MUC3 (MUC3A) (NM_005960) Human Untagged Clone

CAT#: SC338161

MUC3A (untagged) - Human mucin 3A, cell surface associated (MUC3A)

Specifications

Product Data

• Type: Human Untagged Clone
• Tag: Tag Free
• Symbol: MUC3A
• Synonyms: MUC-3A; MUC3
• Vector: pCMV6-Entry
• E. coli Selection: Kanamycin (25 ug/mL)
• Mammalian Cell Selection: Neomycin
• Sequence Data:
  Fully Sequenced ORF

  >NCBI ORF sequence for NM_005960, the custom clone sequence may differ by one or more nucleotides
  
  
  ATGCAGCTGTTGGGGCTCCTCGGCCTCCTCTGGATGCTCAAGGCCTCCCCGTGGGCCACAGGAACTTTAT
  CCACGGCCACATCCATCTCTCAAGTGCCTTTCCCCAGAGCAGAAGCAGCCAGCGCTGTGCTCAGCAATTC
  TCCACACTCCAGAGACCTGGCTGGGTGGCCACTTGGTGTCCCCCAGCTCGCCTCTCCTGCTCCTGGCCAC
  AGGGAAAATGCACCTATGACACTCACTACCTCCCCCCATGACACACTCATCTCTGAAACATTGCTCAACT
  CTCCAGTCAGTTCCAACACCTCAACCACCCCGACGTCCAAGTTTGCCTTCAAGGTTGAAACCACTCCACC
  CACCGTGTTGGTCTATTCAGCCACCACTGAGTGCGTGTATCCAACGAGCTTTATAATCACCATCTCCCAC
  CCCACCTCCATCTGTGTGACCACGACGCAGGTGGCCTTCACCAGCTCTTACACCTCGACTCCCGTGACAC
  AGAAGCCAGTGACCACCGTCACCAGTACTTACTCTATGACCACTACTGAGAAAGGAACGTCAGCCATGAC
  ATCTTCTCCCTCTACCACCACTGCAAGGGAAACTCCCATAGTGACAGTGACACCCTCCTCTGTGTCAGCC
  ACAGACACAACCTTCCACACTACAATCTCGTCTACAACTAGAACCACAGAAAGGACTCCCCTGCCCACTG
  GAAGCATCCATACAACCACGTCCCCAACCCCAGTATTTACTACTCTCAAAACAGCAGTGACTTCCACTTC
  CCCCATCACTTCTTCAATCACTTCCACAAATACAGTGACTTCTATGACAACGACCGCCTCCCAGCCCACA
  GCCACTAATACATTGTCATCACCCACTAGGACCATTTTATCTTCCACACCTGTCCTGAGCACAGAAACAA
  TCACCAGTGGTATCACAAACACCACCCCCCTATCCACCTTGGTGACCACACTCCCCACTACCATCAGCAG
  GTCTACACCTACATCTGAGACCACCTACACTACTTCTCCCACCAGCACTGTCACAGACTCCACTACCAAA
  ATCGCCTACTCCACAAGTATGACAGGTACATTGTCCACAGAGACTTCTCTCCCACCCACCTCTTCCTCTC
  TCCCAACCACAGAAACAGCCACGACTCCTATGACAAACTTGGTAACCACCACCACTGAGATCTCCTCCCA
  CAGTACTCCCAGCTTCTCTTCATCAACCATCTACTCCACAGTCAGCACATCCACAACTGCCATCTCCTCA
  CTTCCCCCTACCTCAGGTACTATGGTGACTTCCACAACCATGACCCCATCTTCTCTGAGTACAGACATCC
  CTTTCACAACACCAACAACTATCACCCACCATTCTGTGGGCTCTACCGGTTTCCTGACTACAGCAACAGA
