Wdr68 (BC048165) Mouse Untagged Clone

CAT#: MC206690

Wdr68 (untagged) - Mouse WD repeat domain 68 (cDNA clone MGC:58053 IMAGE:6409531), (10ug)

Specifications

Product Data

• Type: Mouse Untagged Clone
• Tag: Tag Free
• Symbol: Wdr68
• Synonyms: 1700012F10Rik; 2610037L01Rik; C86529; HAN11; Wdr68
• Vector: PCMV6-Kan/Neo
• E. coli Selection: Kanamycin (25 ug/mL)
• Mammalian Cell Selection: Neomycin
• Sequence Data:
  Fully Sequenced ORF

  >BC048165
  CCGGCCGAGTGTGAGTGTGTGTAGCCGAGGACCCGCTGGAGGGCTAGGCCGTTCTTGACCGCCCCGGCCC CGCCTCCCCTCGGACCCGCGGACCCAAGCCCGGGTCCCCGCCTGTCTTGTGCCCCAGCCCGCTGCCTCTC TGGCCGGCTCTGCGGCCCAGCCGCCACCATGTCCCTGCACGGCAAACGGAAGGAGATCTACAAATATGAA GCGCCCTGGACTGTGTACGCCATGAACTGGAGCGTGCGGCCGGACAAGCGCTTTCGCCTGGCGCTGGGCA GCTTCGTGGAAGAGTACAACAACAAGGTTCAGCTTGTTGGTTTAGATGAGGAGAGTTCAGAGTTTATTTG CCGAAACACCTTTGACCACCCGTACCCTACCACAAAGCTCATGTGGATTCCTGACACAAAGGGCGTCTAT CCAGACCTCCTGGCAACAAGTGGTGACTATCTCCGTGTGTGGAGGGTTGGTGAAACAGAGACCAGGCTGG AGTGCTTGCTAAACAACAACAAGAACTCAGACTTCTGTGCTCCCCTGACCTCCTTTGACTGGAACGAGGT GGATCCTTATCTTCTAGGTACCTCAAGCATTGACACAACGTGCACCATCTGGGGACTAGAGACCGGGCAA GTGCTGGGACGAGTGAATCTCGTGTCTGGCCATGTGAAGACCCAGCTTGCCCATGACAAAGAGGTCTATG ACATCGCCTTCAGCCGCGCTGGAGGGGGCAGGGACATGTTTGCCTCTGTGGGCGCTGATGGGTCTGTGAG AATGTTTGACCTCCGCCATCTGGAACATAGCACCATCATTTATGAAGACCCACAGCACCACCCCCTGCTT CGCCTCTGCTGGAACAAGCAGGACCCTAACTACCTGGCCACCATGGCCATGGACGGGATGGAGGTGGTGA TTCTGGATGTTCGAGTTCCCTGCACACCGGTTGCTAGGCTAAACAACCACCGAGCATGTGTCAATGGCAT TGCCTGGGCCCCACACTCGTCCTGCCACATCTGTACTGCAGCGGATGACCATCAGGCCCTCATCTGGGAC ATCCAGCAGATGCCTCGGGCCATCGAGGACCCTATCTTGGCCTACACAGCTGAGGGAGAGATCAACAATG TGCAGTGGGCCTCCACTCAGCCTGACTGGATCGCTATCTGCTACAACAACTGCCTGGAGATACTCCGCGT GTAGTGTTGGTGGCACCTCACGTATCCGGCAGGGGCTTGTGTGCTTCAGCCTCTGCCCCCTTCCCTCCCA TGTAAGAAGAACATGTTCCCAGTGGCCAGTATGTCTACTGCTGCTTTACACCCACTGTGTTCAGAAGCTG CTGTAGAAGTCCAGGCCAGTTACCCCGCTGTCTGTGTTGGACTGTGCTGTGTGGCGCCACTGCAGCCCAG GGCTGGGTTTTAAATTTTCACTCCTTTCCTCTTCTTTGCTTCTTCAATTAAACGTTTCTGTATATTTGTT TGTCAGCTGTTGTGTTCATAAACAGTACAAGCACTGGCTCTGTCTGTGTCCATTTGCCCATGTCTGTCTG TCTGCTGCTGAGGCAGTCATCCATCTCGTGTCCCCATCTGTGTCGTGCTAGCACTTAAGTGGGAACAAAG GCCAACTTGAGATTGTCTTTCCTCCTGGCACCAGTGTCTTTTAACAAACCTCAACTTTGTATGTTTTTTA TCTATCAGGCTAGTTTTTTTATGAAAAGAATTTAACCTTTCTGGTTTCTTGATTTCACAGATTTCCCTCT TTGTACCTTCCTCTCTTCCCTCAGTGCCTGCAGTGGGTACTGGACCCTAGACCCCACGAGCAGTTTGCTT TCCTGAGTCACTGCCTGTGGGGCACAGCCCTGACCCCTGACCGGGAGTTGACAACTGCGCTGGTGCTCTG AAGTCTACTGACTCACCAACCGTTCTCAGCCTGGGTCTCCTGAAGGCCCTCGGAGGCCCAGGAGATGCAG GAGGCTTCTGTTCACCCTCAAGTCCCTTTCTCTGGCTTCACTAGTTGAGTACCCTGTGGGGCTGAGATAA