×

MUC17 cDNA ORF clone, Homo sapiens(Human)

Gene Symbol MUC17
Entrez Gene ID 140453
Full Name mucin 17, cell surface associated
Synonyms MUC-17,MUC-3,MUC3
General protein information
Preferred Names

mucin 17, cell surface associated

Names

mucin-17
membrane mucin MUC17
secreted mucin MUC17
small intestinal mucin MUC3
small intestinal mucin-3

Gene Type protein-coding
Organism Homo sapiens(Human)
Genome

7

7q22.1

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].
Disorder MIM:

608424


mRNA and Protein(s)

mRNA Protein Name
NM_001040105.1 NP_001035194.1 mucin-17 precursor



Homo sapiens (human) MUC17 NP_001035194.1
Pan troglodytes (chimpanzee) MUC17 XP_003949278.1


Related articles in PubMed

Genetic variations of MUC17 are associated with endometriosis development and related infertility.
Yang CW, Chang CY, Lai MT, Chang HW, Lu CC, Chen Y, Chen CM, Lee SC, Tsai PW, Yang SH, Lin CH, Sheu JJ, Tsai FJ
BMC medical genetics1660(2015 Aug)

Three-dimensional intestinal villi epithelium enhances protection of human intestinal cells from bacterial infection by inducing mucin expression.
Kim SH, Chi M, Yi B, Kim SH, Oh S, Kim Y, Park S, Sung JH
Integrative biology : quantitative biosciences from nano to macro6(12)1122-31(2014 Dec)

Membrane-bound mucins and mucin terminal glycans expression in idiopathic or Helicobacter pylori, NSAID associated peptic ulcers.
Niv Y, Boltin D, Halpern M, Cohen M, Levi Z, Vilkin A, Morgenstern S, Manugian V, St Lawrence E, Gagneux P, Kaur S, Sharma P, Batra SK, Ho SB
World journal of gastroenterology20(40)14913-20(2014 Oct)

RNA sequencing of sessile serrated colon polyps identifies differentially expressed genes and immunohistochemical markers.
Delker DA, McGettigan BM, Kanth P, Pop S, Neklason DW, Bronner MP, Burt RW, Hagedorn CH
PloS one9(2)e88367(2014)

Carbachol-induced MUC17 endocytosis is concomitant with NHE3 internalization and CFTR membrane recruitment in enterocytes.
Pelaseyed T, Gustafsson JK, Gustafsson IJ, Ermund A, Hansson GC
American journal of physiology. Cell physiology305(4)C457-67(2013 Aug)

GeneRIFs: Gene References Into Functions What's a GeneRIF?

MUC17 polymorphisms are involved in endometriosis development and the associated infertility in the Taiwanese population.
Title: Genetic variations of MUC17 are associated with endometriosis development and related infertility.

Carbachol stimulated enterocyte MUC17 endocytosis is concomitant with NHE3 internalization and CFTR membrane recruitment.
Title: Carbachol-induced MUC17 endocytosis is concomitant with NHE3 internalization and CFTR membrane recruitment in enterocytes.

The HIF1alpha-mediated hypoxic signal pathway contributes to MUC17 expression, and DNA methylation of hypoxia responsive element could be a determinant of the hypoxic inducibility of MUC17 in pancreatic cancer cells.
Title: Expression of MUC17 is regulated by HIF1α-mediated hypoxic responses and requires a methylation-free hypoxia responsible element in pancreatic cancer.

Both native and exogenous MUC17 play a role in attachment and invasion of enteroinvasive E. coli in colonic cell lines and in maintaining epithelial barrier function.
Title: Muc17 protects intestinal epithelial cells from enteroinvasive E. coli infection by promoting epithelial barrier integrity.

Hypomethylation status in the MUC17 promoter could be a novel epigenetic marker for the diagnosis of Pancreatic ductal adenocarcinomas.
Title: DNA methylation and histone H3-K9 modifications contribute to MUC17 expression.

The following MUC17 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the MUC17 cDNA ORF which is encoded by the open reading frame (ORF) sequence. ORF sequences can be delivered in our standard vector, pcDNA3.1+/C-(K)DYK or the vector of your choice as an expression/transfection-ready ORF clone. Not the clone you want? Click here to find your clone.

Online Only Promotion

Up to 50% OFF! Starting
from $49/clone

***CloneID RefSeq Accession Definition **Vector *Turnaround time Price (USD) Select
OHu31148 NM_001040105.1
Latest version!
Homo sapiens mucin 17, cell surface associated (MUC17), transcript variant 1, mRNA. pcDNA3.1+/C-(K)DYK or customized vector TBD Quote Price

ORF Online Only Promotion

Next-day Shipping ORF Clones ( in default vector with tag)
1 Clone 30% OFF
2-4 Clone 40% OFF
5 or more Clone 50% OFF
All Other ORF Clones
30% OFF

*Business Day

** You may select a custom vector to replace pcDNA3.1+/C-(K)DYK after clone is added to cart.

** GenScript guarantees 100% sequence accuracy of all synthetic DNA constructs we deliver, but we do not guarantee protein expression in your experimental system. Protein expression is influenced by many factors that may vary between experiments or laboratories. In addition, please pay attention to the signal peptide, propeptide and transit peptide in target ORF, which may affect the choice of vector (N/C terminal tag vector).

***One clone ID might be correlated to multiple accession numbers, which share the same CDS sequence.


CloneID OHu31148
Clone ID Related Accession (Same CDS sequence) NM_001040105.1
Accession Version NM_001040105.1 Latest version! Documents for ORF clone product in dufault vector
Sequence Information ORF Nucleotide Sequence (Length: 13482bp)
Protein sequence
SNP
Vector pcDNA3.1+/C-(K)DYK or customized vector User Manual
Clone information Clone Map MSDS
Tag on pcDNA3.1+/C-(K)DYK C terminal DYKDDDDK tags
ORF Insert Method CloneEZ® Seamless cloning technology
Insert Structure linear
Update Date 2016-05-25
Organism Homo sapiens(Human)
Product mucin-17 precursor
Comment REVIEWED REFSEQ: This record has been curated by NCBI staff. The reference sequence was derived from AJ606307.1, AC105446.4, BM773519.1, BM768498.1 and BM987743.1. This sequence is a reference standard in the RefSeqGene project. On Mar 29, 2008 this sequence version replaced XM_001719956.1. Transcript Variant: This variant (1) represents the longer transcript and is the protein-coding variant. Publication Note: This RefSeq record includes a subset of the publications that are available for this gene. Please see the Gene record to access additional publications. ##Evidence-Data-START## Transcript exon combination :: AJ606307.1 [ECO:0000332] RNAseq introns :: single sample supports all introns SAMEA1968540, SAMEA2142348 [ECO:0000348] ##Evidence-Data-END## COMPLETENESS: complete on the 3' end.