  CCTCACATCAACATTCACGGTTTCCAGTTCCTCAGCAATGTCCACGAGTGTCATTCCATCTTCCCCCAGC
  ATTCAGAATACAGAAACCTCATCCCTTGTCAGCATGACCTCTGCCACTACTCCCAATGTGAGACCAACTT
  TTGTAAGTACACTCAGCACTCCTACAAGTTCCCTCCTGACGACCTTCCCAGCAACATATTCATTTTCATC
  TTCCATGTCTGCCAGCAGTGCTGGGACCACTCACACAGAGAGTATCTCCTCACCTCCAGCCAGCACCAGT
  ACACTCCACACAACAGCTGAATCCACCCTGGCACCCACTACCACCACCTCATTCACAACTTCCACAACTA
  TGGAACCACCTTCAACCACTGCAGCAACTACAGGAACAGGTCAGACCACCTTCACCAGCTCTACAGCCAC
  ATTTCCTGAGACCACCACACCGACTCCTACAACTGACATGTCCACAGAATCTCTCACAACAGCCATGACT
  TCTCCTCCCATCACTTCATCAGTCACTTCCACAAATACAGTGACTTCTATGACAACTACGACCTCTCCTC
  CCACAACCACCAATTCTTTTACATCACTGACCAGTATGCCTCTGTCTTCTACACCTGTCCCAAGCACAGA
  AGTAGTCACCAGTGGCACCATAAACACAATCCCTCCATCTATCTTGGTGACCACACTCCCCACTCCAAAT
  GCTTCATCTATGACTACATCTGAGACCACCTATCCTAATTCTCCGACTGGTCCTGGTACAAACTCCACGA
  CGGAAATCACCTATCCCACCACTATGACAGAGACATCATCCACTGCCACCTCTCTTCCACCCACCTCTCC
  CTTGGTCTCAACTGCAAAAACAGCCAAAACTCCTACCACAAACTTGGTAACCACCACCACCAAGACCACC
  TCACATAGTACCACCAGCTTCACTTCTTCAACCGTCTACTCCACAGCCAGCACATACACAACTGCCATCA
  CCTCAGTTCCCACTACGTTGGGTACCATGGTAACTTCTACATCCATGATCTCATCTACTGTGAGTACAGG
  TATCCCTACCTCACAACCAACAACCATCACTCCCTCATCCGTGGGCATCAGTGGTTCATTACCTATGATG
  ACAGACCTCACCTCAGTGTACACAGTCTCTAACATGTCTGCAAGGCCAACAACTGTCATTCCCTCATCTC
  CCACTGTCCAGAATACAGAAATCTCAATCTCTGTTAGCATGACGTCTGCTACCACTCCCAGTGGAGGACC
  AACTTTCACAAGTACTGAGAACACTCCAACAAGGTCCCTCCTGACAAGCTTTCCAATGACACATTCATTC
  TCTTCTTCTATGTCTGAAAGTAGTGCTGGGACCACTCACACAGAGAGTATCTCCTCACCTCGAGGCACCA
  CCAGTACACTCCACACAACAGTTGAATCCACCCCATCACCCACTACCACCACCTCATTTACCACATCCAC
  AATGATGGAACCACCTTCATCCACTGTATCAACTACAGGCAGAGGTCAGACCACCTTTCCCAGCTCTACA
  GCCACATTCCCTGAGACCACTACACTGACTCCTACAACTGACATTTCTACAGTATCTCTCACAACAGCCA
  TGACTTCTCCTCCCCCCGTCAGTTCTTCAATCACTCCCACCAATACAATGACTTCTATGAGAACTACAAC
  CTATTGGCCCACAGCCACTAATACATTATCACCACTCACCAGTAGCATTTTATCTTCTACACCTGTCCCA
  AGCACAGAAATGATCACCAGTCATACCACAAACACCACCCCTCTATCCACCTTGGTGACTACACTCCTCA
  CTACCATCACCAGATCTACACCTACATCTGAGACCACCTACCCTACTTCTCCCACCAGCATTGTCTCAGA
