided by RefSeq, Aug 2011] Transcript Variant: This variant (1) represents the longest transcript and encodes the longest 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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