1
61
121
181
241
301
361
421
481
541
601
661
721
781
841
901
961
1021
1081
1141
1201
1261
1321
1381
1441
1501
1561
1621
1681
1741
1801
1861
1921
1981
2041
2101
2161
2221
2281
2341
2401
2461
2521
2581
2641
2701
2761
2821
2881
2941
3001
3061
3121
3181
3241
3301
3361
3421
3481
3541
3601
3661
3721
3781
3841
3901
3961
4021
4081
4141
4201
4261
4321
4381
4441
4501
4561
4621
4681
4741
4801
4861
4921
4981
5041
5101
5161
5221
5281
5341
5401
5461
5521
5581
5641
5701
5761
5821
5881
5941
6001
6061
6121
6181
6241
6301
6361
6421
6481
6541
6601
6661
6721
6781
6841
6901
6961
7021
7081
7141
7201
7261
7321
7381
7441
7501
7561
7621
7681
7741
7801
7861
7921
7981
8041
8101
8161
8221
8281
8341
8401
8461
8521
8581
8641
8701
8761
8821
8881
8941
9001
9061
9121
9181
9241
9301
9361
9421
9481
9541
9601
9661
9721
9781
9841
9901
9961
10021
10081
10141
10201
10261
10321
10381
10441
10501
10561
10621
10681
10741
10801
10861
10921
10981
11041
11101
11161
11221
11281
11341
11401
11461
11521
11581
11641
11701
11761
11821
11881
11941
12001
12061
12121
12181
12241
12301
12361
12421
12481
12541
12601
12661
12721
12781
12841
12901
12961
13021
13081
13141
13201
13261
13321
13381
13441
ATGCCAAGGC CAGGGACCAT GGCGCTGTGT CTGCTGACCT TGGTCCTCTC GCTCTTGCCC 
CCACAAGCTG CTGCAGAACA GGACCTCAGT GTGAACAGGG CTGTGTGGGA TGGAGGAGGG
TGCATCTCCC AAGGGGACGT CTTGAACCGT CAGTGCCAGC AGCTGTCTCA GCACGTTAGG
ACAGGTTCTG CGGCAAACAC CGCCACAGGT ACAACATCTA CAAATGTCGT GGAGCCAAGA
ATGTATTTGA GTTGCAGCAC CAACCCTGAG ATGACCTCGA TTGAGTCCAG TGTGACTTCA
GACACTCCTG GTGTCTCCAG TACCAGGATG ACACCAACAG AATCCAGAAC AACTTCAGAA
TCTACCAGTG ACAGCACCAC ACTTTTCCCC AGTTCTACTG AAGACACTTC ATCTCCTACA
ACTCCTGAAG GCACCGACGT GCCCATGTCA ACACCAAGTG AAGAAAGCAT TTCATCAACA
ATGGCTTTTG TCAGCACTGC ACCTCTTCCC AGTTTTGAGG CCTACACATC TTTAACATAT
AAGGTTGATA TGAGCACACC TCTGACCACT TCTACTCAGG CAAGTTCATC TCCTACTACT
CCTGAAAGCA CCACCATACC CAAATCAACT AACAGTGAAG GAAGCACTCC ATTAACAAGT
ATGCCTGCCA GCACCATGAA GGTGGCCAGT TCAGAGGCTA TCACCCTTTT GACAACTCCT
GTTGAAATCA GCACACCTGT GACCATTTCT GCTCAAGCCA GTTCATCTCC TACAACTGCT
GAAGGTCCCA GCCTGTCAAA CTCAGCTCCT AGTGGAGGAA GCACTCCATT AACAAGAATG
CCTCTCAGCG TGATGCTGGT GGTCAGTTCT GAGGCTAGCA CCCTTTCAAC AACTCCTGCT
GCCACCAACA TTCCTGTGAT CACTTCTACT GAAGCCAGTT CATCTCCTAC AACGGCTGAA
GGCACCAGCA TACCAACCTC AACTTATACT GAAGGAAGCA CTCCATTAAC AAGTACGCCT
GCCAGCACCA TGCCGGTTGC CACTTCTGAA ATGAGCACAC TTTCAATAAC TCCTGTTGAC
ACCAGCACAC TTGTGACCAC TTCTACTGAA CCCAGTTCAC TTCCTACAAC TGCTGAAGCT
ACCAGCATGC TAACCTCAAC TCTTAGTGAA GGAAGCACTC CATTAACAAA TATGCCTGTC
AGCACCATAT TGGTGGCCAG TTCTGAGGCT AGCACCACTT CAACAATTCC TGTTGACTCC
AAAACTTTTG TGACCACTGC TAGTGAAGCC AGCTCATCTC CCACAACTGC TGAAGATACC
AGCATTGCAA CCTCAACTCC TAGTGAAGGA AGCACTCCAT TAACAAGTAT GCCTGTCAGC
ACCACTCCAG TGGCCAGTTC TGAGGCTAGC AACCTTTCAA CAACTCCTGT TGACTCCAAA
ACTCAGGTGA CCACTTCTAC TGAAGCCAGT TCATCTCCTC CAACTGCTGA AGTTAACAGC
ATGCCAACCT CAACTCCTAG TGAAGGAAGC ACTCCATTAA CAAGTATGTC TGTCAGCACC
ATGCCGGTGG CCAGTTCTGA GGCTAGCACC CTTTCAACAA CTCCTGTTGA CACCAGCACA
CCTGTGACCA CTTCTAGTGA AGCCAGTTCA TCTTCTACAA CTCCTGAAGG TACCAGCATA
CCAACCTCAA CTCCTAGTGA AGGAAGCACT CCATTAACAA ACATGCCTGT CAGCACCAGG
CTGGTGGTCA GTTCTGAGGC TAGCACCACT TCAACAACTC CTGCTGACTC CAACACTTTT
GTGACCACTT CTAGTGAAGC TAGTTCATCT TCTACAACTG CTGAAGGTAC CAGCATGCCA
ACCTCAACTT ACAGTGAAAG AGGCACTACA ATAACAAGTA TGTCTGTCAG CACCACACTG
GTGGCCAGTT CTGAGGCTAG CACCCTTTCA ACAACTCCTG TTGACTCCAA CACTCCTGTG
ACCACTTCAA CTGAAGCCAC TTCATCTTCT ACAACTGCGG AAGGTACCAG CATGCCAACC
TCAACTTATA CTGAAGGAAG CACTCCATTA ACAAGTATGC CTGTCAACAC CACACTGGTG
GCCAGTTCTG AGGCTAGCAC CCTTTCAACA ACTCCTGTTG ACACCAGCAC ACCTGTGACC
ACTTCAACTG AAGCCAGTTC CTCTCCTACA ACTGCTGATG GTGCCAGTAT GCCAACCTCA
ACTCCTAGTG AAGGAAGCAC TCCATTAACA AGTATGCCTG TCAGCAAAAC GCTGTTGACC
AGTTCTGAGG CTAGCACCCT TTCAACAACT CCTCTTGACA CAAGCACACA TATCACCACT
TCTACTGAAG CCAGTTGCTC TCCTACAACC ACTGAAGGTA CCAGCATGCC AATCTCAACT
CCTAGTGAAG GAAGTCCTTT ATTAACAAGT ATACCTGTCA GCATCACACC GGTGACCAGT
CCTGAGGCTA GCACCCTTTC AACAACTCCT GTTGACTCCA ACAGTCCTGT GACCACTTCT
ACTGAAGTCA GTTCATCTCC TACACCTGCT GAAGGTACCA GCATGCCAAC CTCAACTTAT
AGTGAAGGAA GAACTCCTTT AACAAGTATG CCTGTCAGCA CCACACTGGT GGCCACTTCT
GCAATCAGCA CCCTTTCAAC AACTCCTGTT GACACCAGCA CACCTGTGAC CAATTCTACT
GAAGCCCGTT CGTCTCCTAC AACTTCTGAA GGTACCAGCA TGCCAACCTC AACTCCTGGG
GAAGGAAGCA CTCCATTAAC AAGTATGCCT GACAGCACCA CGCCGGTAGT CAGTTCTGAG
GCTAGAACAC TTTCAGCAAC TCCTGTTGAC ACCAGCACAC CTGTGACCAC TTCTACTGAA
GCCACTTCAT CTCCTACAAC TGCTGAAGGT ACCAGCATAC CAACCTCGAC TCCTAGTGAA
GGAACGACTC CATTAACAAG CACACCTGTC AGCCACACGC TGGTGGCCAA TTCTGAGGCT
AGCACCCTTT CAACAACTCC TGTTGACTCC AACACTCCTT TGACCACTTC TACTGAAGCC
AGTTCACCTC CTCCCACTGC TGAAGGTACC AGCATGCCAA CCTCAACTCC TAGTGAAGGA
AGCACTCCAT TAACACGTAT GCCTGTCAGC ACCACAATGG TGGCCAGTTC TGAAACGAGC
ACACTTTCAA CAACTCCTGC TGACACCAGC ACACCTGTGA CCACTTATTC TCAAGCCAGT
TCATCTTCTA CAACTGCTGA CGGTACCAGC ATGCCAACCT CAACTTATAG TGAAGGAAGC
ACTCCACTAA CAAGTGTGCC TGTCAGCACC AGGCTGGTGG TCAGTTCTGA GGCTAGCACC
CTTTCCACAA CTCCTGTCGA CACCAGCATA CCTGTCACCA CTTCTACTGA AGCCAGTTCA
TCTCCTACAA CTGCTGAAGG TACCAGCATA CCAACCTCAC CTCCCAGTGA AGGAACCACT
CCGTTAGCAA GTATGCCTGT CAGCACCACG CTGGTGGTCA GTTCTGAGGC TAACACCCTT
TCAACAACTC CTGTGGACTC CAAAACTCAG GTGGCCACTT CTACTGAAGC CAGTTCACCT
CCTCCAACTG CTGAAGTTAC CAGCATGCCA ACCTCAACTC CTGGAGAAAG AAGCACTCCA
TTAACAAGTA TGCCTGTCAG ACACACGCCA GTGGCCAGTT CTGAGGCTAG CACCCTTTCA
ACATCTCCCG TTGACACCAG CACACCTGTG ACCACTTCTG CTGAAACCAG TTCCTCTCCT