GCAGTTGACTAGGGGTCATGCGGAAGGAGAATCATGTTCAGGAAAGCTGAACTTATATTGTGTTTCCAGT ACCTGGTTTCAGAATCTATTTTTCCAGTTTCGAACTTGAATGATAGGCAAGAGAGATCTCTCAGCTAAGC TTCTGTGTTTCTGTTTGCTGAGTCTCCTCTACCTGGTGGGACACTGGCCCATCTTTGGATTGAGTACTCT GAATAAGAGACTTCCTGGGAGCTACCGTCTGTGCTTGACCCTGAACAAGATCTTTAGACTGTGACAGACA GGCAGTTCTCATAAATGATGAGCAAATCAGCCAAGGTAGACTCAGGGCCAGCCAGCTAAGACTCTCCACG CCTGTGGCACCTGCCCTCTCTTCAGTTAAGGTTATGAGCAGTATTGGACTTTGTAGGCTGCAGTTGGCCA TGCTGACTTACAGGCCTCGCGTGTCTGTTTCCGTTAGGTGTATGGGTTCCACAGAGGGGACTTGTATGTG GTTCTGACTTTAGATGAGTCCCCGGCAGTTTGGAACATGGTCTAGGAGAGGGTGGCTGTTTATAATCTGC TGAGCTGCTTGCAGGTTTCTTAGACGCTCTGGGACAAGGAGAGCAGCAGGCCTGATGGCTGATGGCTGGT TGGCCACTCATGCTGCCATTGCTGGAGAAGTCAATGTCGACTCATTCTTCTGGGAACATGGACTGTCTGG CAGAGTCTTTGCTTGCTTCCACAACTGATGTAGTTGTATGCCAAAAGTCTTAGATTTAGATTCACTATAT TAGGACCTTGTCCCAAAGGAAAGGCCTTTTCAGTCAGGGTATTTCTCCTTGGCCTTCCTAATCTGTCATT CTGATTTTGGGTCTCTGGGGTTCCTGCACTAACCTGTGGCTTGTCCTGGATCAGTTTGTGGTTCCCTCTG CTCTTAGTGGCGTTTGCCAGCCAGGTACAGACTCCTCAAAGGTAGCAGACTTGCTGATGGTTGCTGCTGT AGGAGCCCTCAGTTTCTTCCTGGGCTGAGTCTACAGTAGTAGGCTGAGTCAGGGCGTCGCAGGGCCTGTA GGGAGCACCTGTGCTGGGGAGCACCTGTGCTGGGGAGCACCTGTGCTGGGTGGACTTTAGCTTGGGGTGA ATGATAGGATTGTCAACTAGAACTTGAAAACAAAGTTTTAAAAGGTTAGCAGCAGTTTTAGAATACATTT GTGTGAGGTCTCTATGTGCTTTGGAAACCAACCACGTGATGACTTTTTCCTTGCTCTGTGGACACTTGTC AACTTTCTTCAGTCTTCCTTTTCTGCTCTCCAACTAGATTAGGTAAGACTCTTGCTATCTCTGCCTCCAA GTACGTGTGTACCCACAGTTGCAGGGTTGCTGGCATTTGAAGTCTCTCTCTTATCATATGCACAGGTGGC CCCTGTAGCTGAGGAAGAGGTTTCTGTGGGCGTGAGATGCAGGAAGTCCATAAGTCTGCTCTCTTCCCTG AAGCACAGCTCTGTTAAAGTTTCAAAGCCAGTCTCTTAATATTTGCTAGTTCTTAGCCTGACGGTGAGGT GGGTCAGTATCTCCAGATCTGTCCTCTAGGCTCCAGGCTCTGGTGGGGCTGCAGTGCTATTTTGACGTGG TTTTGGCAAGCTACAGCTAGAGGCTCTGGCCTGTGGTTTCTGTGTCTGCTGTAGGGGAGGCTGCATGATC GGTCAGACTAGCAGAGAGCTGAGCTGGTGAGTGGGTCTGAGGCTTTTGTGGGCTTGCGCTGTCCCCACTG GAGATTGATCCCTTTCCTGACCTCCGAGGCTGGGCTTGAGGAGGAGAGTGACATGAGACAAGTCGGTGGG GACTTCCTATCAAAATCAGCATTAGGTCAGATAACTGGAGACAGCCCAGGAAGAACGGGAAAAAGGCAGA ATCCTATAGTATTTTGATGATTGTTACAACTAAGATTTGATATTTAGGGTAGAGTAGAAGGAAATACTAG AGAACACAGAGAGTCTGAGGGGAGAAACATTCAGATGGTTCTGTCTCATAGCTATGCAGCGGACCTGTGC CTCAGCCTAGGTTGGCTTCTGCACCATTAATGAAGCCTCTGTGTCGCTGGGTGCCAGGAGGTACTGTGGG CGGAGAGCCCTTCTGGCAGCAGCGTGATGTCTGGTGGTTAAATTCTAGGTTTTGGGTATCCCGTGACAGT GCATGATGACACTGTTTGAGACAGGTTCTTTCTTTGTAGACCAGGCTATCCTTGAACTGAGTGCTGGGAG CACAGGATGAGCCACTGCCCCAGCATCCGTGCTTCTTCCCTAGCGCAGGCCTCAGGCTAGGCCAGTGACC TGCCACTGAACCACACCCTCTAGCCCCTGCCGTTTCTTTCCTTTGTCCCTTTCTCATTACCTCGCTACTG TAGAATGTTCTCCCTGATGCTCTGGGCCCTTGATTCCTAGGCCGTAAGAAAATGTAGGACTCCGGGGTTT ACCAAACATGGTCGGCAGTTCATAAGTGCACCCTACTTTCCCCATTGTGAAATAGGGCAGGTCCTTTGAT