  CTCCACGACTGAAATCACCTATTCCACAAGTATAACAGGTACATTGTCCACTGCCACTACTCTCCCACCC
  ACCTCTTCCTCTCTCCCAACCACAGAAACAGCCACGATGACTCCTACCACAACCTTGATAACCACCACCC
  CTAATACCACCTCCCTTAGTACCCCCAGCTTCACTTCTTCAACCATCTACTCCACAGTCAGCACATCCAC
  AACTGCCATCTCCTCAGCTTCCCCTACCTCAGGTACCATGGTAACTTCCACAACCATGACCCCATCTTCT
  CTGAGTACAGACACCCCTTCCACAACACCAACAACTATCACCTACCCTTCTGTGGGCTCTACCGGTTTCC
  TGACTACAGCAACAGACCTCACATCAACATTCACTGTTTCCAGTTCCTCAGCAATGTCCACAAGTGTCAT
  TCCATCTTCCCCCAGCATCCAGAATACAGAAACCTCATCCCTTGTCAGCATGACCTCTGCCACCACTCCC
  AGTTTGAGACCAACTATCACAAGTACTGACAGCACTCTAACAAGTTCCCTCCTGACGACCTTCCCAAGTA
  CATATTCATTTTCATCTTCCATGTCTGCCAGCAGTGCAGGGACCACTCACACAGAGACTATTTCCTCACT
  TCCAGCCAGCACCAATACAATCCACACAACAGCTGAATCCGCCCTGGCACCCACTACCACCACCTCATTC
  ACCACATCCCCAACGATGGAACCACCTTCAACCACTGTAGCGACTACAGGCACAGGTCAGACCACCTTCC
  CCAGCTCTACAGCCACATTCCTTGAGACCACCACACTGACTCCTACAACTGACTTTTCTACAGAATCTCT
  CACAACAGCCATGACTTCTACTCCCCCCATCACTTCTTCAATCACTCCCACCGATACAATGACTTCTATG
  AGAACTACGACCTCTTGGCCCACAGCCACTAATACGTTATCACCACTCACCAGTAGCATTTTATCTTCTA
  CACCTGTCCCAAGCACAGAGGTGACCACCAGTCATACCACAAACACCAATCCTGTATCCACGTTGGTGAC
  TACACTCCCCATTACCATCACCAGGTCTACACTTACATCTGAGACCGCCTACCCTAGTTCTCCCACAAGC
  ACTGTCACAGAGTCCACAACTGAAATCACCTATCCCACCACTATGACAGAGACATCATCTACTGCCACCT
  CTCTTCCACCCACCTCTTCCTTGGTCTCAACCGCAGAAACAGCCAAAACTCCTACCACAAACTTGGTAAC
  CACCACCACCAAGACCACCTCACATAGTACCACCAGCTTCACTTCTTCAACCATCTACTCCACAGCCAGC
  ACACCCACCACTGCCATCACCTCAGTTCCCACTACCTTGGGTACCATGGTGACTTCTACATCCATGATCC
  CATCTACTGTGAGTACAGGTATCCCTACCTCACAACCAACAACTATTACTCCCTCATCCGTGGGCATCAG
  TGGTTCATTACCTATGATGACAGACCTCACCTCAGTGTACACAGTCTCCAGCATGTCTGCAAGGCCAACA
  AGTGTCATTCCTTCATCTCCCACTGTCCAGAATACAGAAACCTCAATCTTTGTTAGCATGATGTCTGCTA
  CCACTCCCAGTGGAGGACCAACTTTCACAAGTACTGAGAACACTCCAACAAGGTCCCTCCTGACAAGCTT
  TCCAGTGACACATTCATTTTCCTCTTCCATGTCTGCCAGCAGTGTAGGGACCACTCACACCCAGAGTATC
  TCCTCACCCCCAGCCATCACCAGTACACTCCACACAACAGCTGAATCCACCCCATCACCTACAACCACCA
  TGTCATTCACAACATTTACAAAGATGGAAACACCTTCATCCACTGTAGCAACTACAGGCACAGGTCAGAC
