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MUC17 (NM_001040105) Human Untagged Clone
CAT＃: SC310926
MUC17 (untagged)-Human mucin 17, cell surface associated (MUC17)
CN¥ 86,550.00
货期*
14周
规格
Product images
经常一起买 (3)
Specifications
| Product Data | |
| Type | Human Untagged Clone |
| Tag | Tag Free |
| Synonyms | MUC-3; MUC-17; MUC3 |
| Vector | pCMV6 series |
| Sequence Data |
>NCBI ORF sequence for NM_001040105, the custom clone sequence may differ by one or more nucleotides
ATGCCAAGGCCAGGGACCATGGCGCTGTGTCTGCTGACCTTGGTCCTCTCGCTCTTGCCC CCACAAGCTGCTGCAGAACAGGACCTCAGTGTGAACAGGGCTGTGTGGGATGGAGGAGGG TGCATCTCCCAAGGGGACGTCTTGAACCGTCAGTGCCAGCAGCTGTCTCAGCACGTTAGG ACAGGTTCTGCGGCAAACACCGCCACAGGTACAACATCTACAAATGTCGTGGAGCCAAGA ATGTATTTGAGTTGCAGCACCAACCCTGAGATGACCTCGATTGAGTCCAGTGTGACTTCA GACACTCCTGGTGTCTCCAGTACCAGGATGACACCAACAGAATCCAGAACAACTTCAGAA TCTACCAGTGACAGCACCACACTTTTCCCCAGTTCTACTGAAGACACTTCATCTCCTACA ACTCCTGAAGGCACCGACGTGCCCATGTCAACACCAAGTGAAGAAAGCATTTCATCAACA ATGGCTTTTGTCAGCACTGCACCTCTTCCCAGTTTTGAGGCCTACACATCTTTAACATAT AAGGTTGATATGAGCACACCTCTGACCACTTCTACTCAGGCAAGTTCATCTCCTACTACT CCTGAAAGCACCACCATACCCAAATCAACTAACAGTGAAGGAAGCACTCCATTAACAAGT ATGCCTGCCAGCACCATGAAGGTGGCCAGTTCAGAGGCTATCACCCTTTTGACAACTCCT GTTGAAATCAGCACACCTGTGACCATTTCTGCTCAAGCCAGTTCATCTCCTACAACTGCT GAAGGTCCCAGCCTGTCAAACTCAGCTCCTAGTGGAGGAAGCACTCCATTAACAAGAATG CCTCTCAGCGTGATGCTGGTGGTCAGTTCTGAGGCTAGCACCCTTTCAACAACTCCTGCT GCCACCAACATTCCTGTGATCACTTCTACTGAAGCCAGTTCATCTCCTACAACGGCTGAA GGCACCAGCATACCAACCTCAACTTATACTGAAGGAAGCACTCCATTAACAAGTACGCCT GCCAGCACCATGCCGGTTGCCACTTCTGAAATGAGCACACTTTCAATAACTCCTGTTGAC ACCAGCACACTTGTGACCACTTCTACTGAACCCAGTTCACTTCCTACAACTGCTGAAGCT ACCAGCATGCTAACCTCAACTCTTAGTGAAGGAAGCACTCCATTAACAAATATGCCTGTC AGCACCATATTGGTGGCCAGTTCTGAGGCTAGCACCACTTCAACAATTCCTGTTGACTCC AAAACTTTTGTGACCACTGCTAGTGAAGCCAGCTCATCTCCCACAACTGCTGAAGATACC AGCATTGCAACCTCAACTCCTAGTGAAGGAAGCACTCCATTAACAAGTATGCCTGTCAGC ACCACTCCAGTGGCCAGTTCTGAGGCTAGCAACCTTTCAACAACTCCTGTTGACTCCAAA ACTCAGGTGACCACTTCTACTGAAGCCAGTTCATCTCCTCCAACTGCTGAAGTTAACAGC