ACAACCGCTG AAGGTACCAG CTTGCCAACC TCAACTACTA GTGAAGGAAG TACTCTATTA
ACAAGTATAC CTGTCAGCAC CACGCTGGTG ACCAGTCCTG AGGCTAGCAC CCTTTTAACA
ACTCCTGTTG ACACTAAAGG TCCTGTGGTC ACTTCTAATG AAGTCAGTTC ATCTCCTACA
CCTGCTGAAG GTACCAGCAT GCCAACCTCA ACTTATAGTG AAGGAAGAAC TCCTTTAACA
AGTATACCTG TCAACACCAC ACTGGTGGCC AGTTCTGCAA TCAGCATCCT TTCAACAACT
CCTGTTGACA ACAGCACACC TGTGACCACT TCTACTGAAG CCTGTTCATC TCCTACAACT
TCTGAAGGTA CCAGCATGCC AAACTCAAAT CCTAGTGAAG GAACCACTCC GTTAACAAGT
ATACCTGTCA GCACCACGCC GGTAGTCAGT TCTGAGGCTA GCACCCTTTC AGCAACTCCT
GTTGACACCA GCACCCCTGG GACCACTTCT GCTGAAGCCA CTTCATCTCC TACAACTGCT
GAAGGTATCA GCATACCAAC CTCAACTCCT AGTGAAGGAA AGACTCCATT AAAAAGTATA
CCTGTCAGCA ACACGCCGGT GGCCAATTCT GAGGCTAGCA CCCTTTCAAC AACTCCTGTT
GACTCTAACA GTCCTGTGGT CACTTCTACA GCAGTCAGTT CATCTCCTAC ACCTGCTGAA
GGTACCAGCA TAGCAATCTC AACGCCTAGT GAAGGAAGCA CTGCATTAAC AAGTATACCT
GTCAGCACCA CAACAGTGGC CAGTTCTGAA ATCAACAGCC TTTCAACAAC TCCTGCTGTC
ACCAGCACAC CTGTGACCAC TTATTCTCAA GCCAGTTCAT CTCCTACAAC TGCTGACGGT
ACCAGCATGC AAACCTCAAC TTATAGTGAA GGAAGCACTC CACTAACAAG TTTGCCTGTC
AGCACCATGC TGGTGGTCAG TTCTGAGGCT AACACCCTTT CAACAACCCC TATTGACTCC
AAAACTCAGG TGACCGCTTC TACTGAAGCC AGTTCATCTA CAACCGCTGA AGGTAGCAGC
ATGACAATCT CAACTCCTAG TGAAGGAAGT CCTCTATTAA CAAGTATACC TGTCAGCACC
ACGCCGGTGG CCAGTCCTGA GGCTAGCACC CTTTCAACAA CTCCTGTTGA CTCCAACAGT
CCTGTGATCA CTTCTACTGA AGTCAGTTCA TCTCCTACAC CTGCTGAAGG TACCAGCATG
CCAACCTCAA CTTATACTGA AGGAAGAACT CCTTTAACAA GTATAACTGT CAGAACAACA
CCGGTGGCCA GCTCTGCAAT CAGCACCCTT TCAACAACTC CCGTTGACAA CAGCACACCT
GTGACCACTT CTACTGAAGC CCGTTCATCT CCTACAACTT CTGAAGGTAC CAGCATGCCA
AACTCAACTC CTAGTGAAGG AACCACTCCA TTAACAAGTA TACCTGTCAG CACCACGCCG
GTACTCAGTT CTGAGGCTAG CACCCTTTCA GCAACTCCTA TTGACACCAG CACCCCTGTG
ACCACTTCTA CTGAAGCCAC TTCGTCTCCT ACAACTGCTG AAGGTACCAG CATACCAACC
TCGACTCTTA GTGAAGGAAT GACTCCATTA ACAAGCACAC CTGTCAGCCA CACGCTGGTG
GCCAATTCTG AGGCTAGCAC CCTTTCAACA ACTCCTGTTG ACTCTAACAG TCCTGTGGTC
ACTTCTACAG CAGTCAGTTC ATCTCCTACA CCTGCTGAAG GTACCAGCAT AGCAACCTCA
ACGCCTAGTG AAGGAAGCAC TGCATTAACA AGTATACCTG TCAGCACCAC AACAGTGGCC
AGTTCTGAAA CCAACACCCT TTCAACAACT CCCGCTGTCA CCAGCACACC TGTGACCACT
TATGCTCAAG TCAGTTCATC TCCTACAACT GCTGACGGTA GCAGCATGCC AACCTCAACT
CCTAGGGAAG GAAGGCCTCC ATTAACAAGT ATACCTGTCA GCACCACAAC AGTGGCCAGT
TCTGAAATCA ACACCCTTTC AACAACTCTT GCTGACACCA GGACACCTGT GACCACTTAT
TCTCAAGCCA GTTCATCTCC TACAACTGCT GATGGTACCA GCATGCCAAC CCCAGCTTAT
AGTGAAGGAA GCACTCCACT AACAAGTATG CCTCTCAGCA CCACGCTGGT GGTCAGTTCT
GAGGCTAGCA CTCTTTCCAC AACTCCTGTT GACACCAGCA CTCCTGCCAC CACTTCTACT
GAAGGCAGTT CATCTCCTAC AACTGCAGGA GGTACCAGCA TACAAACCTC AACTCCTAGT
GAACGGACCA CTCCATTAGC AGGTATGCCT GTCAGCACTA CGCTTGTGGT CAGTTCTGAG
GGTAACACCC TTTCAACAAC TCCTGTTGAC TCCAAAACTC AGGTGACCAA TTCTACTGAA
GCCAGTTCAT CTGCAACCGC TGAAGGTAGC AGCATGACAA TCTCAGCTCC TAGTGAAGGA
AGTCCTCTAC TAACAAGTAT ACCTCTCAGC ACCACGCCGG TGGCCAGTCC TGAGGCTAGC
ACCCTTTCAA CAACTCCTGT TGACTCCAAC AGTCCTGTGA TCACTTCTAC TGAAGTCAGT
TCATCTCCTA TACCTACTGA AGGTACCAGC ATGCAAACCT CAACTTATAG TGACAGAAGA
ACTCCTTTAA CAAGTATGCC TGTCAGCACC ACAGTGGTGG CCAGTTCTGC AATCAGCACC
CTTTCAACAA CTCCTGTTGA CACCAGCACA CCTGTGACCA ATTCTACTGA AGCCCGTTCA
TCTCCTACAA CTTCTGAAGG TACCAGCATG CCAACCTCAA CTCCTAGTGA AGGAAGCACT
CCATTCACAA GTATGCCTGT CAGCACCATG CCGGTAGTTA CTTCTGAGGC TAGCACCCTT
TCAGCAACTC CTGTTGACAC CAGCACACCT GTGACCACTT CTACTGAAGC CACTTCATCT
CCTACAACTG CTGAAGGTAC CAGCATACCA ACTTCAACTC TTAGTGAAGG AACGACTCCA
TTAACAAGTA TACCTGTCAG CCACACGCTG GTGGCCAATT CTGAGGTTAG CACCCTTTCA
ACAACTCCTG TTGACTCCAA CACTCCTTTC ACTACTTCTA CTGAAGCCAG TTCACCTCCT
CCCACTGCTG AAGGTACCAG CATGCCAACC TCAACTTCTA GTGAAGGAAA CACTCCATTA
ACACGTATGC CTGTCAGCAC CACAATGGTG GCCAGTTTTG AAACAAGCAC ACTTTCTACA
ACTCCTGCTG ACACCAGCAC ACCTGTGACT ACTTATTCTC AAGCCGGTTC ATCTCCTACA
ACTGCTGACG ATACTAGCAT GCCAACCTCA ACTTATAGTG AAGGAAGCAC TCCACTAACA
AGTGTGCCTG TCAGCACCAT GCCGGTGGTC AGTTCTGAGG CTAGCACCCA TTCCACAACT
CCTGTTGACA CCAGCACACC TGTCACCACT TCTACTGAAG CCAGTTCATC TCCTACAACT
GCTGAAGGTA CCAGCATACC AACCTCACCT CCTAGTGAAG GAACCACTCC GTTAGCAAGT
ATGCCTGTCA GCACCACGCC GGTGGTCAGT TCTGAGGCTG GCACCCTTTC CACAACTCCT
GTTGACACCA GCACACCTAT GACCACTTCT ACTGAAGCCA GTTCATCTCC TACAACTGCT
GAAGATATCG TCGTGCCAAT CTCAACTGCT AGTGAAGGAA GTACTCTATT AACAAGTATA
CCTGTCAGCA CCACGCCAGT GGCCAGTCCT GAGGCTAGCA CCCTTTCAAC AACTCCTGTT
GACTCCAACA GTCCTGTGGT CACTTCTACT GAAATCAGTT CATCTGCTAC ATCCGCTGAA
GGTACCAGCA TGCCTACCTC AACTTATAGT GAAGGAAGCA CTCCATTAAG AAGTATGCCT
GTCAGCACCA AGCCGTTGGC CAGTTCTGAG GCTAGCACTC TTTCAACAAC TCCTGTTGAC
ACCAGCATAC CTGTCACCAC TTCTACTGAA ACCAGTTCAT CTCCTACAAC TGCAAAAGAT
ACCAGCATGC CAATCTCAAC TCCTAGTGAA GTAAGTACTT CATTAACAAG TATACTTGTC
AGCACCATGC CAGTGGCCAG TTCTGAGGCT AGCACCCTTT CAACAACTCC TGTTGACACC
AGGACACTTG TGACCACTTC CACTGGAACC AGTTCATCTC CTACAACTGC TGAAGGTAGC
AGCATGCCAA CCTCAACTCC TGGTGAAAGA AGCACTCCAT TAACAAATAT ACTTGTCAGC
ACCACGCTGT TGGCCAATTC TGAGGCTAGC ACCCTTTCAA CAACTCCTGT TGACACCAGC
ACACCTGTCA CCACTTCTGC TGAAGCCAGT TCTTCTCCTA CAACTGCTGA AGGTACCAGC
ATGCGAATCT CAACTCCTAG TGATGGAAGT ACTCCATTAA CAAGTATACT TGTCAGCACC
CTGCCAGTGG CCAGTTCTGA GGCTAGCACC GTTTCAACAA CTGCTGTTGA CACCAGCATA
CCTGTCACCA CTTCTACTGA AGCCAGTTCC TCTCCTACAA CTGCTGAAGT TACCAGCATG
CCAACCTCAA CTCCTAGTGA AACAAGTACT CCATTAACTA GTATGCCTGT CAACCACACG
CCAGTGGCCA GTTCTGAGGC TGGCACCCTT TCAACAACTC CTGTTGACAC CAGCACACCT
GTGACCACTT CTACTAAAGC CAGTTCATCT CCTACAACTG CTGAAGGTAT CGTCGTGCCA
ATCTCAACTG CTAGTGAAGG AAGTACTCTA TTAACAAGTA TACCTGTCAG CACCACGCCG
