Hip1 (NM_146001) Mouse Untagged Clone

CAT#: MC203942

Hip1 (untagged) - Mouse huntingtin interacting protein 1 (Hip1), (10ug)

Specifications

Product Data

• Type: Mouse Untagged Clone
• Tag: Tag Free
• Symbol: Hip1
• Synonyms: 2610109B09Rik; A930014B11Rik; E130315I21Rik; mKIAA4113
• Vector: PCMV6-Kan/Neo
• E. coli Selection: Kanamycin (25 ug/mL)
• Mammalian Cell Selection: Neomycin
• Sequence Data:
  Fully Sequenced ORF

  >BC017516
  GAGGCTCCGCGGGGATCCCGGGGCGGCCGAGGGCCCCTGACTCTGTTCACCCAGACAACATGGACCGAAT GGCCAGCTCCATGAAGCAGGTATCCAACCCGCTGCCCAAAGTGTTGAGCCGCCGCGGAGTTGGTGCTGGG ATGGAGGCTGCGGAGCGCGAGAGCTTCGAGCGGACTCAGACGGTCAGCGTCAATAAGGCCATTAATACGC AGGAAGTGGCCGTGAAAGAGAAACATGCCAGGACGTGTATTCTGGGCACCCACCATGAGAAAGGAGCGCA GACCTTTTGGTCTGTGGTCAACCGACTGCCTCTCTCCAGCAACGCCATGCTGTGCTGGAAGTTTTGTCAC GTGTTCCACAAACTTCTTCGAGATGGACATCCGAACGTGCTGAAAGACTCTCTGAGATACAAAAATGAGT TAAGCGACATGAGCAGGATGTGGGGCCACCTGAGCGAGGGGTATGGACAGCTTTGCAGCATCTACCTCAA ACTGCTGAGAACAAGGATGGAGTACCACACCAAAAATCCCAGGTTCCCGGGCAACCTCCAGATGAGTGAC CGACAGCTGGATGAGGCCGGAGAAAGTGACGTTAACAACTTTTTTCAGCTCACAGTGGAGATGTTTGATT ACCTGGAGTGTGAACTGAACCTCTTCCAGACTGTGTTCAACTCCTTGGACATGTCCCGTTCGGTGTCCGT GACCACGGCTGGCCAGTGCCGCCTCGCACCGCTCATCCAGGTCATCCTGGACTGCAGTCACCTCTATGAC TACACTGTCAAGCTGCTCTTCAAGCTCCACTCCTGTCTTCCAGCTGACACCCTGCAGGGCCACCGAGACC GCTTCATGGAGCAGTTCACAAAGTTGAAAGATCTGTTTCAGCGCTCCAGCAACCTACAGTACTTCAAGCG GCTCATTCAGATCCCCCAGCTGCCCGAGAATCCACCCAACTTCCTACGAGCCTCGGCCCTGTCAGAGCAC ATCAGTCCTGTGGTGGTGATCCCGGCAGAGGTGTCATCCCCAGACAGTGAGCCTGTCCTGGAGAAGGATG ACCTCATGGACATGGACGCCTCCCAGCAGACTTTGTTTGACAACAAGTTTGATGACGTCTTTGGCAGCTC ATTGAGCAGCGACCCTTTCAATTTCAACAATCAAAATGGCGTGAACAAGGACGAGAAGGACCACTTGATT GAACGCCTGTACAGAGAGATCAGTGGACTGACAGGGCAGCTGGACAACATGAAGATTGAGAGCCAGCGGG CCATGCTGCAGCTGAAGGGTCGAGTGAGTGAGCTGGAGGCAGAGCTAGCAGAGCAGCAGCACTTGGGCCG GCAGGCTATGGATGACTGCGAGTTCCTGCGCACTGAGCTGGATGAACTGAAGAGGCAGCGAGAGGACACG GAGAAGGCACAGCGCAGCCTGACTGAGATAGAAAGAAAGGCCCAGGCTAATGAACAGAGGTATAGCAAGT TAAAAGAGAAGTACAGTGAACTGGTGCAGAACCATGCTGACCTGCTGCGGAAGAACGCAGAGGTGACCAA ACAGGTGTCCGTGGCCCGGCAAGCCCAGGTGGATTTGGAAAGAGAGAAAAAAGAGCTAGCAGATTCCTTT GCACGGACTCAAGAGCAACAGGATGTTCTAGAGAACCTGAAGCATGAACTGGCCACCAGCAGACAGGAGC TGCAGGTCCTCCACAGCAACCTGGAAACCTCTGCCCAGTCAGAAGCGAAATGGCTGACACAGATCGCCGA GTTGGAGAAGGAACAAGGCAGCTTGGCGACTGTTGCAGCTCAGAGAGAGGAAGAGTTATCAGCCCTCCGA GACCAGCTGGAAAGCACCCAGATCAAGCTGGCTGGGGCCCAGGAATCCATGTGCCAGCAGGTGAAGGACC