ATGCCAACCTCAACTCCTAGTGAAGGAAGCACTCCATTAACAAGTATGTCTGTCAGCACC ATGCCGGTGGCCAGTTCTGAGGCTAGCACCCTTTCAACAACTCCTGTTGACACCAGCACA CCTGTGACCACTTCTAGTGAAGCCAGTTCATCTTCTACAACTCCTGAAGGTACCAGCATA CCAACCTCAACTCCTAGTGAAGGAAGCACTCCATTAACAAACATGCCTGTCAGCACCAGG CTGGTGGTCAGTTCTGAGGCTAGCACCACTTCAACAACTCCTGCTGACTCCAACACTTTT GTGACCACTTCTAGTGAAGCTAGTTCATCTTCTACAACTGCTGAAGGTACCAGCATGCCA ACCTCAACTTACAGTGAAAGAGGCACTACAATAACAAGTATGTCTGTCAGCACCACACTG GTGGCCAGTTCTGAGGCTAGCACCCTTTCAACAACTCCTGTTGACTCCAACACTCCTGTG ACCACTTCAACTGAAGCCACTTCATCTTCTACAACTGCGGAAGGTACCAGCATGCCAACC TCAACTTATACTGAAGGAAGCACTCCATTAACAAGTATGCCTGTCAACACCACACTGGTG GCCAGTTCTGAGGCTAGCACCCTTTCAACAACTCCTGTTGACACCAGCACACCTGTGACC ACTTCAACTGAAGCCAGTTCCTCTCCTACAACTGCTGATGGTGCCAGTATGCCAACCTCA ACTCCTAGTGAAGGAAGCACTCCATTAACAAGTATGCCTGTCAGCAAAACGCTGTTGACC AGTTCTGAGGCTAGCACCCTTTCAACAACTCCTCTTGACACAAGCACACATATCACCACT TCTACTGAAGCCAGTTGCTCTCCTACAACCACTGAAGGTACCAGCATGCCAATCTCAACT CCTAGTGAAGGAAGTCCTTTATTAACAAGTATACCTGTCAGCATCACACCGGTGACCAGT CCTGAGGCTAGCACCCTTTCAACAACTCCTGTTGACTCCAACAGTCCTGTGACCACTTCT ACTGAAGTCAGTTCATCTCCTACACCTGCTGAAGGTACCAGCATGCCAACCTCAACTTAT AGTGAAGGAAGAACTCCTTTAACAAGTATGCCTGTCAGCACCACACTGGTGGCCACTTCT GCAATCAGCACCCTTTCAACAACTCCTGTTGACACCAGCACACCTGTGACCAATTCTACT GAAGCCCGTTCGTCTCCTACAACTTCTGAAGGTACCAGCATGCCAACCTCAACTCCTGGG GAAGGAAGCACTCCATTAACAAGTATGCCTGACAGCACCACGCCGGTAGTCAGTTCTGAG GCTAGAACACTTTCAGCAACTCCTGTTGACACCAGCACACCTGTGACCACTTCTACTGAA GCCACTTCATCTCCTACAACTGCTGAAGGTACCAGCATACCAACCTCGACTCCTAGTGAA GGAACGACTCCATTAACAAGCACACCTGTCAGCCACACGCTGGTGGCCAATTCTGAGGCT AGCACCCTTTCAACAACTCCTGTTGACTCCAACACTCCTTTGACCACTTCTACTGAAGCC AGTTCACCTCCTCCCACTGCTGAAGGTACCAGCATGCCAACCTCAACTCCTAGTGAAGGA AGCACTCCATTAACACGTATGCCTGTCAGCACCACAATGGTGGCCAGTTCTGAAACGAGC ACACTTTCAACAACTCCTGCTGACACCAGCACACCTGTGACCACTTATTCTCAAGCCAGT TCATCTTCTACAACTGCTGACGGTACCAGCATGCCAACCTCAACTTATAGTGAAGGAAGC ACTCCACTAACAAGTGTGCCTGTCAGCACCAGGCTGGTGGTCAGTTCTGAGGCTAGCACC CTTTCCACAACTCCTGTCGACACCAGCATACCTGTCACCACTTCTACTGAAGCCAGTTCA TCTCCTACAACTGCTGAAGGTACCAGCATACCAACCTCACCTCCCAGTGAAGGAACCACT