KEGG   Schizosaccharomyces pombe (fission yeast): SPAC1834.08
Entry
SPAC1834.08       CDS       T00076                                 
Symbol
mak1
Name
(RefSeq) histidine kinase Mak1
Organism
spo  Schizosaccharomyces pombe (fission yeast)
SSDB
Motif
Pfam: HATPase_c Response_reg HisKA PAS_3 PAS PAS_9 PAS_8 PAS_4
Other DBs
NCBI-GeneID: 2542119
NCBI-ProteinID: NP_594687
PomBase: SPAC1834.08
Ensembl: SPAC1834.08
UniProt: Q9P7Q7
Position
I:4709727..4715261
AA seq 1639 aa
MRPPDDQINNNVGSNSHLEKLKEAMDHQLQKSSKIVGSFTNSQNSSVGSVHSPILESPTS
LNRQHRNSFSFNNVSSPSLEDERLINFPRVNPNRLMTSKRPNELFKTSSMSSDCYSPQKS
RESLNSLCHSPAPSVSSCGNALNNDNTSASHSLTDEQPFETDSSANLFKQLQEKRNRTIG
NVYEMACLLVFKTGLMNFWKNIIDFFAQQFFSTQISVVEPRDLSDIYNTPWQLRCYYDGG
SHYDPYSNPISVNDNLASSSYVTVVASDGSKGIIYKDPASLKHEGDLLIDSKVVQTVLER
ATLLVYTRKQQHIVKNTKVHDNDYFSSIPNVDDIRSIKNSWKVFHDEKLNELKKQVEISA
SAAQLNGLYPQKKRAFVSHFSQNRKPYSQSDISKAQSSSFSEEPSNIYDEYEQNLLSPWS
RSPVASPSIQTDPNRNPFFQNCLQESSFATESSTEKSASESVSETAVNDDCKGMNFSGNR
RQEDHLNDFTSFPTETAVSIVHVPLMFPCSDQTSSRGRAPIAILSFKSNLVPYPENLIAS
IERLIPFIFSSYSNSQSVPLLPCPTQRHLLFNTSSTDNTKELSMSASSENSDCPHKEGEC
VGSFCNINAKGSSLNNIPKLPRFVPVPSEFFKKNQRSWVTLKKHRLLARLKSRISKKNSK
VNENLRFSLNDGENYSNETITLKKDEIVLDKSKSYACCTSESHKYVQGHCGGQAPPFPLL
KVIIDSIPVHVFTADPGSGKLTWVNRKTLLYCGLNMNEQIELQFSRIHPDDLPNFLNDWK
SSLFSGSGFYHEIRLQRFDNVYRYFICRAVPLRDCTGSVLHFFGTMTDVHDQKLAERELQ
KQSAIAANENSYRSLAEASPQIVFAANGKNGIIYANAQWLSYSGLSLESSLGLGFLSAVY
HADRKKCLLPESLEGTFNNQDESNGTKTFAAEIRFRSTDGHYRWHLVKSVCVNNSADTST
NLWLGTCTDIHDHKMLEEKLQESNIEAQRIVRSKMQYLSNMSHEIRTPLIGITGMVSFLL
ETQMSAEQLSYARIIQQSAKSLLTVINDILDLSKVRAGMMKLTSQRFSVRAMMEDANETL
GTLAFSKGIELNYTVDIDVPDIVFGDNMRMRQVALNVIGNAIKFTNVGEVFTRCSVEKID
YSTNTVVLKWECIDTGQGFNRDDQLQMFKPFSQVESSTLPRHGGSGLGLVISKELVELHN
GSMSCQSRRGVGTRFMWTATFTMDKTPLKFEPPDGCCPVCFCPYEKSKQSTEDYYCADDG
NDKSATNFVKLAVNKADPGRESNRRKLESDKNVQSNKYVNPFASESEFCRCGASADPYTV
LFWRLYRNKPSGIKLDKSALAVVVSHTKYSSEAIGNMLQSIIDISSFKDIVRYGNTYEAF
EELLENPMQSKVTHIILNLPDIEAYVLFVKSLQLCSLYKDTKFILVTSTRQKESLSKIFS
DSEDCNSESIHYVLKLVKPSKFFPLFYSDSEEKGKIGALNDMTRKAAMEQKADAETLRYN
LAKSGFSVLLAEDNIINIKVISRYLERIGVKFKVTMDGLQCVEEWKREKPNFYSLILMDL
QMPVMDGYQACNEIRKYELENDYPKVPIVALSANALPHVVLSCKDSGFDSYLAKPITLQH
LSLIISGILNYTNQSKLHK
NT seq 4920 nt   +upstreamnt  +downstreamnt
atgaggccacctgacgatcaaatcaacaataacgttggttctaattctcacttggaaaag
ttgaaagaggccatggaccaccagctgcaaaaatcatcaaaaattgtaggatcgtttact
aattctcaaaactcttctgttggctctgttcattctccgatacttgaatctcccaccagt
ttaaataggcagcatcgaaattcattttctttcaataatgtatcttctccttcactagag
gatgagcgacttattaattttccccgagtaaatccaaatcgattgatgacatccaaacgt
cccaatgagttatttaaaacctcctcaatgagttcagattgctattctcctcaaaaatct
