KEGG T00005: YLR256W

Saccharomyces cerevisiae (budding yeast): YLR256W

Entry

YLR256W           CDS       T00005

Symbol

HAP1, CYP1

Name

(RefSeq) Hap1p

K09247

heme activator protein 1

Organism

sce Saccharomyces cerevisiae (budding yeast)

Brite

KEGG Orthology (KO) [BR:sce00001]
09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03000 Transcription factors [BR:sce03000]
    YLR256W (HAP1)
Transcription factors [BR:sce03000]
Eukaryotic type
  Zinc finger
   Cys6 metabolic regulators in fungi
    YLR256W (HAP1)

SSDB

Motif

Pfam:

Zn_clus Fungal_trans

Other DBs

NCBI-GeneID:

850958

NCBI-ProteinID:

NP_013357

SGD:	S000004246

UniProt:

P0CE41

Position

XII:646415..650923

AA seq 1502 aa
MSNTPYNSSVPSIASMTQSSVSRSPNMHTATTPGANTSSNSPPLHMSSDSSKIKRKRNRI
PLSCTICRKRKVKCDKLRPHCQQCTKTGVAHLCHYMEQTWAEEAEKELLKDNELKKLRER
VKSLEKTLSKVHSSPSSNSLKSYNTPESSNLFMGSDEHTTLVNANTGSASSASHMHQQQQ
QQQQQEQQQDFSRSANANANSSSLSISNKYDNDELDLTKDFDLLHIKSNGTIHLGATHWL
SIMKGDPYLKLLWGHIFAMREKLNEWYYQKNSYSKLKSSKCPINHAQAPPSAAAAATRKC
PVDHSAFSSGMVAPKEETPLPRKCPVDHTMFSSGMIPPREDTSSQKRCPVDHTMYSAGMM
PPKDETPSPFSTKAMIDHNKHTMNPPQSKCPVDHRNYMKDYPSDMANSSSNPASRCPIDH
SSMKNTAALPASTHNTIPHHQPQSGSHARSHPAQSRKHDSYMTESEVLATLCEMLPPKRV
IALFIEKFFKHLYPAIPILDEQNFKNHVNQMLSLSSMNPTVNNFGMSMPSSSTLENQPIT
QINLPKLSDSCNLGILIIILRLTWLSIPSNSCEVDLGEESGSFLVPNESSNMSASALTSM
AKEESLLLKHETPVEALELCQKYLIKFDELSSISNNNVNLTTVQFAIFYNFYMKSASNDL
TTLTNTNNTGMANPGHDSESHQILLSNITQMAFSCGLHRDPDNFPQLNATIPATSQDVSN
NGSKKANPSTNPTLNNNMSAATTNSSSRSGSADSRSGSNPVNKKENQVSIERFKHTWRKI
WYYIVSMDVNQSLSLGSPRLLRNLRDFSDTKLPSASRIDYVRDIKELIIVKNFTLFFQID
LCIIAVLNHILNVSLARSVRKFELDSLINLLKNLTYGTENVNDVVSSLINKGLLPTSEGG
SVDSNNDEIYGLPKLPDILNHGQHNQNLYADGRNTSSSDIDKKLDLPHESTTRALFFSKH
MTIRMLLYLLNYILFTHYEPMGSEDPGTNILAKEYAQEALNFAMDGYRNCMIFFNNIRNT
NSLFDYMNVILSYPCLDIGHRSLQFIVCLILRAKCGPLTGMRESSIITNGTSSGFNSSVE
DEDVKVKQESSDELKKDDFMKDVNLDSGDSLAEILMSRMLLFQKLTKQLSKKYNYAIRMN
KSTGFFVSLLDTPSKKSDSKSGGSSFMLGNWKHPKVSNMSGFLAGDKDQLQKCPVYQDAL
GFVSPTGANEGSAPMQGMSLQGSTARMGGTQLPPIRSYKPITYTSSNLRRMNETGEAEAK
RRRFNDGYIDNNSNNDIPRGISPKPSNGLSSVQPLLSSFSMNQLNGGTIPTVPSLTNITS
QMGALPSLDRITTNQINLPDPSRDEAFDNSIKQMTPMTSAFMNANTTIPSSTLNGNMNMN
GAGTANTDTSANGSALSTLTSPQGSDLASNSATQYKPDLEDFLMQNSNFNGLMINPSSLV
EVVGGYNDPNNLGRNDAVDFLPVDNVEIDGVGIKINYHLLTSIYVTSILSYTVLEDDAND
EK