CCGTTAGCAAGTATGCCTGTCAGCACCACGCTGGTGGTCAGTTCTGAGGCTAACACCCTT TCAACAACTCCTGTGGACTCCAAAACTCAGGTGGCCACTTCTACTGAAGCCAGTTCACCT CCTCCAACTGCTGAAGTTACCAGCATGCCAACCTCAACTCCTGGAGAAAGAAGCACTCCA TTAACAAGTATGCCTGTCAGACACACGCCAGTGGCCAGTTCTGAGGCTAGCACCCTTTCA ACATCTCCCGTTGACACCAGCACACCTGTGACCACTTCTGCTGAAACCAGTTCCTCTCCT ACAACCGCTGAAGGTACCAGCTTGCCAACCTCAACTACTAGTGAAGGAAGTACTCTATTA ACAAGTATACCTGTCAGCACCACGCTGGTGACCAGTCCTGAGGCTAGCACCCTTTTAACA ACTCCTGTTGACACTAAAGGTCCTGTGGTCACTTCTAATGAAGTCAGTTCATCTCCTACA CCTGCTGAAGGTACCAGCATGCCAACCTCAACTTATAGTGAAGGAAGAACTCCTTTAACA AGTATACCTGTCAACACCACACTGGTGGCCAGTTCTGCAATCAGCATCCTTTCAACAACT CCTGTTGACAACAGCACACCTGTGACCACTTCTACTGAAGCCTGTTCATCTCCTACAACT TCTGAAGGTACCAGCATGCCAAACTCAAATCCTAGTGAAGGAACCACTCCGTTAACAAGT ATACCTGTCAGCACCACGCCGGTAGTCAGTTCTGAGGCTAGCACCCTTTCAGCAACTCCT GTTGACACCAGCACCCCTGGGACCACTTCTGCTGAAGCCACTTCATCTCCTACAACTGCT GAAGGTATCAGCATACCAACCTCAACTCCTAGTGAAGGAAAGACTCCATTAAAAAGTATA CCTGTCAGCAACACGCCGGTGGCCAATTCTGAGGCTAGCACCCTTTCAACAACTCCTGTT GACTCTAACAGTCCTGTGGTCACTTCTACAGCAGTCAGTTCATCTCCTACACCTGCTGAA GGTACCAGCATAGCAATCTCAACGCCTAGTGAAGGAAGCACTGCATTAACAAGTATACCT GTCAGCACCACAACAGTGGCCAGTTCTGAAATCAACAGCCTTTCAACAACTCCTGCTGTC ACCAGCACACCTGTGACCACTTATTCTCAAGCCAGTTCATCTCCTACAACTGCTGACGGT ACCAGCATGCAAACCTCAACTTATAGTGAAGGAAGCACTCCACTAACAAGTTTGCCTGTC AGCACCATGCTGGTGGTCAGTTCTGAGGCTAACACCCTTTCAACAACCCCTATTGACTCC AAAACTCAGGTGACCGCTTCTACTGAAGCCAGTTCATCTACAACCGCTGAAGGTAGCAGC ATGACAATCTCAACTCCTAGTGAAGGAAGTCCTCTATTAACAAGTATACCTGTCAGCACC ACGCCGGTGGCCAGTCCTGAGGCTAGCACCCTTTCAACAACTCCTGTTGACTCCAACAGT CCTGTGATCACTTCTACTGAAGTCAGTTCATCTCCTACACCTGCTGAAGGTACCAGCATG CCAACCTCAACTTATACTGAAGGAAGAACTCCTTTAACAAGTATAACTGTCAGAACAACA CCGGTGGCCAGCTCTGCAATCAGCACCCTTTCAACAACTCCCGTTGACAACAGCACACCT GTGACCACTTCTACTGAAGCCCGTTCATCTCCTACAACTTCTGAAGGTACCAGCATGCCA AACTCAACTCCTAGTGAAGGAACCACTCCATTAACAAGTATACCTGTCAGCACCACGCCG GTACTCAGTTCTGAGGCTAGCACCCTTTCAGCAACTCCTATTGACACCAGCACCCCTGTG ACCACTTCTACTGAAGCCACTTCGTCTCCTACAACTGCTGAAGGTACCAGCATACCAACC TCGACTCTTAGTGAAGGAATGACTCCATTAACAAGCACACCTGTCAGCCACACGCTGGTG GCCAATTCTGAGGCTAGCACCCTTTCAACAACTCCTGTTGACTCTAACAGTCCTGTGGTC