Sign In

gene : MET3

Sequence Viewer

Annotation Tags

ID gene3637
Name WN66_03587
gene_biotype protein_coding
locus_tag WN66_03587
standard_name MET3
Note YJR010W~MET3~Verified
description ATP sulfurylase; catalyzes the primary step of intracellular sulfate activation, essential for assimilatory reduction of sulfate to sulfide, involved in methionine metabolism; human homolog PAPSS2 complements yeast null mutant
Dbxref SGD:S000003771
gbkey Gene

Location(s)

Start Position 489067
End Position 490602

Sequence: 1536bp

Add 1kb Flanking
ATGCCTGCTC CTCACGGTGG TATTCTACAA GACTTGATTG CTAGAGATGC GTTAAAGAAG AATGAATTGT TATCTGAAGC GCAATCTTCA GACATTTTAG
TATGGAACTT AACTCCTAGA CAACTATGTG ATATTGAATT GATTCTAAAT GGTGGGTTTT CTCCTCTGAC TGGGTTTTTG AACGAAAACG ATTACTCCTC
TGTTGTTACA GATTCGAGAT TAGCAGACGG CACATTGTGG ACCATCCCTA TTACATTAGA TGTTGATGAA GCATTTGCTA ACCAAATTAA ACCAGACACA
AGAATTGCCC TTTTCCAAGA TGATGAAATT CCTATTGCTA TACTTACTGT CCAGGATGTT TACAAGCCAA ACAAAACTAT CGAAGCCGAA AAAGTCTTCA
GAGGTGACCC AGAACATCCA GCCATTAGCT ATTTATTTAA CGTTGCCGGT GATTATTACG TCGGCGGTTC TTTAGAAGCG ATTCAATTAC CTCAACATTA
TGACTATCCA GGTTTGCGTA AGACACCTGC CCAACTAAGA CTCGAATTCC AATCAAGACA ATGGGACCGT GTCGTAGCTT TCCAAACTCG TAATCCAATG
CATAGAGCCC ACAGGGAGTT GACTGTGAGA GCCGCCAGAG AAGCTAATGC TAAGGTGCTG ATCCATCCAG TTGTTGGACT AACCAAACCA GGTGATATAG
ACCATCACAC TCGTGTTCGT GTCTACCAGG AAATTATTAA GCGTTATCCT AATGGTATTG CTTTCTTATC CCTGTTGCCA TTAGCAATGA GAATGAGTGG
TGATAGAGAA GCCGTATGGC ATGCTATTAT TAGAAAGAAT TATGGTGCCT CCCACTTCAT TGTTGGTAGA GACCATGCGG GCCCAGGTAA GAACTCCAAG
GGTGTTGATT TCTACGGTCC ATACGATGCT CAAGAATTGG TCGAATCCTA CAAGCATGAA CTGGACATTG AAGTTGTTCC ATTCAGAATG GTCACTTATT
TGCCAGACGA AGACCGTTAT GCTCCAATTG ATCAAATTGA CACCACAAAG ACGAGAACCT TGAACATTTC AGGTACAGAG TTGAGACGCC GTTTAAGAGT
TGGTGGTGAG ATTCCTGAAT GGTTCTCATA TCCTGAAGTG GTTAAAATCC TAAGAGAATC CAACCCACCA AGACCAAAAC AAGGTTTTTC AATTGTTTTA
GGTAATTCAT TAACCGTTTC TCGTGAGCAA TTATCCATTG CTTTGTTGTC AACATTCTTG CAATTCGGTG GTGGCAGGTA TTACAAGATC TTTGAACACA
ATAATAAGAC AGAGTTACTA TCTTTGATTC AAGATTTCAT TGGTTCTGGT AGTGGACTAA TTATTCCAAA TCAATGGGAA GATGACAAGG ACTCTGTTGT
TGGCAAGCAA AACGTTTACT TATTAGATAC CTCAAGCTCA GCCGATATTC AGCTAGAGTC AGCGGATGAA CCTATTTCAC ATATTGTACA AAAAGTTGTC
CTATTCTTGG AAGACAATGG CTTTTTTGTA TTTTAA