Sign In

gene : DRS2

Sequence Viewer

Annotation Tags

ID gene52
Name WN66_00053
gene_biotype protein_coding
locus_tag WN66_00053
standard_name DRS2
Note YAL026C~DRS2,FUN38,SWA3~Verified
description Trans-golgi network aminophospholipid translocase (flippase); maintains membrane lipid asymmetry in post-Golgi secretory vesicles; contributes to clathrin-coated vesicle formation, endocytosis, protein trafficking between the Golgi and endosomal system and the cellular response to mating pheromone; autoinhibited by its C-terminal tail; localizes to the trans-Golgi network; mutations in human homolog ATP8B1 result in liver disease
Dbxref SGD:S000000024
gbkey Gene

Location(s)

Start Position 82244
End Position 86311

Sequence: 4068bp

Add 1kb Flanking
ATGAATGACG ACAGAGAAAC CCCCCCAAAG AGGAAACCTG GGGAGGACGA CACGCTTTTC GATATTGACT TCTTAGACGA CACGACTTCT CTTTCTGGAT
CCCGTTCAAA GGTCACCAAC TCACATGCGA ACGCGAATTA TATACCACCA AGTCATGTAC TTCCCGAAGA GACTATCGAC TTAGACGCTG ATGATGATAA
CATTGAAAAT GATGTCCATG AAAATCCATT TATGAGCAAT AACCATGACG ACCAAACATC TTGGAATGCC AATAGATTCG ACTCAGATGC ATATCAACCA
CAATCCCTAC GAGCAGTCAA GCCTCCCGGT TTATTTGCTA GGTTTGGTAA TGGTCTCAAA AATGCCTTTA CGTTCAAACG GAAGAAAGGG CCCGAAAGTT
TCGAAATGAA TCATTACAAT GCGGTGACTA ATAACGAATT AGACGATAAT TATCTAGACT CGAGGAATAA ATTCAACATT AAAATTCTTT TCAACCGGTA
CATTTTAAGA AAGAACGTTG GCGACGCAGA GGGCAATGGT GAACCAAGAG TCATCCACAT CAACGATTCT CTCGCTAATT CCTCCTTCGG TTATAGTGAC
AACCATATAT CTACCACCAA GTATAATTTT GCGACCTTTC TACCTAAATT TTTGTTCCAA GAATTTTCCA AATACGCTAA TCTGTTTTTT TTATGTACAT
CTGCCATTCA ACAGGTGCCT CACGTCTCGC CAACTAATAG ATACACCACA ATTGGTACTT TATTAGTGGT TTTGATTGTT TCTGCCATGA AGGAATGTAT
CGAAGATATC AAAAGAGCTA ATTCTGATAA AGAATTAAAT AATTCGACAG CAGAAATATT TTCAGAAGCA CATGATGACT TTGTTGAGAA ACGATGGATT
GATATTCGTG TAGGTGACAT AATTAGAGTA AAATCAGAGG AACCTATTCC TGCTGATACC ATAATTTTGT CATCTTCGGA ACCGGAGGGT CTTTGCTACA
TTGAAACTGC CAACTTGGAT GGTGAAACAA ATTTGAAAAT CAAACAGTCG AGAGTAGAAA CAGCCAAATT TATAGACGTT AAAACTTTGA AGAACATGAA
CGGAAAAGTT GTTTCCGAAC AGCCGAACTC TAGCTTGTAT ACTTATGAAG GTACAATGAC TTTAAATGAT CGTCAAATAC CGTTATCTCC TGACCAAATG
ATTTTAAGAG GTGCAACTTT AAGAAATACT GCATGGATAT TTGGTTTAGT TATCTTCACT GGTCATGAAA CTAAGTTAAT GCGTAATGCT ACTGCAACCC
CAATTAAAAG AACCGCGGTT GAGAAAATTA TCAACAGACA GATTATTGCA CTGTTCACAG TTTTAATCGT GCTAATTTTA ATTTCTTCAA TTGGTAATGT
TATTATGTCT ACTGCAGATG CCAAACATTT ATCGTACCTT TACCTGGAGG GTACCAACAA GGCTGGCTTA TTCTTCAAAG ACTTTTTAAC ATTTTGGATT
CTATTTTCGA ATCTAGTTCC TATTTCTCTA TTTGTCACCG TTGAATTAAT CAAATATTAT CAGGCTTTTA TGATAGGTTC AGATCTAGAT TTGTACTACG
AAAAAACTGA TACCCCAACT GTGGTTCGTA CATCCTCTTT GGTTGAAGAA CTTGGTCAAA TAGAATATAT ATTCAGTGAC AAGACAGGAA CTTTAACAAG
