Ptprz1 (NM_001081306) Mouse Untagged Clone

CAT#: MC225268

Ptprz1 (untagged) - Mouse protein tyrosine phosphatase, receptor type Z, polypeptide 1 (Ptprz1), (10ug)

Specifications

Product Data

• Type: Mouse Untagged Clone
• Tag: Tag Free
• Symbol: Ptprz1
• Synonyms: AI850339; DSD-1-PG; PTPbeta; Ptprz; Ptpz; PTPzeta; R-PTP-zeta; Rptpbeta; RPTPz
• Vector: pCMV6-Entry
• E. coli Selection: Kanamycin (25 ug/mL)
• Mammalian Cell Selection: Neomycin
• Sequence Data:
  Fully Sequenced ORF

  >MC225268 representing NM_001081306
  Red=Cloning site Blue=ORF Orange=Stop codon
  
  TTTTGTAATACGACTCACTATAGGGCGGCCGGGAATTCGTCGACTGGATCCGGTACCGAGGAGATCTGCC
  GCCGCGATCGCC
  
  ATGCGAATCCTGCAGAGCTTCCTCGCGTGCGTTCAGCTCCTGTGCCTGTGTCGCCTGGACTGGGCTTATG
  GATACTACAGACAACAGAGGAAACTTGTTGAAGAGATTGGCTGGTCCTACACAGGAGCACTAAATCAAAA
  AAATTGGGGAAAGAAATATCCAATATGTAATAGCCCAAAGCAGTCTCCTATTAATATTGATGAAGATCTT
  ACACAAGTCAATGTGAATCTTAAGAAACTGAAATTTCAGGGTTGGGAAAAAGCGTCCTTGGAAAACACGT
  TCATTCACAACACTGGGAAAACAGTGGAAATAAATCTCACTAATGACTACTATCTCAGTGGAGGACTTTC
  AGAAAAGGTCTTCAAGGCAAGCAAGATAACTTTCCACTGGGGAAAATGCAATGTGTCATCTGAAGGATCG
  GAACATAGCTTAGAAGGACAGAAGTTCCCACTGGAGATGCAAGTCTACTGCTTTGATGCGGACAGATTTT
  CCAGTTTTGAGGAAGCAGTTAAAGGAAAAGGAAGATTAAGGGCTTTATCCATTTTATTTGAGGTTGGAGT
  TGAAGAAAATTTGGATTACAAAGCCATTATTGATGGAACTGAGAGTGTTAGTCGTTTTGGAAAGCAGGCT
  GCTTTAGATCCATTCGTCTTGCAGAACCTCCTGCCAAACTCCACTGACAAGTATTACATTTACAATGGAT
  CATTGACATCCCCTCCCTGCACAGACACCGTGGAATGGATTGTTTTTAAGGATACAGTTAGCATCTCTGA
  AAGCCAGCTGGCTGTATTTTGTGAAGTTCTCACAATGCAACAGTCTGGGTATGTCATGTTGATGGATTAC
  TTACAAAACAATTTCCGAGAACAACAGTACAAGTTTTCCAGGCAGGTGTTTTCCTCATATACTGGAAAGG
  AAGAGATCCACGAAGTAGTGTGTAGTTCAGAACCAGAAAATGTGCAAGCTGACCCTGAGAATTACACCAG
  CCTTCTGGTCACATGGGAAAGACCTCGGGTCGTTTATGACGCCATGATTGAGAAGTTTGCAGTTCTGTAC
  CAGCCACTGGCGGGAAATGACCAAGCCAAGCATGAGTTCTTAACAGATGGCTATCAGGACTTGGGTGCCA
  TTCTCAATAATTTACTACCTAACATGAGTTACGTTCTTCAAATAGTGGCCGTATGCTCTAATGGTTTATA
  TGGAAAGTACAGTGACCAACTGATAGTGGACATGCCCACTGAAGATGCCGAACTTGACCTTTTTCCTGAA
  TTAATTGGGACTGAAGAAATAATCAAGGAGGAAGAATATGGAAAAGACAATGAAGAAGACACTGGCTTGA
  ATCCTGGTAGAGACAGTGTCACAAACCAAATAAGGAAAAAGGAACCCCAGGTTTCTACCACGACTCACTA
  TAATCACATGGGGACTAAATACAATGAAGCCAAGACTAACCGATCTCCAACAAGAGGATCTGAATTCTCT