  TACATTCACCAGTTCAACAGCCACATCCCCTAAGACCACCACACTGACTCCTACCTCTGACATTTCCACA
  GGATCTTTCAAAACAGCCGTGAGTTCTACTCCCCCCATCACTTCTTCAATCACCTCCACATATACGGTGA
  CTTCGATGACAACTACCACCCCTCTAGGGCCCACAGCCACTAATACGTTACCATCATTTACCAGTAGCGT
  TTCATCTTCTACGCCTGTCCCAAGTACAGAAGCGATCACCAGTGGTACCACAAACACCACCCCTCTATCT
  ACATTGGTGACCACATTCTCCAATTCCGACACCAGTTCTACACCTACATCTGAGACCACCTACCCTACTT
  CTCTTACTAGTGCTCTCACAGATTCCACGACCAGAACCACCTATTCCACCAATATGACAGGTACATTGTC
  CACTGTGACCTCTCTTCGACCCACCTCTTCCTCTCTCCTCACCACAGTAACAGCCACAGTTCCAACAACA
  AACTTGGTAACCACGACCACCAAGATCACCTCACACAGTACTCCTAGCTTCACTTCTTCAATCGCAACCA
  CCGAGACCCCCTCACACAGTACTCCCAGATTCACTTCTTCAATCACCACTACCGAGACCCCCTCACACAG
  TACTCCCAGATTCACTTCTTCAATCACCAATACCAAGACCACCTCACACAGCTCTCCCAGCTTCACTTCT
  TCGATCACCACCACCGAGACCACATCCCACAATACTCCCAGCCTCACTTCTTCAATCACCACCACCAAGA
  CCACCTCACACAGTACTCCCAGCTACACTTCTTTGATCACCACAACCACCACCACCTCACACAGTACTCC
  CAGCTTCACTTCTTCCATCACCACCACTGAGACCACATCCCACAATACTCCCAGCTTGACTTCTTCGATC
  ACAACCACCGAGACCACATCCCATAGTACTCCCAGCTTCACTTCTTCGATCACCACCGAGACCACATCCC
  ACAGTACTCCCAGCTTCACTTCATTGATCACCATCACCGAGATCACCTCACACAGTACTCTCAGCTACAC
  TACCTCAATCACCACCACCGAGACCCCCTCACACAGTACTCTCAGCTTCACTTCTTCAATCACCACCACT
  GAGACCACCTCACACAGTACTCCCAGCTTCACTTCCTCAATCACCACCTCTGAGATGCCCTCACACAGTA
  CTCCCAGCTTCACTTCTTCGATCACCACCACTGAGAACGCCACACACAGTACTCCCAACTTCACTTCTTC
  AATCACCACCACCGAGACCACATCCCACAGTACTCCCAGCTTCACTTCTTTGATCACCACCACGGAGACC
  ACCTCACACAGGTGGGGGACCACCGAGACCACATCCTACAGTACTCCCAGCTTCACTTCTTCAAATACCA
  TCACTGAGACCACCTCACACAGTACTCCCAGCTACATTACCTCAATCACCACCACCGAGACCCCCTCAAG
  CAGTACTCCCAGCTTCAGTTCTTCGATCACCACCACTGAGACCACATCCCACAGTACTCCCGGCTTCACT
  TCTTCAATCACCACCACTGAGACTACATCCCACAGTACTCCCAGCTTCACTTCTTCGATCACCACCACTG
  AGACCACCTCACATGATACTCCCAGCTTCACTTCTTCAATCACCACCAGTGAGACCCCCTCACACAGTAC
  TCCCAGCTCCACTTCTTTAATCACCACCACCAAGACCACCTCACACAGTACTCCCAGCTTCACTTCTTCG
  ATCACCACCACGGAGACCACCTCACACAGTGCTCACAGCTTCACTTCTTCGATCACCACCACCGAGACCA
  CCTCACACAATACTCGCAGCTTCACTTCTTCGATCACCACCACCGAGACCAACTCTCACAGTACTACCAG