ACTTCTACAGCAGTCAGTTCATCTCCTACACCTGCTGAAGGTACCAGCATAGCAACCTCA ACGCCTAGTGAAGGAAGCACTGCATTAACAAGTATACCTGTCAGCACCACAACAGTGGCC AGTTCTGAAACCAACACCCTTTCAACAACTCCCGCTGTCACCAGCACACCTGTGACCACT TATGCTCAAGTCAGTTCATCTCCTACAACTGCTGACGGTAGCAGCATGCCAACCTCAACT CCTAGGGAAGGAAGGCCTCCATTAACAAGTATACCTGTCAGCACCACAACAGTGGCCAGT TCTGAAATCAACACCCTTTCAACAACTCTTGCTGACACCAGGACACCTGTGACCACTTAT TCTCAAGCCAGTTCATCTCCTACAACTGCTGATGGTACCAGCATGCCAACCCCAGCTTAT AGTGAAGGAAGCACTCCACTAACAAGTATGCCTCTCAGCACCACGCTGGTGGTCAGTTCT GAGGCTAGCACTCTTTCCACAACTCCTGTTGACACCAGCACTCCTGCCACCACTTCTACT GAAGGCAGTTCATCTCCTACAACTGCAGGAGGTACCAGCATACAAACCTCAACTCCTAGT GAACGGACCACTCCATTAGCAGGTATGCCTGTCAGCACTACGCTTGTGGTCAGTTCTGAG GGTAACACCCTTTCAACAACTCCTGTTGACTCCAAAACTCAGGTGACCAATTCTACTGAA GCCAGTTCATCTGCAACCGCTGAAGGTAGCAGCATGACAATCTCAGCTCCTAGTGAAGGA AGTCCTCTACTAACAAGTATACCTCTCAGCACCACGCCGGTGGCCAGTCCTGAGGCTAGC ACCCTTTCAACAACTCCTGTTGACTCCAACAGTCCTGTGATCACTTCTACTGAAGTCAGT TCATCTCCTATACCTACTGAAGGTACCAGCATGCAAACCTCAACTTATAGTGACAGAAGA ACTCCTTTAACAAGTATGCCTGTCAGCACCACAGTGGTGGCCAGTTCTGCAATCAGCACC CTTTCAACAACTCCTGTTGACACCAGCACACCTGTGACCAATTCTACTGAAGCCCGTTCA TCTCCTACAACTTCTGAAGGTACCAGCATGCCAACCTCAACTCCTAGTGAAGGAAGCACT CCATTCACAAGTATGCCTGTCAGCACCATGCCGGTAGTTACTTCTGAGGCTAGCACCCTT TCAGCAACTCCTGTTGACACCAGCACACCTGTGACCACTTCTACTGAAGCCACTTCATCT CCTACAACTGCTGAAGGTACCAGCATACCAACTTCAACTCTTAGTGAAGGAACGACTCCA TTAACAAGTATACCTGTCAGCCACACGCTGGTGGCCAATTCTGAGGTTAGCACCCTTTCA ACAACTCCTGTTGACTCCAACACTCCTTTCACTACTTCTACTGAAGCCAGTTCACCTCCT CCCACTGCTGAAGGTACCAGCATGCCAACCTCAACTTCTAGTGAAGGAAACACTCCATTA ACACGTATGCCTGTCAGCACCACAATGGTGGCCAGTTTTGAAACAAGCACACTTTCTACA ACTCCTGCTGACACCAGCACACCTGTGACTACTTATTCTCAAGCCGGTTCATCTCCTACA ACTGCTGACGATACTAGCATGCCAACCTCAACTTATAGTGAAGGAAGCACTCCACTAACA AGTGTGCCTGTCAGCACCATGCCGGTGGTCAGTTCTGAGGCTAGCACCCATTCCACAACT CCTGTTGACACCAGCACACCTGTCACCACTTCTACTGAAGCCAGTTCATCTCCTACAACT GCTGAAGGTACCAGCATACCAACCTCACCTCCTAGTGAAGGAACCACTCCGTTAGCAAGT ATGCCTGTCAGCACCACGCCGGTGGTCAGTTCTGAGGCTGGCACCCTTTCCACAACTCCT GTTGACACCAGCACACCTATGACCACTTCTACTGAAGCCAGTTCATCTCCTACAACTGCT