  GGAAAGAGTGATGTTCCCAACACTTCCCCGAATTCTACTTCCCAACATGTTGCTGAATTCGAAACAGAAA
  GAGGAATTTCCTTGCCTTCTCAGACTGGAACTAACCTGCCACCACACAATGTGGAAGGCACTTCAGCCTC
  CTTAAACAGTGGCTCTAAAACTCTCTTTATCTTCCCACAGATGAACTTGTCTGGGACTGCAGAATCCTTA
  AATACGGTTCCCATAACAGAGTACAAAGAGGTTTCTGCTGACGTCAGTGAGGAAGAAAACTTCCTGACTG
  ATTTCAAGCTCGATACGGGAGCCGATGACTCTTCAGGCTCCAGCCCCTCAACCTCCACTGTCCCCTTTTC
  CTCAGATAATCTATCCCATGGATACATAACTTCTTCAGACATGCCCGAGGCTATCACGTATGATGTCCTT
  AAGCCAGGATCTACAAGAAATGCCCCAGAGGATTCAGCTCCATCAGGTTCAGAGGAATCACTAAAGGATC
  CATCTCTTGAAGGGAGTGTATGGTTTCCTGGCTCCACAGACCTAACAACGCAGTCTGAGACTGGATCCGG
  CCGAGAGAGCTTTCTCCAGGTTAACTCCACAGACATACAAATTGATGAATCGAGGGAGACAACCGAGTCG
  TTTTCTCCAGATGCTACCGTGTCACAGGATCCTTCAGTCACAGACATGGGAATGCCACATTATTCTACCT
  TTGCCTACCTCCCAACCGAAGTGACACCACAGGCTTTCACTCCATCCTCCAGACCACTTGATTTGGCTCC
  TACTATCAACATCCTCCATTCGCAGACGACTCAACCAGTATACAATGGTGAGACACCTCTTCAACCTTCC
  TACAGTAGTGAAGTCTTTCCTCTAGCCACCCCTTTGTTGCTTGACAATCAGACCCTCAACACTACCCCTG
  CTGCTTCAAGTAGTGATTCGGCCTTGCATGCTACGCCTGTATCCCCCAGTGTTGGTGTGTCATTTGAATC
  CATCCTGTCTTCCTATGATGATGCACCTCTGCTCCCATTTTCCTCTGCTTCCTTCAGTAGTGAAATGTTT
  CGCCATCTGCATACGGTTTCTCAAACCCTTCCGCAAGTCACTTCAGCTGCTGAGAGGGATGAGCTGTCTT
  TGCATGCTTCTCTGCTGGTGGCTAGGGGTGATTTGCTGTTAGAACCCAGCCTTGTTCAGTATTCTGATGT
  GGCGTCACATCAGGCCACTACTCGTGCTGCTTCGGACACATTGGGATTTGGTAGTGAGTCTGCTGTCTTT
  TATAAAACGTCCATGGTTTCTCAGATTGAATCACCCAGAAGTGATGTTGTTATGCATGCATACTCTTCGG
  GGCCTGAACCTTCTTATACCGTTGAGGGCTCCCACCACGTACCCACTGTTTCTTACAGTTCTGCAATGCC
  TCTGCATGGTTCTGTCGATGTATCTGATCAGGGGTCCTTACTTATCAATCCTAGCCATATATCAATGCCT
  GAGTCCTCCTTTATTACTCCAACTGCATCATTACTGCAGCCTCCTCCAGCCCTCTCTGGTGATGGGGAAT
  GGTCTGGAGCCTCCTCTGATAGTGAATTGCTTTTACCTGACGCAGATGGGCTGAGAACTCTTAACATTTC
  TTCACCTGTTTCCGTAGCTGAATTTACATATACGACATCTGTGTTTGCTGATGGTATTAAGCCGCTCTCT
  AAAAGTGAAATGATGTATGGAAATGAGACTGAACTGAAAATGTCTTCTTTCAGTGACATGGCATACCCTT
  CTAAAAGCACAGTTGTGCCAAAGATGTCAGATGTTGTACATAAGTGGAGTGAATCTTTAAAAGAAACCTC
  TGTTTCTATTTCTAGCATGAAGAGTGTGTTTCCAGAGTCTCTTGTTTATCCCACAACTAAGGGTTTTGAA
  CAGGGGGTTAGTCACGTTCCAGAAATTATCTTCCCAGTTCAACCTACACACACTGCATCTCAAGCATCTG
  GGGACACTTGGCTTAAACCCGGGCTTAGCGCAAACTCAGAGGCAGCGTTCTCAGACACTGCTTCTAGGGA
  AGTAGTACACCCTTCAACACAGCCCTTGCTCTATGAGGCCGCAACTCCTTTTAATACTGAAGCGTTGCTG
  CAACCTTCCTTTCAGGCTTCTGATGTTGACACCTTGCTTAAAACTGCTCTCCCATCTGTGCCTAGTGATC