GTGGCCAGTT CTGAGGCTAG CACCCTTTCA ACAACTCCTG TTGATACCAG CATACCTGTC
ACCACTTCTA CTGAAGGCAG TTCTTCTCCT ACAACTGCTG AAGGTACCAG CATGCCAATC
TCAACTCCTA GTGAAGTAAG TACTCCATTA ACAAGTATAC TTGTCAGCAC CGTGCCAGTG
GCCGGTTCTG AGGCTAGCAC CCTTTCAACA ACTCCTGTTG ACACCAGGAC ACCTGTCACC
ACTTCTGCTG AAGCTAGTTC TTCTCCTACA ACTGCTGAAG GTACCAGCAT GCCAATCTCA
ACTCCTGGCG AAAGAAGAAC TCCATTAACA AGTATGTCTG TCAGCACCAT GCCGGTGGCC
AGTTCTGAGG CTAGCACCCT TTCAAGAACT CCTGCTGACA CCAGCACACC TGTGACCACT
TCTACTGAAG CCAGTTCCTC TCCTACAACT GCTGAAGGTA CCGGCATACC AATCTCAACT
CCTAGTGAAG GAAGTACTCC ATTAACAAGT ATACCTGTCA GCACCACGCC AGTGGCCATT
CCTGAGGCTA GCACCCTTTC AACAACTCCT GTTGACTCCA ACAGTCCTGT GGTCACTTCT
ACTGAAGTCA GTTCATCTCC TACACCTGCT GAAGGTACCA GCATGCCAAT CTCAACTTAT
AGTGAAGGAA GCACTCCATT AACAGGTGTG CCTGTCAGCA CCACACCGGT GACCAGTTCT
GCAATCAGCA CCCTTTCAAC AACTCCTGTT GACACCAGCA CACCTGTGAC CACTTCTACT
GAAGCCCATT CATCTCCTAC AACTTCTGAA GGTACCAGCA TGCCAACCTC AACTCCTAGT
GAAGGAAGTA CTCCATTAAC ATATATGCCT GTCAGCACCA TGCTGGTAGT CAGTTCTGAG
GATAGCACCC TTTCAGCAAC TCCTGTTGAC ACCAGCACAC CTGTGACCAC TTCTACTGAA
GCCACTTCAT CTACAACTGC TGAAGGTACC AGCATTCCAA CCTCAACTCC TAGTGAAGGA
ATGACTCCAT TAACTAGTGT ACCTGTCAGC AACACGCCGG TGGCCAGTTC TGAGGCTAGC
ATCCTTTCAA CAACTCCTGT TGACTCCAAC ACTCCTTTGA CCACTTCTAC TGAAGCCAGT
TCATCTCCTC CCACTGCTGA AGGTACCAGC ATGCCAACCT CAACTCCTAG TGAAGGAAGC
ACTCCATTAA CAAGTATGCC TGTCAGCACC ACAACGGTGG CCAGTTCTGA AACGAGCACC
CTTTCAACAA CTCCTGCTGA CACCAGCACA CCTGTGACCA CTTATTCTCA AGCCAGTTCA
TCTCCTCCAA TTGCTGACGG TACTAGCATG CCAACCTCAA CTTATAGTGA AGGAAGCACT
CCACTAACAA ATATGTCTTT CAGCACCACG CCAGTGGTCA GTTCTGAGGC TAGCACCCTT
TCCACAACTC CTGTTGACAC CAGCACACCT GTCACCACTT CTACTGAAGC CAGTTTATCT
CCTACAACTG CTGAAGGTAC CAGCATACCA ACCTCAAGTC CTAGTGAAGG AACCACTCCA
TTAGCAAGTA TGCCTGTCAG CACCACGCCG GTGGTCAGTT CTGAGGTTAA CACCCTTTCA
ACAACTCCTG TGGACTCCAA CACTCTGGTG ACCACTTCTA CTGAAGCCAG TTCATCTCCT
ACAATCGCTG AAGGTACCAG CTTGCCAACC TCAACTACTA GTGAAGGAAG CACTCCATTA
TCAATTATGC CTCTCAGTAC CACGCCGGTG GCCAGTTCTG AGGCTAGCAC CCTTTCAACA
ACTCCTGTTG ACACCAGCAC ACCTGTGACC ACTTCTTCTC CAACCAATTC ATCTCCTACA
ACTGCTGAAG TTACCAGCAT GCCAACATCA ACTGCTGGTG AAGGAAGCAC TCCATTAACA
AATATGCCTG TCAGCACCAC ACCGGTGGCC AGTTCTGAGG CTAGCACCCT TTCAACAACT
CCTGTTGACT CCAACACTTT TGTTACCAGT TCTAGTCAAG CCAGTTCATC TCCAGCAACT
CTTCAGGTCA CCACTATGCG TATGTCTACT CCAAGTGAAG GAAGCTCTTC ATTAACAACT
ATGCTCCTCA GCAGCACATA TGTGACCAGT TCTGAGGCTA GCACACCTTC CACTCCTTCT
GTTGACAGAA GCACACCTGT GACCACTTCT ACTCAGAGCA ATTCTACTCC TACACCTCCT
GAAGTTATCA CCCTGCCAAT GTCAACTCCT AGTGAAGTAA GCACTCCATT AACCATTATG
CCTGTCAGCA CCACATCGGT GACCATTTCT GAGGCTGGCA CAGCTTCAAC ACTTCCTGTT
GACACCAGCA CACCTGTGAT CACTTCTACC CAAGTCAGTT CATCTCCTGT GACTCCTGAA
GGTACCACCA TGCCAATCTG GACGCCTAGT GAAGGAAGCA CTCCATTAAC AACTATGCCT
GTCAGCACCA CACGTGTGAC CAGCTCTGAG GGTAGCACCC TTTCAACACC TTCTGTTGTC
ACCAGCACAC CTGTGACCAC TTCTACTGAA GCCATTTCAT CTTCTGCAAC TCTTGACAGC
ACCACCATGT CTGTGTCAAT GCCCATGGAA ATAAGCACCC TTGGGACCAC TATTCTTGTC
AGTACCACAC CTGTTACGAG GTTTCCTGAG AGTAGCACCC CTTCCATACC ATCTGTTTAC
ACCAGCATGT CTATGACCAC TGCCTCTGAA GGCAGTTCAT CTCCTACAAC TCTTGAAGGC
ACCACCACCA TGCCTATGTC AACTACGAGT GAAAGAAGCA CTTTATTGAC AACTGTCCTC
ATCAGCCCTA TATCTGTGAT GAGTCCTTCT GAGGCCAGCA CACTTTCAAC ACCTCCTGGT
GATACCAGCA CACCTTTGCT CACCTCTACC AAAGCCGGTT CATTCTCCAT ACCTGCTGAA
GTCACTACCA TACGTATTTC AATTACCAGT GAAAGAAGCA CTCCATTAAC AACTCTCCTT
GTCAGCACCA CACTTCCAAC TAGCTTTCCT GGGGCCAGCA TAGCTTCGAC ACCTCCTCTT
GACACAAGCA CAACTTTTAC CCCTTCTACT GACACTGCCT CAACTCCCAC AATTCCTGTA
GCCACCACCA TATCTGTATC AGTGATCACA GAAGGAAGCA CACCTGGGAC AACCATTTTT
ATTCCCAGCA CTCCTGTCAC CAGTTCTACT GCTGATGTCT TTCCTGCAAC AACTGGTGCT
GTATCTACCC CTGTGATAAC TTCCACTGAA CTAAACACAC CATCAACCTC CAGTAGTAGT
ACCACCACAT CTTTTTCAAC TACTAAGGAA TTTACAACAC CCGCAATGAC TACTGCAGCT
CCCCTCACAT ATGTGACCAT GTCTACTGCC CCCAGCACAC CCAGAACAAC CAGCAGAGGC
TGCACTACTT CTGCATCAAC GCTTTCTGCA ACCAGTACAC CTCACACCTC TACTTCTGTC
ACCACCCGTC CTGTGACCCC TTCATCAGAA TCCAGCAGGC CGTCAACAAT TACTTCTCAC
ACCATCCCAC CTACATTTCC TCCTGCTCAC TCCAGTACAC CTCCAACAAC CTCTGCCTCC
TCCACGACTG TGAACCCTGA GGCTGTCACC ACCATGACCA CCAGGACAAA ACCCAGCACA
CGGACCACTT CCTTCCCCAC GGTGACCACC ACCGCTGTCC CCACGAATAC TACAATTAAG
AGCAACCCCA CCTCAACTCC TACTGTGCCA AGAACCACAA CATGCTTTGG AGATGGGTGC
CAGAATACGG CCTCTCGCTG CAAGAATGGA GGCACCTGGG ATGGGCTCAA GTGCCAGTGT
CCCAACCTCT ATTATGGGGA GTTGTGTGAG GAGGTGGTCA GCAGCATTGA CATAGGGCCA
CCGGAGACTA TCTCTGCCCA AATGGAACTG ACTGTGACAG TGACCAGTGT GAAGTTCACC
GAAGAGCTAA AAAACCACTC TTCCCAGGAA TTCCAGGAGT TCAAACAGAC ATTCACGGAA
CAGATGAATA TTGTGTATTC CGGGATCCCT GAGTATGTCG GGGTGAACAT CACAAAGCTA
CGTCTTGGCA GTGTGGTGGT GGAGCATGAC GTCCTCCTAA GAACCAAGTA CACACCAGAA
TACAAGACAG TATTGGACAA TGCCACCGAA GTAGTGAAAG AGAAAATCAC AAAAGTGACC
ACACAGCAAA TAATGATTAA TGATATTTGC TCAGACATGA TGTGTTTCAA CACCACTGGC
ACCCAAGTGC AAAACATTAC GGTGACCCAG TACGACCCTG AAGAGGACTG CCGGAAGATG
GCCAAGGAAT ATGGAGACTA CTTCGTAGTG GAGTACCGGG ACCAGAAGCC ATACTGCATC
AGCCCCTGTG AGCCTGGCTT CAGTGTCTCC AAGAACTGTA ACCTCGGCAA GTGCCAGATG
TCTCTAAGTG GACCTCAGTG CCTCTGCGTG ACCACGGAAA CTCACTGGTA CAGTGGGGAG
ACCTGTAACC AGGGCACCCA GAAGAGTCTG GTGTACGGCC TCGTGGGGGC AGGGGTCGTG
CTGATGCTGA TCATCCTGGT AGCTCTCCTG ATGCTCGTTT TCCGCTCCAA GAGAGAGGTG
AAACGGCAAA AGTACAGATT GTCTCAGTTA TACAAGTGGC AAGAAGAGGA CAGTGGACCA
GCTCCTGGGA CCTTCCAAAA CATTGGCTTT GACATCTGCC AAGATGATGA TTCCATCCAC
CTGGAGTCCA TCTATAGTAA TTTCCAGCCC TCCTTGAGAC ACATAGACCC TGAAACAAAG
ATCCGAATTC AGAGGCCTCA GGTAATGACG ACATCATTTT AA

