KEGG   Schizosaccharomyces pombe (fission yeast): SPAC9G1.02
Entry
SPAC9G1.02        CDS       T00076                                 
Symbol
wis4
Name
(RefSeq) MAP kinase kinase kinase Wis4
  KO
K11230  mitogen-activated protein kinase kinase kinase [EC:2.7.11.25]
Organism
spo  Schizosaccharomyces pombe (fission yeast)
Pathway
spo04011  MAPK signaling pathway - yeast
Brite
KEGG Orthology (KO) [BR:spo00001]
 09130 Environmental Information Processing
  09132 Signal transduction
   04011 MAPK signaling pathway - yeast
    SPAC9G1.02 (wis4)
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01001 Protein kinases [BR:spo01001]
    SPAC9G1.02 (wis4)
Enzymes [BR:spo01000]
 2. Transferases
  2.7  Transferring phosphorus-containing groups
   2.7.11  Protein-serine/threonine kinases
    2.7.11.25  mitogen-activated protein kinase kinase kinase
     SPAC9G1.02 (wis4)
Protein kinases [BR:spo01001]
 Serine/threonine kinases: STE group
  Other
   SPAC9G1.02 (wis4)
SSDB
Motif
Pfam: Pkinase PK_Tyr_Ser-Thr MEKK4_N Kinase-like ABC1 Seadorna_VP7
Other DBs
NCBI-GeneID: 2542873
NCBI-ProteinID: NP_593557
PomBase: SPAC9G1.02
UniProt: O14299
Position
I:1968833..1973575
AA seq 1401 aa
MGLEHTFYPAEDRFEPLLEHSEPVNFVPKENAKSYVRQGFASPHQSLMDNLVDSTESTKR
SENFVSHIPLTPSHSGQSEKLMSTRTSHSPYISPTMSYTNHSPANLTRNSSFNHQHYSTT
LRSPPSMRGRGIDVNSSHYPHISRPRTSSDSQKMYTRAPVDYYYIQENPYFNNIDQDSIS
DKSLPSTNQSLHHSEEDTESDNDFSESIHPEFDIDVFYKVSNILYDESDLQDPEKRERLE
WHSMLSSVLKGDVMQTEKRRLRLTEPDGHSGTYISEVWLGLQAWLHGRLNADQAEVIRKS
REGVEPVLREVIDFQIQDEETTKPPLEQVTEILEKVEQCKQFYISSREMEENVPLSASKE
FNYKLNALISWSNVMESIQVETLVLQKWVGNDEFDLTMRTPQFNYDGVENTSSFVERIFR
QSGLQRTFEQRTLTTLNRIIHQAKQTISENAQAFEEMKLPTYEDKLLPLVRFPIKLLEEA
LRLRLAYAKKIKGPNFLIVDSMLDDFKIALSVAVRIKREYIKIASPSPGWSLPTNVDEDY
DNVLLDSLKFYFKLLTLKLSSGNKNLYFKEIDFLENEWAFLNEHIYWINGGDIHMAGQFS
YLSNSLLLNVHRYVESHLNGPTERTAASLTNWYSTLLKNTQIRFRKILRFSETLNSRFEN
ASDFVISEGHLPDLVNRLSTTGHFLAYTANLERDGVFVIADHTLSENPEALKALLFSKDI
SNLETIQQNCSYVLILCPVHPIVWKGRIEKVDVPDFSVDLKTNRVRIIASNKREHLQAAK
SVFQSISGDLVTLAVECRSSITRVYKEFIRLSKLCMRISSTVVDCVSAVREACSGVNCHD
LIYHVFSFAAEFGQRILRFLSFDSYWQTKLKRKITSLAVEWISFICDECDLMDRKTFRWG
VGALEFLMLMIRGNNILLIDDAMFLKIREKVGKSMAFLLTHFDVLGAKSKVAAKLQREST
EVSSSPRLTSFGDVEEEALSIQLLQKETMLRIDELEIERNNTLLERLAIGHVLDDSVFRN
RDFIKLASSFSNITIRWQQGHFVRSGMFGDVYTGVNMETGDLLAVKEIKLQDSRTFRSTV
DQIHNEMTVLERLNHPNVVTYYGVEVHREKVYIFMEFCQGGSLADLLAHGRIEDENVLKV
YVVQLLEGLAYIHSQHILHRDIKPANILLDHRGMIKYSDFGSALYVSPPTDPEVRYEDIQ
PELQHLAGTPMYMAPEIILGTKKGDFGAMDIWSLGCVILEMMTGSTPWSEMDNEWAIMYH
VAAMHTPSIPQNEKISSLARDFIEQCFERDPEQRPRAVDLLTHPWITDFRKKTIITMPPA
