Thsd7b (NM_172485) Mouse Untagged Clone

CAT#: MC202815

Thsd7b (untagged) - Mouse thrombospondin, type I, domain containing 7B (Thsd7b), (10ug)

Specifications

Product Data

• Type: Mouse Untagged Clone
• Tag: Tag Free
• Symbol: Thsd7b
• Synonyms: 1700074E13Rik; B930082A18; D130067I03Rik
• Vector: PCMV6-Kan/Neo
• E. coli Selection: Kanamycin (25 ug/mL)
• Mammalian Cell Selection: Neomycin
• Sequence Data:
  Fully Sequenced ORF

  >BC063250 sequence for NM_172485
  GCCAGAGTCGCAGCCGGGTTGCCAGACGCTGGAATGGGTGGTCTCCCGACACATACCACCATCTTCACTG GGAAAGCTCGGGGCTCGTCGGCTCCCAGAAGCTGCAGCTGCGGCTCGGGCGAGGCTGGATTAGGCAAGTG AAGAGCTGAAAAATCTGAAGAATGTTTCTGAGGAGTGATCTGGCTGTCACTCACTGGGTTTCCAGGAGCA TGAGGAAGCTCTTTCTAGTGCTTTCTCTCCTGCTGTCCCAAGCAGCTCATTTGGAAGGCAGGAAGGACAA TCAGTTCCTCTGGAAAACCGGTCCCTGGGGAAGGTGTGCAGGTGACTGCGGACCAGGCGGAGCCCAAAGT CGTGCTGTATGGTGCTTTCACATAGAAGGGTGGACGAGTCCCATGTCGAACTGTGATGAGAGCAGCCAAC CTCCAAAGGAAAGGAGCTGTTTCCGCGTGTGTGACTGGCACAGTGACCTGTTCCAGTGGGAGGTTTCCGA CTGGCATCGCTGCCTTCTGGTTCCTGGGGCCCAAGGTGAGCCCAGGCCTCGGGCTGTGGAATGTGTGACT GCACAGCACGGTCTACAGCACCGGACAGTGCGCTGTCTTCAGAAGCTCAATAGAACCATGGTGTCCAATG AGATCTGTGAACACTTTGCTCCTCAGCCCCCCACAGAGCAAGCCTGCCTCATTCCTTGCCCCAGGGACTG CGTGGTATCTGAGTTCTCCCCATGGTCCACCTGCCCCGAAGGATGTGGGAAGAAACTGCAGCATAGAACT CGTGTGGCCATCGCGCCCCCTCTGTATGGAGGTCTGCAGTGTCCAAATCTCACGGAGTCCAGAGCCTGCG AGGCTCCAGTTTCCTGTCCTCTTGGGAAAGAAGAATATTCCTTCAGCCTAAAGGTGGGACCATGGAGCAA ATGTAGACTCCCTCACCTTAAGGAAGTCGACCTCAGCGGAAGAAATATCCAGGATTTTAGCTCTGATTCA AACGAGCAAGTCACCCTAACACATCAGAGTTACAAAGCACACCACCACTCCCAGCCTGGGGATGTAGTGA TAGGGTTTCAAACCAGGCAGGTGTGGTGTACCAGAAGTGATGGAAGAAACGCCCTGTTAAGCCTTTGTGT TCGTGATTCCTTCCCTCTGACTGTCCAGCCTTGTGTGATGCCAAAAGACTGTGAGACTTCTGAATGGTCT CCATGGAGCCCCTGTTCCAAGACCTGCCGTTCTGGGACTTTATCACCTGGAGTTAGAAGCAGGAGCCGGA ACGTGAAGCATATTGCTATTGGAGGTGGCCAGGAATGCCCAGAACTTCTTGAGAAAGAGACCTGCATTGC TGAAGGGGAATTTCTGCAACCATGTCCCAGGTATTCCTGGAGAACCTCTGAATGGAAGGAATGCCAAGTC TCTCTTCTTCTGGAGCAACACGATCCACTTTGGCATGAGACAGGACCAATCTGTGGTGGTGGGATCCAGA CCCGGGAGGTGTACTGTGCCCAGAGCCTACCAGCAACCATTGCATCAAGGACCAAGGAAGTCTCCAGGCC CGTGGAAAGGACACTATGCTTGGGACCTGCCCCCTCAGCCTCTCAGCTTTGCAATGTCCCTTGCTCGATG GACTGCATAGTATCTTCCTGGTCAACCTGGGGCCCATGTGTTTTTGAGAACTGCCATGATCCTCAGGGGA AGAAAGGCTTTAGAATGAGACAGCGCCATGTACTCATGGAGTCTACAGGGCCCATGGGGCGCTGCCCTCA TCTGGCAGAATCTGTACCTTGTGAGGATCCAATGTGTCATCGCTGGCTTGCCTCGGAAGGGATCTGTATT