The stop codons will be deleted if pcDNA3.1+/C-(K)DYK vector is selected.

RefSeq NP_001035194.1
CDS54..13535
Misc Feature(1)33..35
Misc Feature(2)12621..12881
Exon (1)1..135
Exon (2)136..237
Exon (3)238..12456
Exon (4)12457..12588
Exon (5)12589..12716
Exon (6)12717..12775
Exon (7)12776..12927
Exon (8)12928..12996
Exon (9)12997..13156
Exon (10)13157..13318
Exon (11)13319..13416
Exon (12)13417..13493
Exon (13)13494..14350
Translation

Target ORF information:

RefSeq Version NM_001040105.1
Organism Homo sapiens(Human)
Definition Homo sapiens mucin 17, cell surface associated (MUC17), transcript variant 1, mRNA.

Target ORF information:

Epitope DYKDDDDK
Bacterial selection AMPR
Mammalian selection NeoR
Vector pcDNA3.1+/C-(K)DYK
NM_001040105.1

ORF Insert Sequence:

1
61
121
181
241
301
361
421
481
541
601
661
721
781
841
901
961
1021
1081
1141
1201
1261
1321
1381
1441
1501
1561
1621
1681
1741
1801
1861
1921
1981
2041
2101
2161
2221
2281
2341
2401
2461
2521
2581
2641
2701
2761
2821
2881
2941
3001
3061
3121
3181
3241
3301
3361
3421
3481
3541
3601
3661
3721
3781
3841
3901
3961
4021
4081
4141
4201
4261
4321
4381
4441
4501
4561
4621
4681
4741
4801
4861
4921
4981
5041
5101
5161
5221
5281
5341
5401
5461
5521
5581
5641
5701
5761
5821
5881
5941
6001
6061
6121
6181
6241
6301
6361
6421
6481
6541
6601
6661
6721
6781
6841
6901
6961
7021
7081
7141
7201
7261
7321
7381
7441
7501
7561
7621
7681
7741
7801
7861
7921
7981
8041
8101
8161
8221
8281
8341
8401
8461
8521
8581
8641
8701
8761
8821
8881
8941
9001
9061
9121
9181
9241
9301
9361
9421
9481
9541
9601
9661
9721
9781
9841
9901
9961
10021
10081
10141
10201
10261
10321
10381
10441
10501
10561
10621
10681
10741
10801
10861
10921
10981
11041
11101
11161
11221
11281
11341
11401
11461
11521
11581
11641
11701
11761
11821
11881
11941
12001
12061
12121
12181
12241
12301
12361
12421
12481
12541
12601
12661
12721
12781
12841
12901
12961
13021
13081
13141
13201
13261
13321
13381
13441
ATGCCAAGGC CAGGGACCAT GGCGCTGTGT CTGCTGACCT TGGTCCTCTC GCTCTTGCCC 
CCACAAGCTG CTGCAGAACA GGACCTCAGT GTGAACAGGG CTGTGTGGGA TGGAGGAGGG
TGCATCTCCC AAGGGGACGT CTTGAACCGT CAGTGCCAGC AGCTGTCTCA GCACGTTAGG
ACAGGTTCTG CGGCAAACAC CGCCACAGGT ACAACATCTA CAAATGTCGT GGAGCCAAGA
ATGTATTTGA GTTGCAGCAC CAACCCTGAG ATGACCTCGA TTGAGTCCAG TGTGACTTCA
GACACTCCTG GTGTCTCCAG TACCAGGATG ACACCAACAG AATCCAGAAC AACTTCAGAA
TCTACCAGTG ACAGCACCAC ACTTTTCCCC AGTTCTACTG AAGACACTTC ATCTCCTACA
ACTCCTGAAG GCACCGACGT GCCCATGTCA ACACCAAGTG AAGAAAGCAT TTCATCAACA
ATGGCTTTTG TCAGCACTGC ACCTCTTCCC AGTTTTGAGG CCTACACATC TTTAACATAT
AAGGTTGATA TGAGCACACC TCTGACCACT TCTACTCAGG CAAGTTCATC TCCTACTACT
CCTGAAAGCA CCACCATACC CAAATCAACT AACAGTGAAG GAAGCACTCC ATTAACAAGT
ATGCCTGCCA GCACCATGAA GGTGGCCAGT TCAGAGGCTA TCACCCTTTT GACAACTCCT
GTTGAAATCA GCACACCTGT GACCATTTCT GCTCAAGCCA GTTCATCTCC TACAACTGCT
GAAGGTCCCA GCCTGTCAAA CTCAGCTCCT AGTGGAGGAA GCACTCCATT AACAAGAATG
CCTCTCAGCG TGATGCTGGT GGTCAGTTCT GAGGCTAGCA CCCTTTCAAC AACTCCTGCT
GCCACCAACA TTCCTGTGAT CACTTCTACT GAAGCCAGTT CATCTCCTAC AACGGCTGAA
GGCACCAGCA TACCAACCTC AACTTATACT GAAGGAAGCA CTCCATTAAC AAGTACGCCT
GCCAGCACCA TGCCGGTTGC CACTTCTGAA ATGAGCACAC TTTCAATAAC TCCTGTTGAC
ACCAGCACAC TTGTGACCAC TTCTACTGAA CCCAGTTCAC TTCCTACAAC TGCTGAAGCT
ACCAGCATGC TAACCTCAAC TCTTAGTGAA GGAAGCACTC CATTAACAAA TATGCCTGTC
AGCACCATAT TGGTGGCCAG TTCTGAGGCT AGCACCACTT CAACAATTCC TGTTGACTCC
AAAACTTTTG TGACCACTGC TAGTGAAGCC AGCTCATCTC CCACAACTGC TGAAGATACC
AGCATTGCAA CCTCAACTCC TAGTGAAGGA AGCACTCCAT TAACAAGTAT GCCTGTCAGC
ACCACTCCAG TGGCCAGTTC TGAGGCTAGC AACCTTTCAA CAACTCCTGT TGACTCCAAA
ACTCAGGTGA CCACTTCTAC TGAAGCCAGT TCATCTCCTC CAACTGCTGA AGTTAACAGC
ATGCCAACCT CAACTCCTAG TGAAGGAAGC ACTCCATTAA CAAGTATGTC TGTCAGCACC
ATGCCGGTGG CCAGTTCTGA GGCTAGCACC CTTTCAACAA CTCCTGTTGA CACCAGCACA
CCTGTGACCA CTTCTAGTGA AGCCAGTTCA TCTTCTACAA CTCCTGAAGG TACCAGCATA
CCAACCTCAA CTCCTAGTGA AGGAAGCACT CCATTAACAA ACATGCCTGT CAGCACCAGG
CTGGTGGTCA GTTCTGAGGC TAGCACCACT TCAACAACTC CTGCTGACTC CAACACTTTT
GTGACCACTT CTAGTGAAGC TAGTTCATCT TCTACAACTG CTGAAGGTAC CAGCATGCCA
ACCTCAACTT ACAGTGAAAG AGGCACTACA ATAACAAGTA TGTCTGTCAG CACCACACTG
GTGGCCAGTT CTGAGGCTAG CACCCTTTCA ACAACTCCTG TTGACTCCAA CACTCCTGTG
ACCACTTCAA CTGAAGCCAC TTCATCTTCT ACAACTGCGG AAGGTACCAG CATGCCAACC
TCAACTTATA CTGAAGGAAG CACTCCATTA ACAAGTATGC CTGTCAACAC CACACTGGTG
GCCAGTTCTG AGGCTAGCAC CCTTTCAACA ACTCCTGTTG ACACCAGCAC ACCTGTGACC
ACTTCAACTG AAGCCAGTTC CTCTCCTACA ACTGCTGATG GTGCCAGTAT GCCAACCTCA
ACTCCTAGTG AAGGAAGCAC TCCATTAACA AGTATGCCTG TCAGCAAAAC GCTGTTGACC
AGTTCTGAGG CTAGCACCCT TTCAACAACT CCTCTTGACA CAAGCACACA TATCACCACT
TCTACTGAAG CCAGTTGCTC TCCTACAACC ACTGAAGGTA CCAGCATGCC AATCTCAACT
CCTAGTGAAG GAAGTCCTTT ATTAACAAGT ATACCTGTCA GCATCACACC GGTGACCAGT
CCTGAGGCTA GCACCCTTTC AACAACTCCT GTTGACTCCA ACAGTCCTGT GACCACTTCT
ACTGAAGTCA GTTCATCTCC TACACCTGCT GAAGGTACCA GCATGCCAAC CTCAACTTAT
AGTGAAGGAA GAACTCCTTT AACAAGTATG CCTGTCAGCA CCACACTGGT GGCCACTTCT
GCAATCAGCA CCCTTTCAAC AACTCCTGTT GACACCAGCA CACCTGTGAC CAATTCTACT
GAAGCCCGTT CGTCTCCTAC AACTTCTGAA GGTACCAGCA TGCCAACCTC AACTCCTGGG
GAAGGAAGCA CTCCATTAAC AAGTATGCCT GACAGCACCA CGCCGGTAGT CAGTTCTGAG
GCTAGAACAC TTTCAGCAAC TCCTGTTGAC ACCAGCACAC CTGTGACCAC TTCTACTGAA
GCCACTTCAT CTCCTACAAC TGCTGAAGGT ACCAGCATAC CAACCTCGAC TCCTAGTGAA
GGAACGACTC CATTAACAAG CACACCTGTC AGCCACACGC TGGTGGCCAA TTCTGAGGCT
AGCACCCTTT CAACAACTCC TGTTGACTCC AACACTCCTT TGACCACTTC TACTGAAGCC
AGTTCACCTC CTCCCACTGC TGAAGGTACC AGCATGCCAA CCTCAACTCC TAGTGAAGGA
AGCACTCCAT TAACACGTAT GCCTGTCAGC ACCACAATGG TGGCCAGTTC TGAAACGAGC
ACACTTTCAA CAACTCCTGC TGACACCAGC ACACCTGTGA CCACTTATTC TCAAGCCAGT
TCATCTTCTA CAACTGCTGA CGGTACCAGC ATGCCAACCT CAACTTATAG TGAAGGAAGC