GAAGATATCGTCGTGCCAATCTCAACTGCTAGTGAAGGAAGTACTCTATTAACAAGTATA CCTGTCAGCACCACGCCAGTGGCCAGTCCTGAGGCTAGCACCCTTTCAACAACTCCTGTT GACTCCAACAGTCCTGTGGTCACTTCTACTGAAATCAGTTCATCTGCTACATCCGCTGAA GGTACCAGCATGCCTACCTCAACTTATAGTGAAGGAAGCACTCCATTAAGAAGTATGCCT GTCAGCACCAAGCCGTTGGCCAGTTCTGAGGCTAGCACTCTTTCAACAACTCCTGTTGAC ACCAGCATACCTGTCACCACTTCTACTGAAACCAGTTCATCTCCTACAACTGCAAAAGAT ACCAGCATGCCAATCTCAACTCCTAGTGAAGTAAGTACTTCATTAACAAGTATACTTGTC AGCACCATGCCAGTGGCCAGTTCTGAGGCTAGCACCCTTTCAACAACTCCTGTTGACACC AGGACACTTGTGACCACTTCCACTGGAACCAGTTCATCTCCTACAACTGCTGAAGGTAGC AGCATGCCAACCTCAACTCCTGGTGAAAGAAGCACTCCATTAACAAATATACTTGTCAGC ACCACGCTGTTGGCCAATTCTGAGGCTAGCACCCTTTCAACAACTCCTGTTGACACCAGC ACACCTGTCACCACTTCTGCTGAAGCCAGTTCTTCTCCTACAACTGCTGAAGGTACCAGC ATGCGAATCTCAACTCCTAGTGATGGAAGTACTCCATTAACAAGTATACTTGTCAGCACC CTGCCAGTGGCCAGTTCTGAGGCTAGCACCGTTTCAACAACTGCTGTTGACACCAGCATA CCTGTCACCACTTCTACTGAAGCCAGTTCCTCTCCTACAACTGCTGAAGTTACCAGCATG CCAACCTCAACTCCTAGTGAAACAAGTACTCCATTAACTAGTATGCCTGTCAACCACACG CCAGTGGCCAGTTCTGAGGCTGGCACCCTTTCAACAACTCCTGTTGACACCAGCACACCT GTGACCACTTCTACTAAAGCCAGTTCATCTCCTACAACTGCTGAAGGTATCGTCGTGCCA ATCTCAACTGCTAGTGAAGGAAGTACTCTATTAACAAGTATACCTGTCAGCACCACGCCG GTGGCCAGTTCTGAGGCTAGCACCCTTTCAACAACTCCTGTTGATACCAGCATACCTGTC ACCACTTCTACTGAAGGCAGTTCTTCTCCTACAACTGCTGAAGGTACCAGCATGCCAATC TCAACTCCTAGTGAAGTAAGTACTCCATTAACAAGTATACTTGTCAGCACCGTGCCAGTG GCCGGTTCTGAGGCTAGCACCCTTTCAACAACTCCTGTTGACACCAGGACACCTGTCACC ACTTCTGCTGAAGCTAGTTCTTCTCCTACAACTGCTGAAGGTACCAGCATGCCAATCTCA ACTCCTGGCGAAAGAAGAACTCCATTAACAAGTATGTCTGTCAGCACCATGCCGGTGGCC AGTTCTGAGGCTAGCACCCTTTCAAGAACTCCTGCTGACACCAGCACACCTGTGACCACT TCTACTGAAGCCAGTTCCTCTCCTACAACTGCTGAAGGTACCGGCATACCAATCTCAACT CCTAGTGAAGGAAGTACTCCATTAACAAGTATACCTGTCAGCACCACGCCAGTGGCCATT CCTGAGGCTAGCACCCTTTCAACAACTCCTGTTGACTCCAACAGTCCTGTGGTCACTTCT ACTGAAGTCAGTTCATCTCCTACACCTGCTGAAGGTACCAGCATGCCAATCTCAACTTAT AGTGAAGGAAGCACTCCATTAACAGGTGTGCCTGTCAGCACCACACCGGTGACCAGTTCT GCAATCAGCACCCTTTCAACAACTCCTGTTGACACCAGCACACCTGTGACCACTTCTACT GAAGCCCATTCATCTCCTACAACTTCTGAAGGTACCAGCATGCCAACCTCAACTCCTAGT