KEGG T00005: YGL201C

Saccharomyces cerevisiae (budding yeast): YGL201C

Entry

YGL201C CDS T00005

Gene name

MCM6

Definition

Mcm6p

Orthology

K02542

DNA replication licensing factor MCM6 [EC:3.6.4.12]

Organism

sce Saccharomyces cerevisiae (budding yeast)

Pathway

sce03030	DNA replication
sce04111	Cell cycle - yeast
sce04113	Meiosis - yeast

Module

sce_M00285

MCM complex

Class

Genetic Information Processing; Replication and repair; DNA replication [PATH:sce03030]
Cellular Processes; Cell growth and death; Cell cycle - yeast [PATH:sce04111]
Cellular Processes; Cell growth and death; Meiosis - yeast [PATH:sce04113]

SSDB

Motif

Pfam:

MCM MCM_N Mg_chelatase Sigma54_activat AAA_3 AAA_5

Other DBs

NCBI-GI:

NCBI-GeneID:

SGD:

MIPS:

UniProt:

Position

VII:complement(117854..120907)

AA seq 1017 aa
MSSPFPADTPSSNRPSNSSPPPSSIGAGFGSSSGLDSQIGSRLHFPSSSQPHVSNSQTGP
FVNDSTQFSSQRLQTDGSATNDMEGNEPARSFKSRALNHVKKVDDVTGEKVREAFEQFLE
DFSVQSTDTGEVEKVYRAQIEFMKIYDLNTIYIDYQHLSMRENGALAMAISEQYYRFLPF
LQKGLRRVVRKYAPELLNTSDSLKRSEGDEGQADEDEQQDDDMNGSSLPRDSGSSAAPGN
GTSAMATRSITTSTSPEQTERVFQISFFNLPTVHRIRDIRSEKIGSLLSISGTVTRTSEV
RPELYKASFTCDMCRAIVDNVEQSFKYTEPTFCPNPSCENRAFWTLNVTRSRFLDWQKVR
IQENANEIPTGSMPRTLDVILRGDSVERAKPGDRCKFTGVEIVVPDVTQLGLPGVKPSST
LDTRGISKTTEGLNSGVTGLRSLGVRDLTYKISFLACHVISIGSNIGASSPDANSNNRET
ELQMAANLQANNVYQDNERDQEVFLNSLSSDEINELKEMVKDEHIYDKLVRSIAPAVFGH
EAVKKGILLQMLGGVHKSTVEGIKLRGDINICVVGDPSTSKSQFLKYVVGFAPRSVYTSG
KASSAAGLTAAVVRDEEGGDYTIEAGALMLADNGICCIDEFDKMDISDQVAIHEAMEQQT
ISIAKAGIHATLNARTSILAAANPVGGRYNRKLSLRGNLNMTAPIMSRFDLFFVILDDCN
EKIDTELASHIVDLHMKRDEAIEPPFSAEQLRRYIKYARTFKPILTKEARSYLVEKYKEL
RKDDAQGFSRSSYRITVRQLESMIRLSEAIARANCVDEITPSFIAEAYDLLRQSIIRVDV
DDVEMDEEFDNIESQSHAASGNNDDNDDGTGSGVITSEPPADIEEGQSEATARPGTSEKK
KTTVTYDKYVSMMNMIVRKIAEVDREGAEELTAVDIVDWYLLQKENDLGSLAEYWEERRL
AFKVIKRLVKDRILMEIHGTRHNLRDLENEENENNKTVYVIHPNCEVLDQLEPQDSS