ACTCCACTAA CAAGTGTGCC TGTCAGCACC AGGCTGGTGG TCAGTTCTGA GGCTAGCACC
CTTTCCACAA CTCCTGTCGA CACCAGCATA CCTGTCACCA CTTCTACTGA AGCCAGTTCA
TCTCCTACAA CTGCTGAAGG TACCAGCATA CCAACCTCAC CTCCCAGTGA AGGAACCACT
CCGTTAGCAA GTATGCCTGT CAGCACCACG CTGGTGGTCA GTTCTGAGGC TAACACCCTT
TCAACAACTC CTGTGGACTC CAAAACTCAG GTGGCCACTT CTACTGAAGC CAGTTCACCT
CCTCCAACTG CTGAAGTTAC CAGCATGCCA ACCTCAACTC CTGGAGAAAG AAGCACTCCA
TTAACAAGTA TGCCTGTCAG ACACACGCCA GTGGCCAGTT CTGAGGCTAG CACCCTTTCA
ACATCTCCCG TTGACACCAG CACACCTGTG ACCACTTCTG CTGAAACCAG TTCCTCTCCT
ACAACCGCTG AAGGTACCAG CTTGCCAACC TCAACTACTA GTGAAGGAAG TACTCTATTA
ACAAGTATAC CTGTCAGCAC CACGCTGGTG ACCAGTCCTG AGGCTAGCAC CCTTTTAACA
ACTCCTGTTG ACACTAAAGG TCCTGTGGTC ACTTCTAATG AAGTCAGTTC ATCTCCTACA
CCTGCTGAAG GTACCAGCAT GCCAACCTCA ACTTATAGTG AAGGAAGAAC TCCTTTAACA
AGTATACCTG TCAACACCAC ACTGGTGGCC AGTTCTGCAA TCAGCATCCT TTCAACAACT
CCTGTTGACA ACAGCACACC TGTGACCACT TCTACTGAAG CCTGTTCATC TCCTACAACT
TCTGAAGGTA CCAGCATGCC AAACTCAAAT CCTAGTGAAG GAACCACTCC GTTAACAAGT
ATACCTGTCA GCACCACGCC GGTAGTCAGT TCTGAGGCTA GCACCCTTTC AGCAACTCCT
GTTGACACCA GCACCCCTGG GACCACTTCT GCTGAAGCCA CTTCATCTCC TACAACTGCT
GAAGGTATCA GCATACCAAC CTCAACTCCT AGTGAAGGAA AGACTCCATT AAAAAGTATA
CCTGTCAGCA ACACGCCGGT GGCCAATTCT GAGGCTAGCA CCCTTTCAAC AACTCCTGTT
GACTCTAACA GTCCTGTGGT CACTTCTACA GCAGTCAGTT CATCTCCTAC ACCTGCTGAA
GGTACCAGCA TAGCAATCTC AACGCCTAGT GAAGGAAGCA CTGCATTAAC AAGTATACCT
GTCAGCACCA CAACAGTGGC CAGTTCTGAA ATCAACAGCC TTTCAACAAC TCCTGCTGTC
ACCAGCACAC CTGTGACCAC TTATTCTCAA GCCAGTTCAT CTCCTACAAC TGCTGACGGT
ACCAGCATGC AAACCTCAAC TTATAGTGAA GGAAGCACTC CACTAACAAG TTTGCCTGTC
AGCACCATGC TGGTGGTCAG TTCTGAGGCT AACACCCTTT CAACAACCCC TATTGACTCC
AAAACTCAGG TGACCGCTTC TACTGAAGCC AGTTCATCTA CAACCGCTGA AGGTAGCAGC
ATGACAATCT CAACTCCTAG TGAAGGAAGT CCTCTATTAA CAAGTATACC TGTCAGCACC
ACGCCGGTGG CCAGTCCTGA GGCTAGCACC CTTTCAACAA CTCCTGTTGA CTCCAACAGT
CCTGTGATCA CTTCTACTGA AGTCAGTTCA TCTCCTACAC CTGCTGAAGG TACCAGCATG
CCAACCTCAA CTTATACTGA AGGAAGAACT CCTTTAACAA GTATAACTGT CAGAACAACA
CCGGTGGCCA GCTCTGCAAT CAGCACCCTT TCAACAACTC CCGTTGACAA CAGCACACCT
GTGACCACTT CTACTGAAGC CCGTTCATCT CCTACAACTT CTGAAGGTAC CAGCATGCCA
AACTCAACTC CTAGTGAAGG AACCACTCCA TTAACAAGTA TACCTGTCAG CACCACGCCG
GTACTCAGTT CTGAGGCTAG CACCCTTTCA GCAACTCCTA TTGACACCAG CACCCCTGTG
ACCACTTCTA CTGAAGCCAC TTCGTCTCCT ACAACTGCTG AAGGTACCAG CATACCAACC
TCGACTCTTA GTGAAGGAAT GACTCCATTA ACAAGCACAC CTGTCAGCCA CACGCTGGTG
GCCAATTCTG AGGCTAGCAC CCTTTCAACA ACTCCTGTTG ACTCTAACAG TCCTGTGGTC
ACTTCTACAG CAGTCAGTTC ATCTCCTACA CCTGCTGAAG GTACCAGCAT AGCAACCTCA
ACGCCTAGTG AAGGAAGCAC TGCATTAACA AGTATACCTG TCAGCACCAC AACAGTGGCC
AGTTCTGAAA CCAACACCCT TTCAACAACT CCCGCTGTCA CCAGCACACC TGTGACCACT
TATGCTCAAG TCAGTTCATC TCCTACAACT GCTGACGGTA GCAGCATGCC AACCTCAACT
CCTAGGGAAG GAAGGCCTCC ATTAACAAGT ATACCTGTCA GCACCACAAC AGTGGCCAGT
TCTGAAATCA ACACCCTTTC AACAACTCTT GCTGACACCA GGACACCTGT GACCACTTAT
TCTCAAGCCA GTTCATCTCC TACAACTGCT GATGGTACCA GCATGCCAAC CCCAGCTTAT
AGTGAAGGAA GCACTCCACT AACAAGTATG CCTCTCAGCA CCACGCTGGT GGTCAGTTCT
GAGGCTAGCA CTCTTTCCAC AACTCCTGTT GACACCAGCA CTCCTGCCAC CACTTCTACT
GAAGGCAGTT CATCTCCTAC AACTGCAGGA GGTACCAGCA TACAAACCTC AACTCCTAGT
GAACGGACCA CTCCATTAGC AGGTATGCCT GTCAGCACTA CGCTTGTGGT CAGTTCTGAG
GGTAACACCC TTTCAACAAC TCCTGTTGAC TCCAAAACTC AGGTGACCAA TTCTACTGAA
GCCAGTTCAT CTGCAACCGC TGAAGGTAGC AGCATGACAA TCTCAGCTCC TAGTGAAGGA
AGTCCTCTAC TAACAAGTAT ACCTCTCAGC ACCACGCCGG TGGCCAGTCC TGAGGCTAGC
ACCCTTTCAA CAACTCCTGT TGACTCCAAC AGTCCTGTGA TCACTTCTAC TGAAGTCAGT
TCATCTCCTA TACCTACTGA AGGTACCAGC ATGCAAACCT CAACTTATAG TGACAGAAGA
ACTCCTTTAA CAAGTATGCC TGTCAGCACC ACAGTGGTGG CCAGTTCTGC AATCAGCACC
CTTTCAACAA CTCCTGTTGA CACCAGCACA CCTGTGACCA ATTCTACTGA AGCCCGTTCA
TCTCCTACAA CTTCTGAAGG TACCAGCATG CCAACCTCAA CTCCTAGTGA AGGAAGCACT
CCATTCACAA GTATGCCTGT CAGCACCATG CCGGTAGTTA CTTCTGAGGC TAGCACCCTT
TCAGCAACTC CTGTTGACAC CAGCACACCT GTGACCACTT CTACTGAAGC CACTTCATCT
CCTACAACTG CTGAAGGTAC CAGCATACCA ACTTCAACTC TTAGTGAAGG AACGACTCCA
TTAACAAGTA TACCTGTCAG CCACACGCTG GTGGCCAATT CTGAGGTTAG CACCCTTTCA
ACAACTCCTG TTGACTCCAA CACTCCTTTC ACTACTTCTA CTGAAGCCAG TTCACCTCCT
CCCACTGCTG AAGGTACCAG CATGCCAACC TCAACTTCTA GTGAAGGAAA CACTCCATTA
ACACGTATGC CTGTCAGCAC CACAATGGTG GCCAGTTTTG AAACAAGCAC ACTTTCTACA
ACTCCTGCTG ACACCAGCAC ACCTGTGACT ACTTATTCTC AAGCCGGTTC ATCTCCTACA
ACTGCTGACG ATACTAGCAT GCCAACCTCA ACTTATAGTG AAGGAAGCAC TCCACTAACA
AGTGTGCCTG TCAGCACCAT GCCGGTGGTC AGTTCTGAGG CTAGCACCCA TTCCACAACT
CCTGTTGACA CCAGCACACC TGTCACCACT TCTACTGAAG CCAGTTCATC TCCTACAACT
GCTGAAGGTA CCAGCATACC AACCTCACCT CCTAGTGAAG GAACCACTCC GTTAGCAAGT
ATGCCTGTCA GCACCACGCC GGTGGTCAGT TCTGAGGCTG GCACCCTTTC CACAACTCCT
GTTGACACCA GCACACCTAT GACCACTTCT ACTGAAGCCA GTTCATCTCC TACAACTGCT
GAAGATATCG TCGTGCCAAT CTCAACTGCT AGTGAAGGAA GTACTCTATT AACAAGTATA
CCTGTCAGCA CCACGCCAGT GGCCAGTCCT GAGGCTAGCA CCCTTTCAAC AACTCCTGTT
GACTCCAACA GTCCTGTGGT CACTTCTACT GAAATCAGTT CATCTGCTAC ATCCGCTGAA
GGTACCAGCA TGCCTACCTC AACTTATAGT GAAGGAAGCA CTCCATTAAG AAGTATGCCT
GTCAGCACCA AGCCGTTGGC CAGTTCTGAG GCTAGCACTC TTTCAACAAC TCCTGTTGAC
ACCAGCATAC CTGTCACCAC TTCTACTGAA ACCAGTTCAT CTCCTACAAC TGCAAAAGAT
ACCAGCATGC CAATCTCAAC TCCTAGTGAA GTAAGTACTT CATTAACAAG TATACTTGTC
AGCACCATGC CAGTGGCCAG TTCTGAGGCT AGCACCCTTT CAACAACTCC TGTTGACACC
AGGACACTTG TGACCACTTC CACTGGAACC AGTTCATCTC CTACAACTGC TGAAGGTAGC
AGCATGCCAA CCTCAACTCC TGGTGAAAGA AGCACTCCAT TAACAAATAT ACTTGTCAGC
ACCACGCTGT TGGCCAATTC TGAGGCTAGC ACCCTTTCAA CAACTCCTGT TGACACCAGC
ACACCTGTCA CCACTTCTGC TGAAGCCAGT TCTTCTCCTA CAACTGCTGA AGGTACCAGC
ATGCGAATCT CAACTCCTAG TGATGGAAGT ACTCCATTAA CAAGTATACT TGTCAGCACC
CTGCCAGTGG CCAGTTCTGA GGCTAGCACC GTTTCAACAA CTGCTGTTGA CACCAGCATA
CCTGTCACCA CTTCTACTGA AGCCAGTTCC TCTCCTACAA CTGCTGAAGT TACCAGCATG