  CTTCACTTCTTCGATCACCACCACCGAGACCACCTCACACAGTACTCCCAGCTTCAGTTCTTCAATCACC
  ACCACTGAGACCCCCTTACACAGTACTCCTGGCCTCACTTCGTGGGTCACCACCACCAAGACCACCTCAC
  ACATTACTCCTGGCCTCACTTCTTCAATCACCACCACTGAGACTACCTCACACAGTACTCCTGGCTTCAC
  TTCTTCAATCACCACCACTGAGACCACCTCAGAGAGTACTCCCAGCCTCAGTTCTTCAACCATCTACTCC
  ACAGTCAGCACATCCACAACTGCCATCACCTCACATTTTACTACCTCAGAGACTGCGGTGACTCCCACAC
  CTGTAACCCCATCTTCTCTGAGTACAGACATCCCGACCACAAGCCTACGAACTCTCACCCCTTCGTCTGT
  GGGCACCAGCACTTCATTGACTACAACCACAGACTTTCCCTCTATACCCACTGATATCAGTACCTTACCA
  ACTCGAACACACATCATTTCATCTTCTCCCTCCATCCAAAGTACAGAAACCTCATCCCTTGTGGGCACCA
  CCTCTCCCACCATGTCCACTGTGAGAATGACCCTCAGAATTACTGAGAACACCCCAATCAGTTCCTTTAG
  CACAAGTATTGTTGTTATACCTGAAACCCCAACACAGACCCCTCCTGTACTGACGTCAGCCACTGGGACC
  CAAACATCTCCTGCACCTACTACTGTCACCTTTGGAAGTACGGATTCCTCCACGTCCACTCTTCATACTC
  TTACTCCATCAACAGCCTTGAGCACGATCGTGTCAACATCACAGGTTCCTATTCCTAGCACACATTCCTC
  CACCCTTCAAACAACTCCTTCTACTCCCTCATTGCAAACTTCACTCACATCTACAAGTGAGTTCACTACA
  GAATCTTTCACTAGGGGAAGTACGTCTACAAATGCAATCTTGACTTCTTTTAGTACCATCATCTGGTCCT
  CAACACCCACTATTATCATGTCCTCTTCTCCATCTTCTGCCAGCATAACTCCAGTGTTTTCCACTACCAT
  TCATTCTGTTCCTTCTTCACCATACATTTTCAGTACAGAAAATGTGGGCTCCGCTTCTATCACAGGCTTT
  CCTAGTCTCTCTTCCTCTGCAACTACCAGCACTTCTTCAACCAGCTCCTCTCTGACCACAGCTCTCACTG
  AAATAACCCCCTTTTCTTATATTTCCCTTCCCTCCACCACACCCTGTCCAGGAACTATAACAATTACCAT
  AGTCCCTGCCTCCCCCACTGATCCATGTGTTGAAATGGATCCCAGCACTGAAGCTACTTCTCCTCCCACC
  ACCCCATTAACAGTCTTTCCCTTTACTACCGAAATGGTCACCTGTCCTACCTCCATCAGTATCCAAACTA
  CTCTTACTACATATATGGACACTTCTTCCATGATGCCAGAAAGTGAGTCCAGCATCTCACCCAATGCTTC
  CAGTTCCACTGGCACTGGGACTGTACCCACAAACACAGTTTTCACAAGTACTCGACTGCCCACCAGTGAG
  ACCTGGCTGAGCAACAGTTCTGTGATCCCCCTACCTCTTCCTGGCGTCTCTACCATCCCGCTCACCATGA
  AACCAAGCAGTAGCCTCCCGACCATCCTGAGGACTTCAAGCAAGTCAACACACCCCTCCCCACCCACCAC
  TAGGACTTCAGAGACACCAGTGGCCACTACCCAGACTCCTACCACCCTTACATCACGCAGGACAACTCGC
  ATCACTTCTCAGATGACCACACAGTCCACGTTGACCACCACTGCAGGCACCTGTGACAATGGTGGCACCT
  GGGAACAGGGCCAGTGTGCTTGCCTTCCGGGGTTTTCTGGGGACCGCTGTCAGCTCCAGACCAGATGCCA
