Fndc3b (NM_173182) Mouse Untagged Clone

CAT#: MC204862

Fndc3b (untagged) - Mouse fibronectin type III domain containing 3B (Fndc3b), (10ug)

Specifications

Product Data

• Type: Mouse Untagged Clone
• Tag: Tag Free
• Symbol: Fndc3b
• Synonyms: 1600019O04Rik; AW550168; Fad104; mKIAA4164
• Vector: PCMV6-Kan/Neo
• E. coli Selection: Kanamycin (25 ug/mL)
• Mammalian Cell Selection: Neomycin
• Sequence Data:
  Fully Sequenced ORF

  >BC067389
  GCTGGACTCGGCGAGCCAGGCGGCTGCAGGCTCGGGCGGGGGAGCGGGGCGCGGCGGGAAGCAGAGGACG ACCCGGTGCGTGTGGGCCAGCGGAGCGCGGGTAGCAGGTTGAGGGCAATTCTCCATGAATGTACGTCACC ATGATGATGACCGACCAGATCCCCCTGGAATTGCCACCTCTGCTCAATGGGGAGGTGGCCATGATGCCCC ACTTGGTGAACGGAGAAGCAGCTCAGCAGGTCATTCTTGTCCAAGTGAACCCAGGTGAGACCTTTACCAT CAGAGCCGAGGATGGGACACTTCAGTGCATCCAAGGACCTGCTGAAGTTCCCATGATGTCACCCAATGGG TCCATTCCTCCTATCCATGTGCCTCCAGGTTATATCTCACAGGTGATTGAAGACAGCACCGGAGTCCGCC GGGTGGTGGTCACACCGCAGTCTCCTGAGTGCTACCCACCGAGTTATCCCTCAGCCATGTCTCCAACCCA TCACCTGCCCCCTTATCTGACCCACCATCCACACTTCATCCAGAACTCGCACACCGCCTACTACCCGCCC GTCACCGTGCCTGGAGATATGCCACCCCAGTTTTTCCCCCAGCCTCACCTTCCTCCCACAATATATAGCG AGCCAGAAATTATCCCCCTGTATGGAATGTCGAGCTACGTCACCCGAGAAGACCAGTACAGCAAGCCTCC ACATAAGAAGCTGAAGGACCGCCAGATCGACCGCCAGAACCGCCTCAACAGCCCACCTTCCACCATCTAC AAGAACAGCTGCGCCACAGTGTACAATGGCTACGGGAAAGGCCACAGTGGAGGGAGCAGTGGAGGTGGGG GAGGTGGCAGCGGCGGTGGACCTGGGATCAAGAAGACAGAGCGAAGAGCGAGGAGCAGCCCAAAATCCAG TGATTCTGACCTGCAAGAGTATGAGTTGGAAGTAAAGAGGGTGCAAGACATTCTTTCGGGAATAGAGAAA CCACAGGTGTCTAATATCCAGGCAAGAGCAGTTGTGCTGTCTTGGGCACCCCCTGTCGGACTGTCCTGTG GACCCCATGGTGGTCTTTCCTTCCCTTACAGCTATGAGGTCGCCTTATCTGACAAAGGGCGAGATGGGAA ATACAAGATCATTTACAGTGGAGAAGAGTTGGAGTGTAACCTGAAAGATCTCAGGCCTGCCACGGATTAC CATGTGAGGGTATATGCCGTGTACAATTCTGTCAAGGGATCCTGCTCCGAGCCAGTCAGCTTCACCACCC ATAGCTGCGCACCAGAATGTCCCTTCCCTCCCAAGCTGGCACACAGGAGCAAAAGTTCACTTACCCTGCA GTGGAAGGCTCCAATTGACAATGGTTCAAAAATCACCAGCTACCTTTTAGAATGGGATGAGGGAAAGAGA AACAGTGGTTTCAGACAGTGTTTCTTTGGAAGCCAGAAGCACTGCAAACTGACAAAGCTCTGTCCAGCCA TGGGCTACACGTTCAGGCTCGCTGCTCGGAACGACATCGGCACCAGTGGTTACAGCCAGGAGGTCGTGTG CTACACGTTGGGAAACATCCCGCAGATGCCCTTGGCACCCCGGCTTGTCCGAGCCGGCGTCACCTGGATC ACCCTGCAGTGGAGCAGGCCAGAAGGCTGCTCGCCTGAGGAAGTGATAACCTACACCCTGGACATTCAGG