GCTGATCATGGGAAATGTGGCCTGGGACATCGCATTCTGAAGGCTGTCTGTCAGAATGAGCGAGGAGAAG AAGTATCAGGGGGTCTCTGTCCAGTGCCTCCTCCTCCTGAACGAATGGCTTGTGAAATTCCTTGCCGAAT GGACTGTGTAGTGAGTGAGTGGACAGTGTGGTCATCCTGCTCTCAGTCCTGTTCAAATAAAAACTCAGAT GGGAAACAAACCAGGTCACGTTCTATCCTCGCTTTGGCTGGAGAAGGTGGAAAGACCTGCCCTAGTAGTC AGGAACTCCAAGAGTACCGCCTATGCAATGATCATTCCTGTACACAGCTCTACTGGGAGACATCTGCTTG GGGTTCCTGCTCTGAAAATACTCTTGTGACTGCTCTCAATGTGACCATTGGCTGGAATGGAGAAGCAACA TGTGGGGTGGGCATTCAGACACGAAAGGTCTTCTGTATCAAGAGTCATGTGGGACAAGTAATGACCAAAA GATGTCCAGAGTCTACACGGCCAGAAACTGTAAGACCTTGTTTCCTCCCATGCAAGAAAGACTGCCTTGT GACTGCTTTCAGTGAGTGGACACCATGCCCACGGCCCTGCCAGCCAGGAAATACTACAATAAAACAATCT CGATACAGGATTATCATCCAGGAAGCAGCCAATGGGGGTCAAGAGTGCCCAGACACCTTGTTTGAAGAAA GAGAGTGTGAAGATATCTCACTGTGTCCTTCATACCGGTGGAAGCCGCAGAAATGGAGCTCTTGTATCCT GGTTCCAGAGTCTATCAGGCAGGGGAGAACAGGCACCAGTGAGGCATGTGGGAAGGGGCTGCAGACAAGA GCTGTCTCATGCATCTCTGATGATAACCAGTCTGCAGAAATGACAGAGTGCCTCAAGCAGATGAATGGCA TGCCTCCCCTTGTGCAGGAATGCACCATTCCCTGTCGGGACGACTGCACCTTCACCCCTTGGTCTAAGTT CACTCCCTGCTCCAAGAACTGTGAAGCAACTCAGATCAGGAGGCGGCAGCTAACAGGGAAAAGCAGGAAG AAAGAGAAGTGCCAGGATGCGTCCCTGTACCCTCTGGTGGAAATGGAACCATGTCCCTGTGATACGTTTA TGTCTCATCCTTATGGAAACTGGTCAGCTTGCATTCTACCAGAAGGCAAAAGGGATGCTCAGCAAGGAGG ATTGTGGGTGCAAGGAGATGACAAAGAATGTGGAGAAGGCGTGCGCTTTCGAGCAATAGCATGCTCCAAT ATAAATGGAAGACCGGTTGACCCCTCATTCTGCAACAGCTCTGGTTACATTCAGGAAGCATGTGTCATCC CCTGTCCGTTTGATTGCAAGCTAAGTGACTGGTCCAGCTGGGGTTCTTGCAGCTCATCTTGTGGGATTGG AGTGAGAATTCGATCAAAATGGCTAAAAGAAAAACCTTACAGTGGAGGTCGGCCATGTCCCAAACTGGAT CTCAAGAATCAGGTTCATGAGGCAGTCCCATGTTACAGTGAGTGTGATCAATATTCCTGGGTCGTAGAAC ACTGGTCTCCATGCAAGATCAATAATGAGCTGAGATCCCCACGCTGTGGAAGAGGAACACAGTCTAGAAG AATCAGGTGTGTGAGTACTGCTGACAGAGAAGGAGGGGCAGTGAACAGGAGCCTGTGCAACCAGGATGAT GCTCCCCAAGAAACCCAGGCCTGTTCTCTTCTGTGTCCCAGTGAGTGTGTCATGTCCGAGTGGGGAACAT GGAGCAGATGCCCACAGTCATGTGACCCCCATGCAATGCAGAGAAGAACTCGGCATCTGCTGAGGCCCTC ACTGAACTCAAGAACTTGTGGGGAAGACTCGCAGGTGCGGCCCTGCCTCCTCAATGAAAACTGTTTCCAG TTCCAGTACAATCTGACAGAGTGGAGCACATGCCAGCTGAGTGAAAATGTTTCCTGTGGCCAGGGTGTGA GGACCCGCCTGCTGAGCTGTGTGCGCAGTGATGGCAAGTCTGTCAGCATGGACCACTGCGAGCAGCGTAA TCTGGAAAAACCCCAGAGGATGAGTATTCCCTGTCTGGTGGAATGTGTGGTCAACTGTCAGCTCTCAGGA TGGACAACATGGACAGAGTGTTCACAAACCTGTGGCCAAGGAGGTCGCATGAGCCGGACTCGATTTATCA TTATGCCAACCCAAGGAGAAGGTCGACAATGCCCCACAGAACTCACCCAGCAGAAACCCTGCCCAGTGAC ACCCTGCTATAGTTGGGTCCTTGGCAACTGGTCTGCATGTAAATTGGAGGGCGGAGATTGTGGAGAAGGA