  GAATGGGGGTCAGTGGGATGGCCTCAAATGCCAGTGCCCCAGCACCTTCTATGGTTCCAGTTGTGAGTTT
  GCTGTGGAACAGGTGGATCTAGATGTAGTGGAGACCGAGGTGGGCATGGAAGTGTCTGTGGATCAGCAGT
  TCTCGCCGGACCTCAATGACAACACTTCCCAGGCCTACAGGGATTTCAACAAGACCTTCTGGAATCAGAT
  GCAGAAGATTTTTGCAGACATGCAGGGCTTCACCTTCAAGGGTGTGGAGATCCTGTCCCTGAGGAATGGC
  AGCATCGTGGTGGACTACCTGGTCCTGCTGGAGATGCCCTTCAGCCCCCAGCTGGAGAGCGAGTATGAGC
  AGGTGAAGACCACGCTGAAGGAGGGGCTGCAGAACGCCAGCCAGGATGTGAACAGCTGCCAGGACTCCCA
  GACCCTGTGTTTTAAGCCTGACTCCATCAAGGTGAACAACAACAGCAAGACAGAGCTGACCCCGGCAGCC
  ATCTGCCGCCGCGCCGCTCCCACGGGCTATGAAGAGTTCTACTTCCCCTTGGTGGAGGCCACCCGGCTCC
  GCTGTGTCACCAAATGCACGTCGGGGGTGGACAACGCCATCGACTGTCACCAGGGCCAGTGCGTTCTGGA
  GACGAGCGGTCCCACGTGTCGCTGCTACTCCACCGACACGCACTGGTTCTCTGGCCCGCGCTGCGAGGTG
  GCCGTCCACTGGAGGGCGCTGGTCGGGGGCCTGACGGCCGGCGCCGCGCTGCTGGTGCTGCTGCTGCTGG
  CGCTGGGCGTCCGGGCGGTGCGCTCCGGATGGTGGGGCGGCCAGCGCCGAGGCCGGTCCTGGGACCAGGA
  CAGGAAATGGTTCGAGACCTGGGATGAGGAAGTCGTGGGCACTTTTTCAAACTGGGGTTTCGAGGACGAC
  GGAACAGACAAGGATACAAATTTCTATGTGGCCTTGGAGAACGTGGACACCACTATGAAGGTGCACATCA
  AGAGACCCGAGATGACCTCGTCCTCAGTGTGA
  
  
• Restriction Sites: SgfI-MluI
• ACCN: NM_005960
• 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 cDNA clone is shipped in a 2-D bar-coded Matrix tube as dried plasmid DNA. The package also includes 100 pmols of both the corresponding 5' and 3' vector primers in separate vials. Every lot of primer is tested to provide clean sequencing of OriGene TrueClones.
• 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_005960.1, NP_005951.1
• RefSeq Size: 11361 bp
• RefSeq ORF: 9972 bp
• Locus ID: 4584
• Cytogenetics: 7q22.1
• Gene Summary: 'The mucin genes encode epithelial glycoproteins, some of which are secreted and some membrane bound. Each of the genes contains at least one large domain of tandemly repeated sequence that encodes the peptide sequence rich in serine and/or threonine residues, which carries most of the O-linked glycosylation (Gendler and Spicer, 1995 [PubMed 7778880]).[supplied by OMIM, Aug 2008]'