AGAGGAAAACCCTCTTGGCAGGGATCAGGAAGGCTGCGGAGCGTGAGATACAGGAGGCGCTGAGCCAGCT TGAGGAACCCACCCTCATCAGCTGTGCAGGATCCACAGATCACCTTCTCTCCAAAGTCAGCTCCGTTTCC AGCTGCCTCGAGCAACTGGAAAAGAACGGCAGCCAGTATCTGGCCTGCCCAGAAGATATTAGTGAGCTTC TGCACTCGATCACCCTGCTTGCCCACTTGACCGGTGACACTATCATCCAGGGGAGTGCCACCAGCCTCCG GGCCCCACCGGAGCCAGCCGACTCGCTGACGGAGGCCTGTAGGCAGTATGGCAGAGAAACCCTGGCCTAT CTGTCCTCCCTGGAGGAAGAGGGAACTATGGAGAATGCTGACGTCACAGCCCTTAGGAACTGCCTCAGCA GGGTCAAGACCCTTGGCGAGGAGCTGCTGCCCAGGGGCCTGGACATCAAGCAGGAAGAGCTGGGTGACCT GGTGGACAAGGAGATGGCAGCCACTTCAGCTGCCATTGAAGCTGCCACCACCCGGATAGAGGAAATTCTC AGTAAGTCCCGAGCAGGAGACACGGGAGTCAAGCTGGAGGTGAATGAGAGGATCCTGGGTTCCTGTACCA GCCTGATGCAGGCCATCAAGGTGCTCGTTGTGGCCTCCAAGGACCTCCAGAAGGAGATAGTGGAGAGTGG CAGGGGTACTGCATCCCCTAAAGAATTTTACGCCAAGAACTCTCGGTGGACGGAAGGGCTGATATCCGCC TCCAAAGCTGTTGGTTGGGGAGCTACCATCATGGTGGATGCTGCTGATCTTGTGGTCCAAGGCAAAGGGA AGTTCGAGGAGCTGATGGTGTGTTCACGCGAGATTGCTGCCAGTACTGCCCAGCTCGTGGCTGCATCCAA GGTGAAAGCGAACAAGGGCAGCCTCAATCTGACCCAGCTGCAGCAGGCCTCTCGAGGAGTGAACCAGGCC ACAGCCGCTGTGGTGGCCTCAACCATTTCTGGCAAATCTCAGATTGAGGAAACAGACAGTATGGACTTCT CAAGCATGACACTGACCCAGATCAAGCGCCAGGAGATGGATTCCCAGGTTAGGGTGCTGGAGCTGGAAAA TGACCTGCAGAAGGAGCGTCAGAAACTAGGAGAGCTACGGAAGAAACACTACGAGCTGGCGGGCGTGGCT GAGGGCTGGGAGGAAGGGACAGAAGCATCACCGTCTACTGTCCAAGAAGCAATACCGGACAAAGAGTAGA GCCAAGCCGACACCCCACACATCAGAATGTAAATCCTTGTTACCCTTCTGTGACACTCGCTCCCCACTGT GGCACATCAGGTCCTTGTAGGCCTCTCCAGTGACAAAAGCTGAAGGCCATCGGGTCTCCCCATGACACCA CCTCCGTTTGCATGCATGATGGGCTCTTCCCCTATATCCCTGGCACACAGGCAGACCAGGGTCAGCCACG AGCAAGCTCAGGTCCACAGAAAAACAGCAACATGGCCACTTCCTCACAGGCCATGTCCGGCTTAGAGGGG CTTCTTGTCACTGGGAGCTTGGAGAGGGGACAGCTTACGTCTTTTCTTTTTCCCCCTCCTCAGTCCTTTG CATTTTGTCCTTTGCACAAACTTGTGAGCATCCAAACTCCGCTGGATTCCAACCCAGACTGATGTCCGAC TCCACTGTTGGAAAGAACACGAAGGGACAGCTGGCCTCCACACTACACTTTTTGGCAGTTCGATGGGTCC TCTAACTGCATCTTAATAGGTGGTCGTTTGGGTCTTTTGGTTTCCCGTTTTTAAAGTTTCACACAACCAA CTTTCCCAAAAAGGATTCCTCCCCCACCCAGCCTGACCCTGAGCTCTGAGCCTTCTGAGAGGAAGCCCCC CCACAGCGCCAGCACACCCCGGTGCGGCTCAGGCTACGCTTTGGTGCTCCAGCTCGGCAGTTCCGTCAGC CAAGGCTACTCCCCAGGATGACAGCTCTCCTTGGAAGGCTGAGGCTGAGCTAGTGCCTTTACTTTCTGAC CTGGATGCCAGCCCAAGGCCTCTGTCCACCATCACAAGCCGGGGAGCACCAGAGTTGAAGACAAAGCAGA TGGTGCCAGGGACCCAGCTGTTCAGGGGACGTTTTCTTAGGAGCTCCTGTCACCAGGCTCAACCCACCAC CTGCAAGAATGGAGCCGGTGTGGAACAGCAACACTACATCCCCAGAGCGAACTTCCTGTGCCATGTCATT TGGGTCACCTCCTGTCAAACCTAGACAAGGCCCCAAGAGGGACAAATATAAAGGAACCGGAAGTGGTTCC TTCTCCGTCTGCCTGCTTCTGCATCCTACTGAACCAGAAAGCAATGGTTCCGTGTGCTACTTACCCAATA