AAATATTATG GAATTTAAAT CCTGCTCTAT TGCAGGCCAT TGCTATATTG ATAAAATACC TGAAGATAAA ACGGCCACTG TTGAAGATGG GATTGAAGTT
GGTTATAGAA AATTTGACGA TTTGAAGAAA AAGTTAAATG ATCCCTCTGA TGAGGATTCA CCTATTATCA ATGACTTCTT AACATTACTG GCTACCTGTC
ATACTGTCAT TCCAGAATTT CAAAGCGATG GATCTATTAA ATATCAAGCA GCCTCTCCAG ATGAAGGTGC CCTCGTTCAA GGTGGTGCTG ATTTAGGGTA
TAAGTTTATC ATCCGTAAAC CAAACTCTGT AACTGTTTTA TTGGAGGAAA CTGGCGAGGA AAAAGAGTAT CAACTACTTA ACATTTGTGA ATTTAATTCC
ACCAGGAAGA GAATGAGCGC TATATTTAGA TTTCCGGATG GTTCGATAAA GTTATTCTGT AAAGGTGCTG ATACTGTCAT TCTGGAAAGA TTGGATGATG
AAGCTAATCA ATATGTAGAA GCTACAATGA GACATTTAGA AGATTATGCA TCTGAGGGTT TGCGGACGTT GTGTTTGGCA ATGAGAGATA TCTCTGAAGG
AGAATATGAA GAATGGAATA GCATTTATAA TGAGGCTGCC ACAACATTAG ATAACAGAGC CGAGAAGCTA GACGAAGCCG CAAATCTAAT CGAGAAAAAT
CTAATATTAA TTGGTGCAAC TGCTATTGAA GATAAGTTAC AGGACGGTGT TCCAGAAACT ATCCACACAT TACAAGAAGC GGGTATTAAA ATTTGGGTTT
TAACTGGTGA CAGACAGGAA ACTGCTATTA ACATTGGTAT GAGTTGCCGT TTATTGAGTG AAGACATGAA TTTGTTGATC ATCAACGAGG AAACCAGAGA
TGATACTGAG AGAAATTTGT TAGAGAAGAT TAACGCTCTA AACGAGCATC AATTGTCAAC ACATGATATG AATACCTTAG CGCTCGTCAT TGATGGGAAG
TCATTAGGCT TTGCCTTGGA ACCAGAATTA GAAGATTATT TGCTAACTGT GGCGAAGCTT TGTAAAGCGG TTATATGTTG CCGTGTATCT CCACTACAGA
AAGCCTTGGT TGTTAAAATG GTAAAAAGAA AGTCGTCTTC ACTACTGCTA GCCATTGGCG ATGGTGCCAA CGATGTTAGT ATGATACAGG CAGCTCATGT
TGGTGTCGGT ATTAGTGGTA TGGAAGGTAT GCAAGCGGCT CGTTCAGCTG ATATAGCTGT TGGCCAATTT AAATTTTTAA AAAAACTATT ACTTGTCCAT
GGCTCCTGGT CTTATCAAAG AATTTCTGTC GCAATTTTGT ACTCTTTTTA CAAGAATACA GCATTATACA TGACGCAGTT TTGGTACGTT TTTGCCAATG
CCTTTTCAGG TCAATCCATT ATGGAATCAT GGACAATGAG TTTCTACAAC TTATTCTTCA CTGTTTGGCC CCCTTTTGTC ATTGGTGTAT TTGATCAATT
TGTTAGTAGT AGATTACTTG AGCGGTACCC ACAATTGTAC AAATTAGGAC AGAAGGGTCA ATTTTTCTCT GTTTACATCT TCTGGGGATG GATTATTAAT
GGCTTTTTCC ATTCTGCAAT AGTATTTATT GGCACCATAT TGATTTACAG ATATGGGTTT GCCTTAAATA TGCACGGCGA ACTAGCTGAT CATTGGTCTT
GGGGTGTAAC TGTCTACACT ACAAGTGTCA TTATTGTTTT GGGAAAGGCT GCTTTGGTAA CTAATCAATG GACGAAATTC ACCTTAATTG CCATTCCTGG
TTCCCTCTTA TTTTGGTTAA TATTCTTCCC AATTTATGCT TCTATATTTC CTCATGCTAA CATCTCAAGA GAGTATTATG GTGTGGTTAA ACACACGTAT
GGATCTGGTG TATTTTGGCT AACTTTGATC GTTTTACCAA TTTTTGCACT TGTAAGAGAT TTTCTATGGA AGTACTATAA AAGAATGTAT GAACCAGAAA
CGTATCATGT TATTCAAGAA ATGCAGAAAT ACAATATCAG CGACTCTAGG CCGCACGTTC AGCAATTTCA AAATGCCATC AGGAAGGTGA GGCAAGTGCA
AAGAATGAAA AAACAAAGAG GATTTGCCTT TTCACAGGCT GAAGAGGGTG GGCAAGAAAA AATTGTCAGA ATGTATGATA CTACTCAAAA GAGAGGTAAG
TACGGTGAAT TACAAGATGC TTCGGCGAAC CCCTTTAATG ACAATAATGG ACTGGGAAGT AACGACTTTG AAAGTGCAGA ACCGTTCATT GAAAATCCAT
TTGCTGATGG TAATCAAAAT TCAAATAGAT TCAGTTCTTC GAGAGATGAT ATTTCATTTG ATATATGA