GAAGGAAGTACTCCATTAACATATATGCCTGTCAGCACCATGCTGGTAGTCAGTTCTGAG GATAGCACCCTTTCAGCAACTCCTGTTGACACCAGCACACCTGTGACCACTTCTACTGAA GCCACTTCATCTACAACTGCTGAAGGTACCAGCATTCCAACCTCAACTCCTAGTGAAGGA ATGACTCCATTAACTAGTGTACCTGTCAGCAACACGCCGGTGGCCAGTTCTGAGGCTAGC ATCCTTTCAACAACTCCTGTTGACTCCAACACTCCTTTGACCACTTCTACTGAAGCCAGT TCATCTCCTCCCACTGCTGAAGGTACCAGCATGCCAACCTCAACTCCTAGTGAAGGAAGC ACTCCATTAACAAGTATGCCTGTCAGCACCACAACGGTGGCCAGTTCTGAAACGAGCACC CTTTCAACAACTCCTGCTGACACCAGCACACCTGTGACCACTTATTCTCAAGCCAGTTCA TCTCCTCCAATTGCTGACGGTACTAGCATGCCAACCTCAACTTATAGTGAAGGAAGCACT CCACTAACAAATATGTCTTTCAGCACCACGCCAGTGGTCAGTTCTGAGGCTAGCACCCTT TCCACAACTCCTGTTGACACCAGCACACCTGTCACCACTTCTACTGAAGCCAGTTTATCT CCTACAACTGCTGAAGGTACCAGCATACCAACCTCAAGTCCTAGTGAAGGAACCACTCCA TTAGCAAGTATGCCTGTCAGCACCACGCCGGTGGTCAGTTCTGAGGTTAACACCCTTTCA ACAACTCCTGTGGACTCCAACACTCTGGTGACCACTTCTACTGAAGCCAGTTCATCTCCT ACAATCGCTGAAGGTACCAGCTTGCCAACCTCAACTACTAGTGAAGGAAGCACTCCATTA TCAATTATGCCTCTCAGTACCACGCCGGTGGCCAGTTCTGAGGCTAGCACCCTTTCAACA ACTCCTGTTGACACCAGCACACCTGTGACCACTTCTTCTCCAACCAATTCATCTCCTACA ACTGCTGAAGTTACCAGCATGCCAACATCAACTGCTGGTGAAGGAAGCACTCCATTAACA AATATGCCTGTCAGCACCACACCGGTGGCCAGTTCTGAGGCTAGCACCCTTTCAACAACT CCTGTTGACTCCAACACTTTTGTTACCAGTTCTAGTCAAGCCAGTTCATCTCCAGCAACT CTTCAGGTCACCACTATGCGTATGTCTACTCCAAGTGAAGGAAGCTCTTCATTAACAACT ATGCTCCTCAGCAGCACATATGTGACCAGTTCTGAGGCTAGCACACCTTCCACTCCTTCT GTTGACAGAAGCACACCTGTGACCACTTCTACTCAGAGCAATTCTACTCCTACACCTCCT GAAGTTATCACCCTGCCAATGTCAACTCCTAGTGAAGTAAGCACTCCATTAACCATTATG CCTGTCAGCACCACATCGGTGACCATTTCTGAGGCTGGCACAGCTTCAACACTTCCTGTT GACACCAGCACACCTGTGATCACTTCTACCCAAGTCAGTTCATCTCCTGTGACTCCTGAA GGTACCACCATGCCAATCTGGACGCCTAGTGAAGGAAGCACTCCATTAACAACTATGCCT GTCAGCACCACACGTGTGACCAGCTCTGAGGGTAGCACCCTTTCAACACCTTCTGTTGTC ACCAGCACACCTGTGACCACTTCTACTGAAGCCATTTCATCTTCTGCAACTCTTGACAGC ACCACCATGTCTGTGTCAATGCCCATGGAAATAAGCACCCTTGGGACCACTATTCTTGTC AGTACCACACCTGTTACGAGGTTTCCTGAGAGTAGCACCCCTTCCATACCATCTGTTTAC ACCAGCATGTCTATGACCACTGCCTCTGAAGGCAGTTCATCTCCTACAACTCTTGAAGGC ACCACCACCATGCCTATGTCAACTACGAGTGAAAGAAGCACTTTATTGACAACTGTCCTC