NT seq 4509 nt +upstreamnt +downstreamnt
atgtcgaataccccttataattcatctgtgccttccattgcatccatgacccagtcttcg
gtctcaagaagtcctaacatgcatacagcaactacgcccggtgccaacaccagctctaac
tctccacccttgcacatgtcttcagattcgtccaagatcaagaggaagcgtaacagaatt
ccgctcagttgcaccatttgtcggaaaaggaaagtcaaatgtgacaaactcagaccacac
tgccagcagtgcactaaaactggggtagcccatctctgccactacatggaacagacctgg
gcagaagaggcagagaaagaattgctgaaggacaacgaattaaagaagcttagggagcgc
gtaaaatctttagaaaagactctttctaaggtgcactcttctccttcgtctaactccttg
aaaagttacaacactcccgagagcagcaacctgtttatgggtagcgatgaacacaccacc
cttgttaatgcaaatacaggctctgcttcctctgcctcgcatatgcatcagcaacaacag
caacagcagcaacaggaacaacaacaagacttttccagaagtgcgaacgccaacgcgaat
tcctcgtccctttctatctcaaataaatatgacaacgatgagctggacttaactaaggac
tttgatcttttgcatatcaaaagtaacggaaccatccacttaggtgccacccactggttg
tctatcatgaaaggtgacccgtacctaaaacttttgtggggtcatatcttcgctatgagg
gaaaagttaaatgaatggtactaccaaaaaaattcgtactctaagctgaagtcaagcaaa
tgtcccatcaatcacgcgcaagcgccgccttctgccgctgccgccgctaccagaaaatgt
cctgttgatcactccgcgttttcgtctggcatggtggccccaaaggaggagactcctctt
cctaggaaatgtccagttgaccacaccatgttctcttcgggaatgattcctcccagagag
gacacttcgtcccagaagaggtgtcccgttgaccacaccatgtattccgcaggaatgatg
ccgcccaaggacgagacaccttccccattttccactaaagctatgatagaccataacaag
catacaatgaatccgcctcagtcaaaatgtcctgtggaccatagaaactatatgaaggat
tatccctctgacatggcaaattcttcttcgaacccggcaagtcgttgccccattgaccat
tcaagcatgaaaaatacagcggccttaccagcttcaacgcacaataccatcccacaccac
caaccacagtccggatctcatgctcgttcgcatcccgcacaaagcaggaaacatgattcc
tacatgacagaatctgaagtcctcgcaacactttgtgagatgttgccaccaaagcgcgtc
atcgcattattcatcgagaaattcttcaaacatttataccctgccattccaatcttagat
gaacagaatttcaaaaatcacgtgaatcaaatgctttcgttgtcttcgatgaatcccaca
gttaacaactttggtatgagcatgccatcttcatctacactagagaaccaacccataaca
caaatcaatcttccaaaactttccgattcttgtaacttaggtattctgataataatcttg
agattgacatggctatccataccttctaattcctgcgaagtcgacctgggagaagaaagt
ggctcatttttagtgcccaacgaatctagcaatatgtctgcatctgcattgacctcgatg
gctaaagaagaatcacttctgctaaagcatgagacaccggtcgaggcactggagctatgt
caaaaatacttgattaaattcgatgaactttctagtatttccaataacaacgttaattta
accacggtgcagtttgccattttttacaacttctatatgaaaagtgcctctaatgatttg
actaccttgacaaataccaacaacactggcatggccaatcctggtcacgattccgagtct
caccagatcctattgtccaatattactcaaatggcctttagttgtgggttacacagagac
cctgataattttcctcaattaaacgctaccattccagcaaccagccaggacgtgtctaac
aacgggagcaaaaaggcaaaccctagcaccaatccaactttgaataacaacatgtctgct
gccactaccaacagcagtagcagatctggcagtgctgattcaagaagtggttctaaccct
gtgaacaagaaggaaaatcaggttagtatcgaaagatttaaacacacttggaggaaaatt
tggtattacattgttagcatggatgttaaccaatctctttccctggggagccctcgacta