GGCCCACTGGATCAGGAAACGAGCTTGGCTCGGTTTAAGACTCTTTATATTTATTACTAACAATCTTTAT GCAGCACATGCCCCAGAGATGCTTGGAGCAATCAGGACCAAGGGTAACTAAACAGGCGTGCCCTCCGCTA TCAATCTCCACAGATCATCATAGAGCTAACGTGCCATCCCTGGGCATTTCCAGGCTTGGATTCCAAAGCA GGCAGGTTCCTTAAAGCACTGAGGAGCAGGGCAGAGGAGAAAGGGGACCACTGGCTCTAGCACAGTCCCC ATCACCACCCACCCACTCTGGCTCCCATGCAGACAGGATGGGGACAGGGGGCACCACGCCTAGCCACAAG CAGGGACAGCACTTTGCAACTCCCTAATGGACCCCTGATCTAAGTGACCTTGTGGGCCAGGGGGGTGGTG GCTTCTTTATCTGTAGTAACACATAGGTGGCAGCCAGCAAGCACTTCTTTGAGCCTGTCCCCATGGGGCA GAGCTCAGCTTCGCTGGGTGATGGGTTGTGAGACTAGTGCTTGATCACTGTGAATCAACCTCCTCCTTCC TGCCCCACTCACCCCCACTCTGTCCCCGGTGGGCACTCCAAAACCTCCCAGAGACCCAGATGATGGCTGT GACATGTGACCTCCACACTGGGCTGAAGGAGTTTTCTGCAGTAGAAACGGGCCCATTCTGGTGCCAGAAC AATGTTTTTTGGGTCCAAGGACCAGAACACTCGATGGATGAGTGGCATTGTTGGCTCATTTGTGCCAATG CAGCTGGTCCATGTGTTCACTGCCAGTCAGCTTTTCCTACGGTGGCCATAGAGTCCTTGTCTCTAGAGTC ACTCTCATATGTCCCATTGAGATGACATCAAACACAGCAATAGATGGGGGTTTTCTGAATAAATGACGAA CCCATATGAAAAGCCACTATCATTTTTAAAAAACCAATAAAATCTGCCTGGGGAGTGAAACAGTGAAAAG CCCCAGCTCGAGGTAAGGCAGCAGCACAGAAGGGTCCCTACCTGCTTCATGTCACATCGGGACTTTGTAA TAGCTCGAGTCGGAAGCTGTCCTTCTACAGCCAGGCTGGCTAGCGCACACCTGTAACCTTGGCACTCAGC AGACCGAGGCAGGAAGATCCTGAATTTACATACCTTATCTCAAAAAACAAACAAACAAAAAAATTAAAAC AGGTTATATATGTTTGTGTATAGAGATTTATATAACTGGCTTTTAGAGACAGGGTCTTACTGCATAGTCC TGGCTGGCCTCCAACTAGCTTTGTCCACCTTATTGTCCTGAGGTCACAGGGGTTCCCCTTCCTCTGTCTC CTAAATGCTGGGATCAAAGGTGTAAGCTATCTCACCCAGTTGAGACCATAATTTTTTTGGCTCTGCTACT ACCTAAACGTGAGTCTTTAAACTGGTGGCTGGTCAAACCAAGCTGGAAATTCTTTTGTTTTTTCCTCTCA CCAAAGCAGTTTTTATTTGAGGCAAGGAGAAGTCTGACCCATATGATTACAGTTCTAAGCACTCTTAAGT GTTAGTGGCATGACTTGGGCTATAAAACTTGCTTCTGTTTGGTTGGAAAGGGTATTCGTGATAAAGTCCT CCAGGTGGGTAAGAAGAAAGACCTCAGCTAGTGGTACTGCCCTCCAGATCCTACATCAAACTAACTAACT CTCACCATCTGGTTTGCAAGGTGCCACCCAGTGCAGAGGGACATGGGACACTTGCAAGGGCAGATGAGGC AGAAAGAACAGGTGCAAGTCACTTGAGGAGCAGCTCAAAAGGAACTTCACAGCCTTCCTCCCCACACCCC CAGGCTGCTTAGACTGAAGGCTGCTGCCTTGGGTGTAGCTAGATCCTCAAGGGAGCTGAGGGGCTGGAGA GGTAGCTCAGCAGTTAGTACTCCCCGCTCTTACAGAGGACCCCCAAATCAGCTCCCAGCACCCACATGTG ACCACGACCGCCTTCAACTCCAGCCTCAAGGGATCCAATGGCATCTGCTGCATGCGTTCATGCAGAAGTG CCCACATACTTTTAGAGAAAATAACTCCTGAAAAAAAAAAAAAAA
• Restriction Sites: RsrII-NotI
• ACCN: NM_146001
• ORF Size: 2721 bp
• Insert Size: 2721
• 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).

Reference Data

• RefSeq: BC017516, AAH17516
• RefSeq Size: 6345
• RefSeq ORF: 2721
• Locus ID: 215114