ATCAGCCCTATATCTGTGATGAGTCCTTCTGAGGCCAGCACACTTTCAACACCTCCTGGT GATACCAGCACACCTTTGCTCACCTCTACCAAAGCCGGTTCATTCTCCATACCTGCTGAA GTCACTACCATACGTATTTCAATTACCAGTGAAAGAAGCACTCCATTAACAACTCTCCTT GTCAGCACCACACTTCCAACTAGCTTTCCTGGGGCCAGCATAGCTTCGACACCTCCTCTT GACACAAGCACAACTTTTACCCCTTCTACTGACACTGCCTCAACTCCCACAATTCCTGTA GCCACCACCATATCTGTATCAGTGATCACAGAAGGAAGCACACCTGGGACAACCATTTTT ATTCCCAGCACTCCTGTCACCAGTTCTACTGCTGATGTCTTTCCTGCAACAACTGGTGCT GTATCTACCCCTGTGATAACTTCCACTGAACTAAACACACCATCAACCTCCAGTAGTAGT ACCACCACATCTTTTTCAACTACTAAGGAATTTACAACACCCGCAATGACTACTGCAGCT CCCCTCACATATGTGACCATGTCTACTGCCCCCAGCACACCCAGAACAACCAGCAGAGGC TGCACTACTTCTGCATCAACGCTTTCTGCAACCAGTACACCTCACACCTCTACTTCTGTC ACCACCCGTCCTGTGACCCCTTCATCAGAATCCAGCAGGCCGTCAACAATTACTTCTCAC ACCATCCCACCTACATTTCCTCCTGCTCACTCCAGTACACCTCCAACAACCTCTGCCTCC TCCACGACTGTGAACCCTGAGGCTGTCACCACCATGACCACCAGGACAAAACCCAGCACA CGGACCACTTCCTTCCCCACGGTGACCACCACCGCTGTCCCCACGAATACTACAATTAAG AGCAACCCCACCTCAACTCCTACTGTGCCAAGAACCACAACATGCTTTGGAGATGGGTGC CAGAATACGGCCTCTCGCTGCAAGAATGGAGGCACCTGGGATGGGCTCAAGTGCCAGTGT CCCAACCTCTATTATGGGGAGTTGTGTGAGGAGGTGGTCAGCAGCATTGACATAGGGCCA CCGGAGACTATCTCTGCCCAAATGGAACTGACTGTGACAGTGACCAGTGTGAAGTTCACC GAAGAGCTAAAAAACCACTCTTCCCAGGAATTCCAGGAGTTCAAACAGACATTCACGGAA CAGATGAATATTGTGTATTCCGGGATCCCTGAGTATGTCGGGGTGAACATCACAAAGCTA CGTCTTGGCAGTGTGGTGGTGGAGCATGACGTCCTCCTAAGAACCAAGTACACACCAGAA TACAAGACAGTATTGGACAATGCCACCGAAGTAGTGAAAGAGAAAATCACAAAAGTGACC ACACAGCAAATAATGATTAATGATATTTGCTCAGACATGATGTGTTTCAACACCACTGGC ACCCAAGTGCAAAACATTACGGTGACCCAGTACGACCCTGAAGAGGACTGCCGGAAGATG GCCAAGGAATATGGAGACTACTTCGTAGTGGAGTACCGGGACCAGAAGCCATACTGCATC AGCCCCTGTGAGCCTGGCTTCAGTGTCTCCAAGAACTGTAACCTCGGCAAGTGCCAGATG TCTCTAAGTGGACCTCAGTGCCTCTGCGTGACCACGGAAACTCACTGGTACAGTGGGGAG ACCTGTAACCAGGGCACCCAGAAGAGTCTGGTGTACGGCCTCGTGGGGGCAGGGGTCGTG CTGATGCTGATCATCCTGGTAGCTCTCCTGATGCTCGTTTTCCGCTCCAAGAGAGAGGTG AAACGGCAAAAGTACAGATTGTCTCAGTTATACAAGTGGCAAGAAGAGGACAGTGGACCA GCTCCTGGGACCTTCCAAAACATTGGCTTTGACATCTGCCAAGATGATGATTCCATCCAC CTGGAGTCCATCTATAGTAATTTCCAGCCCTCCTTGAGACACATAGACCCTGAAACAAAG ATCCGAATTCAGAGGCCTCAGGTAATGACGACATCATTTTAA |