ctaagaaatctgagggatttcagcgatacaaagctaccaagtgcgtcaaggattgattat
gttcgcgatatcaaagagttaatcattgtgaagaattttactctttttttccaaattgat
ttgtgtattattgctgtattaaatcacattttgaatgtttctttagcaagaagcgtgaga
aaatttgaactggattcattgattaatttattgaaaaatctgacctatggtactgagaat
gtcaatgatgtagtgagctccttgatcaacaaagggttattaccaacttcggaaggtggt
tctgtagattcaaataatgatgaaatttacggtctaccgaaactacccgatattctaaac
catggtcaacataaccaaaacttgtatgctgatggaagaaatacttctagtagtgatata
gataagaaattggaccttcctcacgaatctacaacgagagctctattcttttccaagcat
atgacaattagaatgttgctgtacttattgaactacattttgtttactcattatgaacca
atgggcagtgaagatcctggtactaatatcctagctaaggagtacgctcaagaggcatta
aattttgccatggatggctacagaaactgcatgattttcttcaacaatatcagaaacacc
aattcactattcgattacatgaatgttatcttgtcttacccttgtttggacattggacat
cgttctttacaatttatcgtttgtttgatcctgagagctaaatgtggcccattgactggt
atgcgtgaatcatcgatcattactaatggtacatcaagtggatttaatagttcggtagaa
gatgaggacgtcaaagttaaacaagaatcttctgatgaattgaaaaaagacgatttcatg
aaagatgtaaatttggattcaggcgattcattagcagagattctaatgtcaagaatgctg
ctatttcaaaaactaacaaaacaactatcaaagaagtacaactacgctattcgtatgaac
aaatccactggattctttgtctctttactagatacaccttcaaagaaatcagactcgaaa
tcgggtggtagttcattcatgttgggtaattggaaacatccaaaggtttcaaacatgagc
ggatttcttgctggtgacaaagaccaattacagaaatgccccgtgtaccaagatgcgctg
gggtttgttagtccaaccggtgctaatgaaggttctgctccgatgcaaggcatgtcctta
cagggctctactgctaggatgggagggacccagttgccaccaattagatcatacaaacct
atcacgtacacaagtagtaatctacgtcgtatgaatgaaacgggtgaggcagaagctaag
agaagaagatttaatgatggctatattgataataatagtaacaacgatatacctagagga
atcagcccaaaaccttcaaatgggctatcatcggtgcagccactattatcgtcattttcc
atgaaccagctaaacgggggtaccattccaacggttccatcgttaaccaacattacttca
caaatgggagctttaccatctttagataggatcaccactaatcaaataaatttgccagac
ccatctagagatgaagcatttgacaactccatcaagcaaatgacgcctatgacaagtgca
ttcatgaatgctaatactacaattccaagttcaactttaaacgggaatatgaacatgaat
ggagctggaactgcgaatacagatacaagtgccaacggcagtgctttatcgacactgaca
agcccacaaggctcagacttagcatccaattctgctacacagtataaacctgacttagaa
gactttttgatgcaaaattctaactttaatgggctaatgataaatccttccagtctggta
gaagttgttggtggatacaacgatcctaataaccttggaagaaatgacgcggttgatttt
ctacccgttgataatgttgaaattgatggtgttggaataaaaatcaactatcatctacta
actagtatttacgttactagtatattatcatatacggtgttagaagatgacgcaaatgat
gagaaatag

All links

Gene (55)   
   RefGene (52)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (3)   
   UniProt (1)   
   SWISS-PROT (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (2)   
   Pfam (2)   
All databases (61)   

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