  CAATACTGGCTGGAACCCCCCAGGTTGAACAAAGTAGCTCTTCCGTGTCTCATCCCATGGCATCAGAGTC
  TGGTTCAAGCGAAAGCATGCTGCACTTTACGTCTGTACCTATTCTCGATATATCACCTTCTAAGGTGCAC
  TCCACTCCACTTCAAGGCTTAACAGTTCCTCACTCGAGTAAGAAATTTTCTGAACAAGGTTTGCTTAAGA
  GCAAAAGTCCCCAGCAAGTGCTGCCATCTTTGTTCAGCAATGACGAGTTTTTCCAAAGCGCACATCTGGA
  CGTTAGCCAGGCCTATCCTCCAAAAGGGAGGCATGCATTTGTTACTCCTGTTTTATCAATTGATGAACCA
  CAAAATACGCTTATAAACAAGCTTGTGTATTCTGAGGACATTTTCTCGAGCACTGAGATTTCTATTACTG
  ATAAGGTACTTACTGGTCTCCCAACGCTTGCTTCTGATGTACTTTCATCTACTGACCATTCTGTTCCATT
  AGGAAGTGGGCCCATTTCCTTGACAATGGTTTCTCCCAACAGAGATGATTCTGTGACCACAGCCAAGTTG
  CTTCTTCCTTCTACAGCTACTTCTAAGCTGACTCAGAGCGCCAGATCTGATGCCGATTTAGTGGGAGGTG
  GTGAAGATGGTGATGACTATGATGATGATGACTATGATGACATAGATAGGGGTCGCTTTCCTGTGAATAA
  GTGTATGTCATGCTTGCCCTATAGAGAATCCCGGGAAAAGGTAATGAATGACTCGGACACCCAGGAGAGC
  AGTCTTGTGGATCAGAGTGACCCAATTTCACCTTTACTCTTTGAGAATACAGAAGAAGAAAATGGAGGCA
  CAGGTGTAACTAGGGTGGATAAGTCACCACCACCAAGTATGCTACCCCAGAATCACAATGATGGAAAAGA
  GGACAGTGACATCCAAATGGGTAGTGCTGTCCTTCCTCATACCCCAGGATCTAAAGCGTGGGCAGTTTTG
  ACAAGTGATGAAGAGAGTGGGTCAGGGCAAGGCACCTCAGATAGCCTTAATGATAATGAGACGTCCACAG
  ATTTCAGTTTTCCAGATGTTAATGAAAAGGATACTGATGGTGTCCTGGAAACAGATGACACAGGCATAGC
  TCCGGGATCTCCACGGTCCTCCACACCATCTGTTACTAGTGGGCACTCAGGAGTATCCAACAGTTCAGAG
  GCAGAGGCCAGTAATAGTAGCCATGAGTCTCGTATTGGTCTAGCTGAGGGGTTGGAGTCTGAGAAGAAAG
  CGGTTATACCCCTTGTGATCGTGTCTGCCCTGACTTTTATCTGTCTAGTGGTTCTTGTTGGTATTCTCAT
  CTATTGGAGAAAATGCTTCCAGACTGCTCACTTTTATTTAGAAGACAATACATCCCCTCGAGTAATATCT
  ACACCACCAACACCCATCTTTCCAATTTCAGATGATATTGGAGCAATTCCAATAAAGCATTTTCCAAAGC
  ACGTTGCAGATTTACATGCAAGTAATGGGTTCACTGAAGAATTTGAGACACTGAAAGAGTTTTACCAGGA
  AGTGCAGAGCTGTACTGCTGACTTAGGCATCACAGCAGACAGCTCCAATCACCCAGACAACAAGCACAAG
  AACAGATACGTCAATATCGTAGCCTATGATCATAGCAGGGTTAAGCTCACACAACTTGCTGAAAAAGATG
  GAAAACTGACTGATTACATCAATGCCAATTATGTTGATGGTTACAACAGACCAAAGGCTTACATTGCTGC
  CCAGGGTCCACTGAAGTCCACAGCTGAAGACTTCTGGAGAATGATCTGGGAGCATAATGTGGAAGTCATC
  GTCATGATCACAAACCTCGTGGAGAAAGGAAGAAGAAAATGTGACCAGTACTGGCCTACTGATGGTAGTG
  AAGAATATGGGAGCTTCCTAGTCAACCAAAAGAGTGTTCAGGTGCTTGCTTATTATACTGTGAGGAATTT
  CACCCTAAGAAACACAAAGTTAAAGAAGGGCTCTCAGAAAGGAAGATCCAGTGGGCGCCTAGTCACACAG
  TATCATTACACCCAGTGGCCTGACATGGGTGTTCCCGAGTACTCCCTGCCCGTGCTGGCCTTTGTGAGAA