| Restriction Sites | Please inquire |
| ACCN | NM_001040105 |
| OTI Disclaimer | Due to the inherent nature of this plasmid, standard methods to replicate additional amounts of DNA in E. coli are highly likely to result in mutations and/or rearrangements. Therefore, OriGene does not guarantee the capability to replicate this plasmid DNA. Additional amounts of DNA can be purchased from OriGene with batch-specific, full-sequence verification at a reduced cost. Please contact our customer care team at custsupport@origene.com or by calling 301.340.3188 option 3 for pricing and delivery. 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). |
| OTI Annotation | This TrueClone is provided through our Custom Cloning Process that includes sub-cloning into OriGene's pCMV6 vector and full sequencing to provide a non-variant match to the expected reference without frameshifts, and is delivered as lyophilized plasmid DNA. |
| 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. |
| Note | Plasmids are not sterile. For experiments where strict sterility is required, filtration with 0.22um filter is required. |
| Reference Data | |
| RefSeq | NM_001040105.1, NP_001035194.1 |
| RefSeq Size | 14360 bp |
| RefSeq ORF | 13482 bp |
| Locus ID | 140453 |
| UniProt ID | Q685J3 |
| Protein Families | Druggable Genome, Transmembrane |
| Gene Summary | The protein encoded by this gene is a membrane-bound mucin that provides protection to gut epithelial cells. The encoded protein contains about 60 tandem repeats, with each repeat being around 60 aa. N-glycosylation enables the encoded protein to localize on the cell surface, while the C-terminus interacts with the scaffold protein PDZ domain containing 1 (PDZK1). Two transcript variants, one protein-coding and the other non-protein coding, have been found for this gene. [provided by RefSeq, Nov 2015] Transcript Variant: This variant (1) represents the longer transcript and is the protein-coding variant. |
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