TGCCTGGCTCAGGCTAGAGTACCATTGCAATAGAGGCCTCAGAACGAGTGTTTTCTTTAGAGCCTGCCCT GAGGGTGAGGAAGGCCGGCCTATTCAGCATGTGGGTTTTCTGAGAGGAGAGCTGGTCTGAGCAGTTACTG TGAACCCTGAGCCAGGTTTCCCAGAGTTGTCCTCTCCTCCTGTGAGGCAGCAGCTGAGTGTCTCACGTCT CCAATCTTGTTCACCTCGAGCCATCTACATTCTCTCTTTCTCCCATACTGTCATTGCTGCTAATGTTCAG AGTCAAGCATGTGGCATTACGGAATGAGCAGGTCTTCTTGGGCTGCTATCTGAATGTCCCTTTTTAAATG TGGAAACGTGCAGATGCTTTCTCCGAGATGCTTAGACTGATGTGTCAGCCAGAAGAAGCTTAGACTCCAA AGGATCGATGCTGACATCTGTGCAACAGCTGGGAAGTGTACAAGTGAAGCCGAACTGTGCTATCCACCAT TGGAAAGAAACGTTCTCACCTTGGGCTGACTGTGATGTACAGTGTGTTATGGGAATTGTTGGGCTGAAGC TTTCGTCAAATCTGAGTCCCTTGCTTTGATCCCGTGTATGTTATGACCCCTCTGTCAGTGACTTTCCCCT GAGTGTGAATTATAGCATGATTGTATAAACCTCTATGTAGAAAATGGAGATTTCATGTTCTACAAATGTT AAGCTCTAACTGACCCACTTCTGTGCGCATGTGTATGACCTGACTTTCTTATATATTTAAACTTTCCTTC TGTTCTAAAGCTTTTGTGGCATTCCTTGTTCAGGTGGAGAGGAAGCTGTCCCTTTGCAGACCTGTACTGT AACCATTTCTCCTTTATAAATATTATTTTCACAGGGCTGATTGTATACAGGGCTTATAATAAAAATTTAA CACTGTGTTGTCAACGAGCTGCGGTTTCTCCACTGGAGGTGACTTCAAAAGCACCTGAGGGTGGAGTGTC CCTTCTGTGACCTTACTTCCTAGTACGTGAAGTCTAATCTCAGTTTTGTCCTGTTTCAGCCTCCTGTATA AGAAGTATCATATTTTCTGCCCATCATACTTTGTAATAAAACTTGAACATGTATAGATTGAAAAAAAAAA AAAAAAAA
• Restriction Sites: EcoRI-NotI
• ACCN: BC048165
• Insert Size: 1026 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).
• Product Components: The ORF clone is ion-exchange column purified and shipped in a 2D barcoded Matrix tube containing 10ug of transfection-ready, dried plasmid DNA (reconstitute with 100 ul of water).
• Reconstitution: 1. Centrifuge at 5,000xg for 5min.
  2. Carefully open the tube and add 100ul of sterile water to dissolve the DNA.
  3. Close the tube and incubate for 10 minutes at room temperature.
  4. Briefly vortex the tube and then do a quick spin (less than 5000xg) to concentrate the liquid at the bottom.
  5. Store the suspended plasmid at -20°C. The DNA is stable for at least one year from date of shipping when stored at -20°C.

Reference Data

• RefSeq: BC048165, AAH48165
• RefSeq Size: 5678 bp
• RefSeq ORF: 1026 bp
• Locus ID: 71833
• Cytogenetics: 11 E1
• Gene Summary: Involved in craniofacial development. Acts upstream of the EDN1 pathway and is required for formation of the upper jaw equivalent, the palatoquadrate. The activity required for EDN1 pathway function differs between the first and second arches. Associates with DIAPH1 and controls GLI1 transcriptional activity. Could be involved in skin development. May function as a substrate receptor for CUL4-DDB1 E3 ubiquitin-protein ligase complex (By similarity).[UniProtKB/Swiss-Prot Function]