  AGGCTGCCCAGGCCAAGCGCCATGCAGTCGGGCCAGTTGTTGTCCACTGCAGTGCTGGCGTGGGGAGAAC
  GGGGACATACATTGTGCTAGACAGTATGCTGCAGCAGATTCAACATGAAGGAACCGTCAACATATTTGGC
  TTCTTAAAGCACATTCGTTCTCAAAGGAATTATTTGGTGCAAACAGAGGAGCAGTATGTCTTCATTCACG
  ATACACTGGTCGAGGCCATACTCAGCAAGGAAACGGAGGTACCTGACAGCCACATTCACTCCTATGTTAA
  TACACTCCTCATACCCGGACCAACAGGCAAGACAAAACTAGAGAAACAATTCCAGCTTCTGAGTCAGTCA
  AATATCCTCCAGAGTGACTACTCCACAGCCCTGAAGCAGTGTAACAGGGAGAAGAACAGAACATCGTCCA
  TCATCCCTGTGGAAAGATCAAGGGTGGGCATTTCATCCCTGAGTGGGGAAGGCACAGACTACATCAATGC
  ATCCTATATTATGGGCTATTACCAGAGCAATGAATTCATCATCACCCAGCATCCCCTGCTGCACACCATC
  AAGGACTTCTGGAGAATGATATGGGATCATAATGCCCAGCTGGTGGTTATGATTCCAGATGGTCAAAACA
  TGGCAGAGGATGAGTTTGTCTACTGGCCAAATAAAGATGAGCCCATAAATTGTGAAAGCTTCAAAGTCAC
  GCTTATGTCTGAAGAACACAAATGCCTTTCGAACGAGGAAAAACTGATCGTTCAAGACTTCATCTTGGAA
  GCAACACAGGATGACTATGTGCTGGAAGTAAGGCATTTCCAGTGCCCCAAATGGCCAAATCCGGATAGTC
  CCATTAGTAAAACATTTGAACTTATAAGTATTATCAAAGAAGAAGCTGCTAACAGGGATGGGCCCATGAT
  TGTTCACGATGAGCACGGGGGAGTAACAGCAGGAACTTTTTGTGCTCTTACAACCCTTATGCACCAACTA
  GAAAAAGAAAACGCCATGGATGTTTACCAAGTAGCCAAGATGATCAATTTGATGAGGCCGGGAGTCTTCA
  CTGACATTGAGCAGTATCAGTTTCTGTACAAAGTAGTCCTCAGCCTCGTCAGCACAAGGCAGGAAGAGAA
  CCCATCCACCTCTCTGGACAGTAATGGTGCAGCTTTGCCTGATGGAAATATAGCTGAAAGCCTGGAATCT
  TTAGTCTAA
  
  ACGCGTACGCGGCCGCTCGAGCAGAAACTCATCTCAGAAGAGGATCTGGCAGCAAATGATATCCTGGATT
  ACAAGGATGACGACGATAAGGTTTAA
• Restriction Sites: SgfI-MluI
• ACCN: NM_001081306
• Insert Size: 6939 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: NM_001081306.1, NP_001074775.1
• RefSeq Size: 8068 bp
• RefSeq ORF: 6939 bp
• Locus ID: 19283
• UniProt ID: B9EKR1
• Cytogenetics: 6 A3.1
• Gene Summary: Protein tyrosine phosphatase that negatively regulates oligodendrocyte precursor proliferation in the embryonic spinal cord. Required for normal differentiation of the precursor cells into mature, fully myelinating oligodendrocytes. May play a role in protecting oligondendrocytes against apoptosis. May play a role in the establishment of contextual memory, probably via the dephosphorylation of proteins that are part of important signaling cascades.[UniProtKB/Swiss-Prot Function]
  Transcript Variant: This variant (3) represents the longer transcript and encodes the longer isoform (3).