AGGATGAGAACGATAGCCATTTCCACCCAAAATACACTGGAGAGGACCTAACCTGTACTGTGAAAAATCT CAAGCGAAGCACACAGTATAAATTCAGGCTGACTGCTTCCAACATGGAGGGGAAGAGCTGCCCAAGTGAA GTCCTGGTTTGTACAACCAGCCCCGACAGACCTGGCCCTCCAACCAGACCCCTCATTAAAGGACCTGTCA CATCACATGGCTTCAGTGTCAAGTGGGATGCTCCAAAGGACAACGGTGGCTCAGAAATCCCGAAGTATCT GCTGGAGATCACGGATGGAACTCCTGAAGCTGGGCAGTGGGAAGTGGCCTACAGTGGATCGGCTACAGAG TATGTCTTTACCCATTTGAAACCAGGCACTTTGTACAAACTGCGAGCGTGCTGCATCAGTACCGGTGGGC ACAGTCAGTGTTCCGAAAGTCTCCCTGTCCGCACACTAAGCCTTGCACCAGGTCAGTGCCGACCACCGAG GGTTTTGGGTAGACCAAAGCACAAAGGAGTCCACTTAGAGTGGGATGTGCCTGCGTCTGAAAGTGGCTGT GAGGTCTCAGAATACAGTGTGGAAATGACGGAACCCGAGAATGTCGCCTCAGAGGTGTACCATGGGCCTG AGCTGGAGTGCACGGTTGGCAACCTGCTGCCTGGAACTGTGTACCGCTTCAGAGTGCGAGCTCTGAATGA CGGAGGGTACGGTCCCTACTCTGATGTGTCAGAAATCACCACTGCCGCAGGGCCCCCTGGGCAGTGCAGA GCACCGCGTGTCTCCTTCACGCCTGACGGATGCGTCCTGGTGGGCTGGGAGAGCCCTGCGAGCCCTGGTG CCGACATCTCCGAATACAGGTTGGAGTGGGGAGAAGATGAACAGTCCTTAGAACTCGTTTATCATGGTCC AGACACCTGCTTTGAGATGCGAGATCTGTTGCCTGCTGCACAGTATTGCTGCAGACTACAGGCCTTCAAT CCAGCAGGCGCAGGGCCATATAGTGAGCTTGTCCACTGCCAGACACCAGCCTCTGCCCCCGACCCTGTCT CCACTCTGTGTGTCCTGGAGGAGGAGCCCCCCAGTGCCCACCCAGACTCACCCTCTGTGTGCCTTGTACT GAACTGGGAAGAGCCGTGCAATAATGGGTCTGAAATCCTTGCTTATAACATCGATCTGGGAGACAGCTGC ATTACTGTGGGCAACACTACCACACACGTGATGAAGAACCTCCTTCCAGAAACGACATACCGGATCAGAA TTCAGGCTATCAATGAAATTGGAGTTGGACCATTTAGTCAGTTCATTAAAGCAAAAACTCGGCCATTACC GCCTTCGCCTCCTAGGCTTGAGTGTGCTGCGTCTGGTCCTCAGAGCCTGAAGCTCAAGTGGGGAGACAGT AACTCCAAGACACATGCTGCTGGTGACATGGTGTACACACTACAGCTGGAAGACAGGAACAAGAGGTTTA TCTCAATCTACCGAGGACCCAGCCACACCTACAAGGTCCAGAGACTGACAGAGTTTACCTGCTACTCCTT CAGGATCCAGGCAATGAGCGAGGCAGGGGAGGGGCCTTACTCAGAAACCTACACCTTCAGCACAACCAAA AGCGTGCCTCCCACCCTCAAAGCACCTCGAGTGACGCAGTTAGAAGGGAATTCCTGTGAAATCTTCTGGG AGACGGTACCACCGATGAGAGGCGACCCTGTGAGCTACGTTCTACAGGTGCTGGTTGGAAGAGACTCTGA GTACAAGCAGGTGTACAAGGGAGAAGAAGCCACATTCCAAATCTCAGGCCTCCAGAGCAACACAGATTAC AGGTTCCGCGTGTGTGCCTGCCGCCGCTGTGTGGACACGTCTCAGGAGCTCAGTGGCGCGTTCAGCCCCT CTGCGGCTTTCATGTTACAACAGCGTGAGGTTATGCTTACAGGGGACCTGGGAGGCATGGAAGAGGCCAA GATGAAGGGCATGATGCCCACCGACGAACAGTTTGCTGCACTCATCGTGCTTGGCTTCGCGACCCTGTCC ATTTTGTTTGCCTTTATATTACAGTACTTCTTAATGAAGTAAATCCAGCAGGCCAGTGGTATGCTCGGAA CGCCACACGTTTTAATACACATTTACTCAGAGCCTCCCCTTTTTACGCTGTTTCGTTCTTTGATTTATAC