NT seq 3054 nt +upstreamnt +downstreamnt
atgtcatccccttttccagctgacacaccaagcagtaatagaccttccaactcctctccg
ccaccatcgtcgataggtgctggcttcggaagcagtagcggactcgattcgcaaataggc
tctaggttacatttcccaagttcttctcaaccgcatgtcagtaattcacaaacaggccct
tttgttaacgattccactcagtttagttctcaaaggttgcaaaccgatggttccgcgact
aatgatatggagggaaatgaacctgccagaagcttcaaaagtagagctttgaatcacgtt
aagaaagttgatgacgttactggtgaaaaagtccgtgaagcgttcgagcagtttttggaa
gacttttccgttcaatccactgatactggtgaagttgaaaaagtttatagagctcaaatt
gaatttatgaaaatatatgacctaaacaccatttatatagattatcagcatttatccatg
agagaaaatggtgctctagctatggctatctcagaacaatattacagatttttgcctttt
ttacaaaagggtttaagaagagtagtaagaaagtatgcacctgaattgttaaacacaagt
gactcattgaagagatccgaaggtgacgaaggtcaagcggatgaagatgagcaacaggac
gatgatatgaatgggtcgagtctaccaagagattctggatcatcagccgcaccagggaat
gggacatctgccatggcaacgaggtcaataacaacttctacgtcacctgaacagacggaa
cgtgtttttcaaatcagtttcttcaatctaccaacagttcacagaattcgtgatataaga
tctgaaaagattggttcactattgagtatatcagggacagtgacaagaacatctgaggtc
cgtccagaattatacaaggcaagctttacgtgtgatatgtgccgtgctatcgtagataac
gtagaacagtccttcaagtacactgaaccgacattttgcccgaacccatcatgcgaaaat
agagccttttggacattaaatgttacaagatccaggtttcttgattggcaaaaagtcaga
attcaagaaaatgctaacgaaatacctacaggctccatgccgcgtacgctggacgtcatt
cttcgaggtgatagtgtcgaaagagccaagccaggtgaccgttgcaaatttacgggtgtg
gaaattgtagtacctgatgttacacaattggggctaccaggtgtgaagccaagttcaaca
ttagatactagaggtatttcgaagactactgaaggtttgaatagtggtgttactggttta
cgctctcttggtgttcgtgatttgacatacaagattagctttctggcatgccatgttatc
agtattggatcaaacattggtgcaagtagccctgatgcaaattctaacaaccgagaaact
gaactacagatggctgctaatttacaagctaataatgtataccaagataatgaaagagat
caagaagtattcttgaacagtttgagttcagatgaaataaatgagctgaaggaaatggta
aaggatgaacatatttatgataaattggtcagatctattgctccagctgtgtttggccat
gaagccgtaaagaagggtatcttgcttcagatgctcggtggtgttcataagagtactgta
gaaggtattaagttaagaggagatatcaacatctgtgttgttggtgatccctctacttct
aagtctcaatttttaaaatacgtagtgggatttgcaccaagatcagtttacacttccggt
aaggcctcgtcggctgctggtttaacagctgcggttgtgagagatgaggaaggaggtgat
tatacaattgaagcaggtgctttaatgcttgctgataacggtatttgttgtatcgatgaa
tttgataaaatggatatttcagatcaagttgccattcatgaagctatggaacaacagacc
atctctattgctaaagctggtattcacgctactttaaatgcaagaacatcaattctagcg
gctgccaacccggtaggtggaagatacaataggaaactatcactgaggggtaatttaaat
atgaccgcaccgatcatgtccagatttgatttattttttgttattcttgatgactgtaac
gaaaaaattgataccgaattggcatctcatatcgttgacttacacatgaaaagagacgaa
gccattgagccgccatttagtgcagaacaactacgtcgttatatcaaatatgcacgtact
tttaaaccaatattaacgaaagaagcccgttcctatttagtcgagaagtataaggaactg
agaaaggatgatgcccagggatttagtagatcgagttatagaatcacagttaggcaactt
gaaagtatgattagattatcagaagctattgcgagggctaattgtgtcgatgaaattact
ccatcattcattgcagaagcttacgatcttttaaggcaaagtattattcgtgttgatgtg
gatgatgtggaaatggatgaagaatttgataacatagagagtcaaagtcacgccgcttct
ggaaacaatgatgacaatgatgatgggactgggtcaggtgtaattacgagtgagccacca
gcagatatagaagaaggacaaagcgaagctacagctcgtccaggtacaagcgagaagaag
aaaacaacggtgacgtatgataaatatgtgtccatgatgaacatgatcgttagaaagatt
gctgaagtagatagggagggtgcagaagaactaacagctgtggatatagttgattggtat
ttattacagaaggaaaatgatttgggttcgttagcagaatattgggaagagagaagatta
gcgttcaaagtcataaaaaggttggtcaaagataggattttaatggagattcatggtacc
agacacaatttaagagatcttgagaatgaggaaaatgaaaataataaaactgtttatgtt
attcatccaaactgtgaggttttggatcaattggaaccacaggattccagctaa

All links

Pathway (4)   
   KEGG PATHWAY (3)   
   KEGG MODULE (1)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (6)   
   KEGG ORTHOLOGY (1)   
   NCBI-Gene (1)   
   NCBI-GI (1)   
   MIPS-SCE (1)   
   OC (1)   
   SGD-SCE (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (6)   
   Pfam (6)   
All databases (21)   

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