GTCCAGGTGCGCAGCTTCTCCTGTGTAGTCCACAATGGCTCAATATCCCACACGGCTGTCCCTGTGGAGG AGGCCCTGTGTGGAGAAGTACCCTTCCAAGAAGGAATCCTGAAGCAGCTGTGCTCTGTGCCTTGCCCAGG AGACTGCCACATTACCCCATGGTCTGAGTGGAGCAAGTGTGAGCTAACCTGCATTGACGGAAGAAGCTTC GAGACCACAGGCCGCCAATCTAGGTCAAGGACATTCATAATCCAGTCTTTTGAGAATCAAGATAGCTGCC CCCAACAGGTTCTAGAAACACGACCATGTACAGGTGGCAAATGTTATCACTACATATGGAAAGCAAGTCT TTGGAACAATAATGAGCGGACTGTGTGGTGCCAGCGCTCAGATGGCCTTAATGTCACAGGTGGCTGCTCC CCTCAGGCACGCCCTGCTGCTATTCGGCAATGCATTCCAGCATGCAAAAAACCTTTCTCCTACTGCACAC AGGGAGGAGTCTGTGGCTGTGAGAAGGGATACACAGAGATAATGAGATCAAGTGGCTTCCTGGATTACTG CATGAAGGTGCCTGGCTCGGAGGATAAAAAAGCTGACGTGAAAAACCTCTCTGGGAAAAATAGACCTGTG AATTCCAAAATACATGATATTTTTAAAGGATGGTCTCTCCAACCTCTGGACCCAGATGGCCGAGTAAAAA TGTGGGTTTATGGCGTTTCCGGTGGCAGTTTTCTTATCATGATCTTCCTAGTATTTACTTCCTATCTTGT TTGCAAGAAGCCAAAACCACATCAAAGCACACCTCGCCATCAGAAGCCACTGACCTTGGCCTACGATGGA GACTTGGACATGTAACTTGAAAAAGGAATCCAAATGTAGACATCAACTGCTGCCTTAAATGCTTTCTCTT TTGTAGCTCTCAGACTTCTCAGTTCTTTGAGGAATCTCATGATGTGATACCTTGGGCAGAATACGAATAT GACAAAAGTAATAGTGCCCCAACTTCATTTGGACATGGAGTCAAGAACTACTGGGTCTGCCATTTTGTTT TCAAGTTGTTTGTGGGTGTGTTTTGCTTTTTCGGTTTTCCCAAGAGGCCTGAAAACCCTTCTCTTCCTGT TTGGAAATGAGAGGAAGAGAACCTGAAGGATTTCGCACAGACTTGAGTAAACTTGATCCTCAGCCGCATA TTGACAATCCACAGGAAAGTCCAATCGAGGCATTTACTGTAAATGGCGAGTCTGACACTGTATTGTTACG CACTATATTAGTGCAGAGTCCTTATTCCCATACTTCAACATGAGTTTTCTAGAGTTTACATTGGTTCGAA AACTTGCAAATTGGATTGCCTATTTTCATGAACACAGAGAGAATGGGTTGCCATTTCAGAAGTTCTCTGA GTTTTTACCTTTAAATAATGTATTTTATTTTGTAGCCAGGGGATGATGGCACTTTGTGGGCTGCATCTGT TGAGACAGAGGAGTGTGCATTACAACTGGACTAGAGTAAATTGGGTAGTTTCCAGATGAAATGTGCAGAG TGTTAGCAAGGAAATTAGGTGAATGTACTGGAGAATGAGGTAGACTATTTGATAACTAAAACTGTATTTT AACAAAAACCTAGCTGTGTAGATATAGCATTGATCACACACAGTTGTAATTCAGTTTAATGTTGACCAAA ATATGCTTTTGTAATTTCAATTTTCTTATCTGAATATTATAAATTATTTTGAATTTAATTATCTGACCTC ATTTAATATACATTGAACACCGATCCTGTTTGTAGCGAGTCTTGTTTTTATAAGGTTTCAATAATATCTA AAACAACACATTAAAAAGCTGAGACCATTTTATGAGCTAATCCTTTGTAATCCCAGATGTTGGAAGTAAG AAGGTGCCATTGTGTGCTATGGATTTGTCTTTATAACAAATAAAGTGCTCAAGAGACTGGAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAA
• Restriction Sites: AscI-NotI
• ACCN: NM_172485
• Insert Size: 4824 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: BC063250, AAH63250
• RefSeq Size: 6112 bp
• RefSeq ORF: 4824 bp
• Locus ID: 210417
• UniProt ID: Q6P4U0
• Cytogenetics: 1 E4