agggaatcactaaattcattatgccattcacctgctccatccgtttcttcttgtggaaat
gctttgaacaacgataatacttctgcttcgcactcactaactgatgagcaaccatttgaa
acagattcatccgctaacttatttaagcagttacaggagaagcgtaaccgtaccattgga
aatgtgtatgaaatggcttgcttattggtctttaaaaccggtttgatgaatttctggaaa
aacattattgactttttcgctcagcagtttttttccactcaaatatctgttgtagaaccg
cgtgacctttctgacatatacaatactccttggcaactcagatgttattacgatggcggt
tcccattatgatccgtatagtaaccctataagtgttaatgacaaccttgctagcagttct
tatgttaccgtagttgcttcggatggttcaaagggtattatatacaaagatccagcttct
cttaaacatgaaggggatttgcttattgatagcaaagttgtacaaacagtcttggagcgt
gcgacattgcttgtatatacacgtaaacaacagcacattgttaaaaacaccaaggttcat
gataatgattactttagttctatacctaatgttgatgatattcgcagcattaagaattca
tggaaagtttttcatgatgaaaaacttaatgaattgaaaaagcaggttgaaattagtgct
tctgcagctcagttaaatggactttatccacagaaaaagagagcatttgtttcacatttc
agtcagaatcgtaaaccgtattcccaaagtgacatttcaaaagcacaaagttcgtctttt
tcggaagaaccttcaaacatttatgatgagtatgaacaaaatttactttctccttggtca
agatctccagttgctagtccctccattcaaacagatcctaataggaatccattcttccaa
aattgcttgcaagaatcttctttcgctactgaatcgtcaacagagaagtctgcttcagag
tccgtatcagaaacagctgttaatgatgattgtaaaggtatgaatttttctggtaacagg
cgtcaagaagatcatttgaacgacttcaccagttttcctactgaaactgctgtcagtatt
gtacatgttcctctgatgtttccttgttcggatcaaacttcaagccgtgggagagctcca
attgcaattctttctttcaagtccaatttagttccttatccggaaaatttaatagcctcc
atagaacgtttgataccctttattttttcttcatactcaaattctcaatctgttccgtta
cttccttgtcctacacaaaggcatctattatttaacacgtctagcactgacaataccaag
gagttgagtatgagcgcgagctccgaaaactctgattgtcctcataaagaaggagagtgc
gtaggcagcttttgcaatatcaatgctaaaggatcttctcttaataacatacctaaattg
cctaggtttgtaccagttccttctgaattttttaaaaaaaaccagcgatcatgggttact
ttaaagaagcatcgtttgctagctagattgaagtctcgaattagcaaaaagaattctaaa
gtgaacgagaatttgagattctcgctaaatgatggtgaaaattattcaaatgaaactatt
actctaaagaaggatgaaattgttttagataaatcaaaatcatatgcctgttgcacttct
gaatctcacaagtatgtgcaagggcattgtggtggtcaagcgcctccttttcccttacta
aaggttataattgattctataccggttcatgtgtttactgcggatccgggaagtggaaaa
ctcacatgggttaatagaaaaactcttctttactgtggtttaaatatgaatgagcaaata
gagctacaatttagtcgaattcatcctgatgatctgccaaactttttaaatgactggaaa
tcttcattattctctggtagtggtttttatcatgaaattcgtttgcaaaggtttgataat
gtttatcgatactttatctgtcgcgcggttcctttacgggattgcactggatctgtgcta
catttttttggaacaatgacggatgtccatgatcaaaagttggcagaacgagaactacaa
aaacaatcagctatagccgcaaatgaaaacagctacaggtctttagctgaagcttctcct
caaattgtttttgccgcaaatggtaaaaatggaattatttatgcaaatgcgcagtggtta
agttattcaggtctttcactggaatcttcattgggacttgggtttttatctgctgtatat
cacgctgatcgcaagaaatgtttattgcctgaatctttggagggaacgtttaataaccaa
gacgaaagtaatggtaccaaaacgtttgcggcggagatacgttttagatctaccgatggt