GCTTCTCTTGTTTTACACATTTAGCTAGGGGAAAGAGTTTGGCTGCACCTATTTGAGATGCAAAACTAGG AAGAGGTTAAACTGGATTTTTTTTAAACAATAATAAATAAAGGAATAAAGAAGAGAAGGAAGCGGCGGGC AAGCTCCAGACACCGAGAGCCAGTGTGCCCAACGAGCTTGCCTTGTCGGGCTTCCCCGTGTGCTTCTGGT CTGTTCCCACTGATGTCTTTCGCAAGCCTTTGATCATCTTGTGTGTTACAGTTCAGTAATTTATATTCAC AGTCATTTCTTGATCATCTATACCTGTTAACAGAATCACAGTGTATGTAGTTCAGGGCTGGGATTCCGGT GTTGTCAGAGTATTGCCACATGAGAATATTCAGTGTGCCTTCGGAGGAGGCCACCTCGACCATCCTTACG TCACTCAGTTACGTAACTGTGTTAGCTCATCTAAGTCAAAGTGTGTACTTTAATCTAAAATGTTTTATTA CTCTGTATCCCTTATGATTTTAACACTATGAGTTGCCTGTCTAAGAAGTCACATAACCAAATGCGCCTAT AAATGATAGAGCATTGTAGATTTTCACATCGGTCCATAGCAGTAACTTTAAGAGGGCATTGTGCAATAGT TAGTTGTTTCTTGTTCGGCTACTTTAAAAGCTGCTTTAACTTGTCTGTCTGTCTTTGTACATAACTACTT CTAATATAATCACTAGAGTTATTATATTCTGTTATGTTTGACCGGAATTATGTGACGAGAGCTCATGGCA GTTGTGAACTGTCTCCTTACATGTTAGCCCATCATATTTGAAAGACTTGCCTTTGGCTATTCTTTGGGGT GTCAGTGACGTGAATGAAGTTGAATACCATATTTCAGTGCCCATGATACTAATGTAGCAGTAGATAGAAA TCTTACTGATAAAGCCCACCACAAGGGAACCATTTACATTTGTCCTGTTTCTGGGGGCTTCATCTGGCCG CATGGAGAGAGGGAGTGGAAACTGGCTGTGAGCATGAGATGTTTGGGGGCCAAAGAGCCTACTAGATTCT CTCCCTGGGTCTGTCACTAATTTGCTTTGTGACCTCTCTGTGCCTGTTTTCCCATGCATGAGTAATCAAA TCAAATGGGGATTCAATACCTGTAAGTGCTAAGAGACCTTGGATCCACCGGTGCTATGTAAGTGCGGAGA ATCACTCTCACGGATTCACTTAGAGTCATGAGGTAATGAGTTCTAACCCAAAGTCATTGGATCCCTCAAC CAAGTCCACAATGTTCAAGTACCTCAGGGACACTTAAGAGTTGGAGGTGCAACTGTATTCCAAAAGGGTG CGACAGACACAGCCGATTCCCCTCTTCCTGTTTTTTTGTATATTTTTGCTCCTTGGTTTTTCTTGATCAT AGCTACTTTGTGCTTGGTCTATGTTGTCTATGATGCAGTAAGTACCCTGTACTAGCTTATACTATTCCCA TACCAAAGTCATGGGGAAACCAACATTATTTTGTTTTGGGTTTATTTATACTCTATTCTGCATACAGTAC TTTAAATGCCAATGACAGTGCAATCTTTATTTATTGTAATGTTAAATGTACTTATTACTAATGTGCCCTC CTAGCATGTTATATTTTGTGTGTTTTATACTTTTTGTAATTTTAGGTCAGTTTAGTTCCTTGGCAACATC TGTAGTATTAGCCTTCTGACATCTTTCTTGTGTTTTTAAAGATAAGAGCATCTAACTCATTAAATGCCAA AAAAAAAAAAAAA
• Restriction Sites: RsrII-NotI
• ACCN: NM_173182
• Insert Size: 3624 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: BC067389, AAH67389
• RefSeq Size: 5613 bp
• RefSeq ORF: 3624 bp
• Locus ID: 72007
• UniProt ID: Q6NWW9
• Cytogenetics: 3 A3
• Gene Summary: May be positive regulator of adipogenesis.[UniProtKB/Swiss-Prot Function]