CCAACCTCAA CTCCTAGTGA AACAAGTACT CCATTAACTA GTATGCCTGT CAACCACACG
CCAGTGGCCA GTTCTGAGGC TGGCACCCTT TCAACAACTC CTGTTGACAC CAGCACACCT
GTGACCACTT CTACTAAAGC CAGTTCATCT CCTACAACTG CTGAAGGTAT CGTCGTGCCA
ATCTCAACTG CTAGTGAAGG AAGTACTCTA TTAACAAGTA TACCTGTCAG CACCACGCCG
GTGGCCAGTT CTGAGGCTAG CACCCTTTCA ACAACTCCTG TTGATACCAG CATACCTGTC
ACCACTTCTA CTGAAGGCAG TTCTTCTCCT ACAACTGCTG AAGGTACCAG CATGCCAATC
TCAACTCCTA GTGAAGTAAG TACTCCATTA ACAAGTATAC TTGTCAGCAC CGTGCCAGTG
GCCGGTTCTG AGGCTAGCAC CCTTTCAACA ACTCCTGTTG ACACCAGGAC ACCTGTCACC
ACTTCTGCTG AAGCTAGTTC TTCTCCTACA ACTGCTGAAG GTACCAGCAT GCCAATCTCA
ACTCCTGGCG AAAGAAGAAC TCCATTAACA AGTATGTCTG TCAGCACCAT GCCGGTGGCC
AGTTCTGAGG CTAGCACCCT TTCAAGAACT CCTGCTGACA CCAGCACACC TGTGACCACT
TCTACTGAAG CCAGTTCCTC TCCTACAACT GCTGAAGGTA CCGGCATACC AATCTCAACT
CCTAGTGAAG GAAGTACTCC ATTAACAAGT ATACCTGTCA GCACCACGCC AGTGGCCATT
CCTGAGGCTA GCACCCTTTC AACAACTCCT GTTGACTCCA ACAGTCCTGT GGTCACTTCT
ACTGAAGTCA GTTCATCTCC TACACCTGCT GAAGGTACCA GCATGCCAAT CTCAACTTAT
AGTGAAGGAA GCACTCCATT AACAGGTGTG CCTGTCAGCA CCACACCGGT GACCAGTTCT
GCAATCAGCA CCCTTTCAAC AACTCCTGTT GACACCAGCA CACCTGTGAC CACTTCTACT
GAAGCCCATT CATCTCCTAC AACTTCTGAA GGTACCAGCA TGCCAACCTC AACTCCTAGT
GAAGGAAGTA CTCCATTAAC ATATATGCCT GTCAGCACCA TGCTGGTAGT CAGTTCTGAG
GATAGCACCC TTTCAGCAAC TCCTGTTGAC ACCAGCACAC CTGTGACCAC TTCTACTGAA
GCCACTTCAT CTACAACTGC TGAAGGTACC AGCATTCCAA CCTCAACTCC TAGTGAAGGA
ATGACTCCAT TAACTAGTGT ACCTGTCAGC AACACGCCGG TGGCCAGTTC TGAGGCTAGC
ATCCTTTCAA CAACTCCTGT TGACTCCAAC ACTCCTTTGA CCACTTCTAC TGAAGCCAGT
TCATCTCCTC CCACTGCTGA AGGTACCAGC ATGCCAACCT CAACTCCTAG TGAAGGAAGC
ACTCCATTAA CAAGTATGCC TGTCAGCACC ACAACGGTGG CCAGTTCTGA AACGAGCACC
CTTTCAACAA CTCCTGCTGA CACCAGCACA CCTGTGACCA CTTATTCTCA AGCCAGTTCA
TCTCCTCCAA TTGCTGACGG TACTAGCATG CCAACCTCAA CTTATAGTGA AGGAAGCACT
CCACTAACAA ATATGTCTTT CAGCACCACG CCAGTGGTCA GTTCTGAGGC TAGCACCCTT
TCCACAACTC CTGTTGACAC CAGCACACCT GTCACCACTT CTACTGAAGC CAGTTTATCT
CCTACAACTG CTGAAGGTAC CAGCATACCA ACCTCAAGTC CTAGTGAAGG AACCACTCCA
TTAGCAAGTA TGCCTGTCAG CACCACGCCG GTGGTCAGTT CTGAGGTTAA CACCCTTTCA
ACAACTCCTG TGGACTCCAA CACTCTGGTG ACCACTTCTA CTGAAGCCAG TTCATCTCCT
ACAATCGCTG AAGGTACCAG CTTGCCAACC TCAACTACTA GTGAAGGAAG CACTCCATTA
TCAATTATGC CTCTCAGTAC CACGCCGGTG GCCAGTTCTG AGGCTAGCAC CCTTTCAACA
ACTCCTGTTG ACACCAGCAC ACCTGTGACC ACTTCTTCTC CAACCAATTC ATCTCCTACA
ACTGCTGAAG TTACCAGCAT GCCAACATCA ACTGCTGGTG AAGGAAGCAC TCCATTAACA
AATATGCCTG TCAGCACCAC ACCGGTGGCC AGTTCTGAGG CTAGCACCCT TTCAACAACT
CCTGTTGACT CCAACACTTT TGTTACCAGT TCTAGTCAAG CCAGTTCATC TCCAGCAACT
CTTCAGGTCA CCACTATGCG TATGTCTACT CCAAGTGAAG GAAGCTCTTC ATTAACAACT
ATGCTCCTCA GCAGCACATA TGTGACCAGT TCTGAGGCTA GCACACCTTC CACTCCTTCT
GTTGACAGAA GCACACCTGT GACCACTTCT ACTCAGAGCA ATTCTACTCC TACACCTCCT
GAAGTTATCA CCCTGCCAAT GTCAACTCCT AGTGAAGTAA GCACTCCATT AACCATTATG
CCTGTCAGCA CCACATCGGT GACCATTTCT GAGGCTGGCA CAGCTTCAAC ACTTCCTGTT
GACACCAGCA CACCTGTGAT CACTTCTACC CAAGTCAGTT CATCTCCTGT GACTCCTGAA
GGTACCACCA TGCCAATCTG GACGCCTAGT GAAGGAAGCA CTCCATTAAC AACTATGCCT
GTCAGCACCA CACGTGTGAC CAGCTCTGAG GGTAGCACCC TTTCAACACC TTCTGTTGTC
ACCAGCACAC CTGTGACCAC TTCTACTGAA GCCATTTCAT CTTCTGCAAC TCTTGACAGC
ACCACCATGT CTGTGTCAAT GCCCATGGAA ATAAGCACCC TTGGGACCAC TATTCTTGTC
AGTACCACAC CTGTTACGAG GTTTCCTGAG AGTAGCACCC CTTCCATACC ATCTGTTTAC
ACCAGCATGT CTATGACCAC TGCCTCTGAA GGCAGTTCAT CTCCTACAAC TCTTGAAGGC
ACCACCACCA TGCCTATGTC AACTACGAGT GAAAGAAGCA CTTTATTGAC AACTGTCCTC
ATCAGCCCTA TATCTGTGAT GAGTCCTTCT GAGGCCAGCA CACTTTCAAC ACCTCCTGGT
GATACCAGCA CACCTTTGCT CACCTCTACC AAAGCCGGTT CATTCTCCAT ACCTGCTGAA
GTCACTACCA TACGTATTTC AATTACCAGT GAAAGAAGCA CTCCATTAAC AACTCTCCTT
GTCAGCACCA CACTTCCAAC TAGCTTTCCT GGGGCCAGCA TAGCTTCGAC ACCTCCTCTT
GACACAAGCA CAACTTTTAC CCCTTCTACT GACACTGCCT CAACTCCCAC AATTCCTGTA
GCCACCACCA TATCTGTATC AGTGATCACA GAAGGAAGCA CACCTGGGAC AACCATTTTT
ATTCCCAGCA CTCCTGTCAC CAGTTCTACT GCTGATGTCT TTCCTGCAAC AACTGGTGCT
GTATCTACCC CTGTGATAAC TTCCACTGAA CTAAACACAC CATCAACCTC CAGTAGTAGT
ACCACCACAT CTTTTTCAAC TACTAAGGAA TTTACAACAC CCGCAATGAC TACTGCAGCT
CCCCTCACAT ATGTGACCAT GTCTACTGCC CCCAGCACAC CCAGAACAAC CAGCAGAGGC
TGCACTACTT CTGCATCAAC GCTTTCTGCA ACCAGTACAC CTCACACCTC TACTTCTGTC
ACCACCCGTC CTGTGACCCC TTCATCAGAA TCCAGCAGGC CGTCAACAAT TACTTCTCAC
ACCATCCCAC CTACATTTCC TCCTGCTCAC TCCAGTACAC CTCCAACAAC CTCTGCCTCC
TCCACGACTG TGAACCCTGA GGCTGTCACC ACCATGACCA CCAGGACAAA ACCCAGCACA
CGGACCACTT CCTTCCCCAC GGTGACCACC ACCGCTGTCC CCACGAATAC TACAATTAAG
AGCAACCCCA CCTCAACTCC TACTGTGCCA AGAACCACAA CATGCTTTGG AGATGGGTGC
CAGAATACGG CCTCTCGCTG CAAGAATGGA GGCACCTGGG ATGGGCTCAA GTGCCAGTGT
CCCAACCTCT ATTATGGGGA GTTGTGTGAG GAGGTGGTCA GCAGCATTGA CATAGGGCCA
CCGGAGACTA TCTCTGCCCA AATGGAACTG ACTGTGACAG TGACCAGTGT GAAGTTCACC
GAAGAGCTAA AAAACCACTC TTCCCAGGAA TTCCAGGAGT TCAAACAGAC ATTCACGGAA
CAGATGAATA TTGTGTATTC CGGGATCCCT GAGTATGTCG GGGTGAACAT CACAAAGCTA
CGTCTTGGCA GTGTGGTGGT GGAGCATGAC GTCCTCCTAA GAACCAAGTA CACACCAGAA
TACAAGACAG TATTGGACAA TGCCACCGAA GTAGTGAAAG AGAAAATCAC AAAAGTGACC
ACACAGCAAA TAATGATTAA TGATATTTGC TCAGACATGA TGTGTTTCAA CACCACTGGC
ACCCAAGTGC AAAACATTAC GGTGACCCAG TACGACCCTG AAGAGGACTG CCGGAAGATG
GCCAAGGAAT ATGGAGACTA CTTCGTAGTG GAGTACCGGG ACCAGAAGCC ATACTGCATC
AGCCCCTGTG AGCCTGGCTT CAGTGTCTCC AAGAACTGTA ACCTCGGCAA GTGCCAGATG
TCTCTAAGTG GACCTCAGTG CCTCTGCGTG ACCACGGAAA CTCACTGGTA CAGTGGGGAG
ACCTGTAACC AGGGCACCCA GAAGAGTCTG GTGTACGGCC TCGTGGGGGC AGGGGTCGTG
CTGATGCTGA TCATCCTGGT AGCTCTCCTG ATGCTCGTTT TCCGCTCCAA GAGAGAGGTG
AAACGGCAAA AGTACAGATT GTCTCAGTTA TACAAGTGGC AAGAAGAGGA CAGTGGACCA
GCTCCTGGGA CCTTCCAAAA CATTGGCTTT GACATCTGCC AAGATGATGA TTCCATCCAC
CTGGAGTCCA TCTATAGTAA TTTCCAGCCC TCCTTGAGAC ACATAGACCC TGAAACAAAG
ATCCGAATTC AGAGGCCTCA GGTAATGACG ACATCATTTT AA