cattatagatggcatttggtgaaatctgtttgcgtaaataattctgctgatacgtctact
aatctctggttaggaacttgtactgatattcacgatcataaaatgttggaagaaaagctc
caagaatctaacattgaagctcaaagaattgttcggagcaaaatgcagtatctttccaat
atgtctcatgaaattcgaacccctcttatcggtattacaggcatggtaagcttcttgttg
gaaactcaaatgtctgccgaacagctgagttatgcacgtattattcagcaatcagctaag
tctcttttgactgttatcaatgatattttggaccttagtaaagtcagagctggaatgatg
aagctaactagccaacgcttttctgtacgagctatgatggaagatgcaaacgaaactcta
ggtaccctcgctttttcaaagggaatagaattgaactacacggttgacattgatgttcct
gatatagtatttggggataatatgagaatgaggcaagttgctttgaatgtgatcggaaat
gctattaaatttacgaatgttggtgaagtttttactcgttgttccgttgaaaagattgat
tactcaaccaatactgttgttttaaagtgggaatgcattgataccggtcaagggtttaac
agagatgatcaattacaaatgtttaaaccgttttctcaagtagagagttctacattacca
agacatggtggctcaggtcttggattagttatttcaaaagagcttgttgagctacataat
ggtagtatgtcctgtcaaagtagaagaggcgtgggaacgcgctttatgtggactgcaacg
tttacaatggataaaactcctctaaaatttgaacccccagatggttgttgtccagtctgt
ttttgtccatacgaaaaaagcaaacaaagcacagaagactattattgcgcagacgatgga
aacgataaaagcgcgacgaattttgtaaaattggccgtaaataaagcagatcccggaaga
gaaagcaaccgacgtaaacttgaatcggacaaaaatgttcaatccaacaaatatgtgaat
cctttcgcttctgaatcggaattttgtcgatgcggcgcatctgctgatccatacacagtt
ctattttggagactctatagaaacaaaccttctgggatcaagttggataaaagtgcttta
gccgttgttgtatcacacactaaatacagtagtgaagcgattggcaacatgcttcaatca
attatcgatataagctcatttaaagatatcgtaaggtatggaaatacctatgaagccttt
gaagaattgctagagaatcctatgcaatccaaggtcacccatattatattaaatcttccg
gacatagaagcatatgttttatttgtcaaatcactgcaactttgtagtctatacaaggat
acaaaatttattttggtgacttccactcgacaaaaagaatcattatctaagattttttca
gatagcgaggattgtaattcggaaagcatccattacgttttaaaacttgtgaaaccatcc
aagttttttccattattttattctgattctgaggaaaaggggaaaatcggtgcacttaat
gatatgactcgaaaggctgcaatggagcagaaggctgatgctgaaacactccgatataat
ctggcaaagtctggctttagcgtgttgttggcggaagacaacattatcaatattaaggtt
ataagccgttaccttgaaagaattggtgtcaaattcaaggtcaccatggacggtttgcaa
tgtgttgaagaatggaaacgtgaaaagcctaatttttactctcttattctaatggattta
caaatgcctgttatggatggttaccaggcatgtaatgaaattcgtaaatacgaattggaa
aacgattaccctaaagttcctatagttgcacttagtgcgaatgctttacctcatgttgtt
ttaagctgcaaagatagtggttttgattcttaccttgccaaacctattactttgcaacac
ttgtccttaatcatatctggcatacttaattatacgaaccaatcaaagttacacaaatga

  All links  
Genome (1)   
   KEGG GENOME (1)   
Gene (61)   
   RefGene (53)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   RIKEN BRC-DNA (3)   
   OC (1)   
   POMBASE (1)   
Protein sequence (3)   
   UniProt (1)   
   SWISS-PROT (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (8)   
   Pfam (8)   
All databases (74)   

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