The stop codons will be deleted if pcDNA3.1+/C-(K)DYK vector is selected.

book

Genetic variations of MUC17 are associated with endometriosis development and related infertility.
BMC medical genetics1660(2015 Aug)
Yang CW,Chang CY,Lai MT,Chang HW,Lu CC,Chen Y,Chen CM,Lee SC,Tsai PW,Yang SH,Lin CH,Sheu JJ,Tsai FJ


book

Three-dimensional intestinal villi epithelium enhances protection of human intestinal cells from bacterial infection by inducing mucin expression.
Integrative biology : quantitative biosciences from nano to macro6(12)1122-31(2014 Dec)
Kim SH,Chi M,Yi B,Kim SH,Oh S,Kim Y,Park S,Sung JH


book

Membrane-bound mucins and mucin terminal glycans expression in idiopathic or Helicobacter pylori, NSAID associated peptic ulcers.
World journal of gastroenterology20(40)14913-20(2014 Oct)
Niv Y,Boltin D,Halpern M,Cohen M,Levi Z,Vilkin A,Morgenstern S,Manugian V,St Lawrence E,Gagneux P,Kaur S,Sharma P,Batra SK,Ho SB


book

RNA sequencing of sessile serrated colon polyps identifies differentially expressed genes and immunohistochemical markers.
PloS one9(2)e88367(2014)
Delker DA,McGettigan BM,Kanth P,Pop S,Neklason DW,Bronner MP,Burt RW,Hagedorn CH


book

Carbachol-induced MUC17 endocytosis is concomitant with NHE3 internalization and CFTR membrane recruitment in enterocytes.
American journal of physiology. Cell physiology305(4)C457-67(2013 Aug)
Pelaseyed T,Gustafsson JK,Gustafsson IJ,Ermund A,Hansson GC


 
*
*
*
*