TITKKTSLSHTITEEKTAQLLAGRHDDSKAETDSLAASYKEESALPVASNVGLRQPNELR
IDSINLPPAIVTPDTINYSVD
NT seq 4206 nt   +upstreamnt  +downstreamnt
atggggctagagcatactttctatccagccgaagacaggtttgaaccgttgttggaacat
tcagaacctgtaaactttgtgccgaaagaaaatgctaaaagttatgttcgacagggcttt
gcatcaccgcatcaatctttgatggataacctcgtggatagcacggaaagcacgaaacga
tctgaaaactttgtctcacacataccattgactccttctcattctggtcaaagtgaaaaa
ttaatgagtactcgtacctctcatagcccttatatctctccaaccatgagctacactaat
cattcacctgcgaatttaactagaaattcttcttttaatcaccaacattattccaccacg
ctcaggtctccacctagcatgcggggccgaggcatagatgttaattcttctcattaccct
catatatctcgtcctcgtaccagctctgattctcagaaaatgtacacacgagctcctgtg
gattattattacatacaagagaatccatattttaacaatattgatcaggattccatcagc
gataagtcattaccttccactaatcaatccctccatcattcagaagaagatactgaatcc
gataacgatttttcagagagtatacatcccgagtttgatattgatgtattttataaagtt
tctaatatcctttatgatgagtctgatctacaagatccggaaaaaagagaacgtttagaa
tggcatagtatgctgtcttcagttttgaaaggagacgttatgcaaacggagaaacgaagg
cttcgtttaacggagcccgatgggcatagtggtacatatataagtgaagtttggcttggt
ttacaagcctggctccatggtcgtctgaacgctgatcaggctgaagttattcgaaagagc
agagaaggtgttgagcctgtacttcgggaggttattgattttcaaatacaagatgaagaa
accaccaagcctccattagagcaagtcactgaaatattagaaaaggttgaacagtgcaaa
cagttctatatatcttctagagaaatggaagaaaatgttcctttatctgcctcaaaagaa
ttcaactacaaactgaacgcgcttatatcttggagcaatgtcatggagagtattcaagtg
gaaacacttgttcttcaaaaatgggtcggaaacgatgaatttgacttaactatgaggact
cctcaatttaattatgatggtgtcgaaaatacttcatcttttgttgagcgaatttttaga
caatctggtttgcaaaggacattcgaacaacgcacattgacgactttaaacagaattatt
catcaagctaagcaaacaatttccgaaaatgctcaagcttttgaggaaatgaaacttcct
acctacgaagataaattgctacctctcgtgcgttttcctattaagttgttggaagaggcg
cttcgtcttcgcctggcatacgccaagaaaattaaaggacctaattttttaattgtagat
tctatgttagatgatttcaaaatcgcgttgtctgtggcagtacgcataaagcgcgaatac
ataaaaattgcgagcccatcaccgggttggagtttaccaacaaatgtggatgaagattat
gataacgtgttacttgactccttgaaattttactttaaacttcttactttgaaactaagt
tcagggaacaagaatctatattttaaggaaatcgactttttggaaaatgagtgggcattt
ttaaatgaacacatctattggatcaatggtggtgatattcatatggctggacaatttagt
tacctatcaaatagtctgttgcttaatgttcatcgttatgtggagtcgcatctcaatgga
ccaacagaacgtactgccgcctcacttactaattggtattcgacacttcttaaaaacact
caaattcgttttcgaaaaatacttcgtttttcagaaacccttaattctcgatttgaaaat
gcctcagattttgtgattagtgaagggcatttacctgacttagtaaatcggttgtctact
actggtcattttttagcttatacagccaatttagagagagacggagtatttgtcatagct
gatcacactttatccgaaaacccagaagcactgaaggccttactttttagtaaagatata
tctaaccttgaaacgatacaacaaaattgctcctatgttctcattttatgtcccgttcat
ccgatagtttggaagggaaggattgaaaaagtggacgttcctgatttttcagttgatttg
aaaactaatagagttagaattatcgcatctaacaaacgagagcatttgcaagctgcgaaa
tctgtttttcagagcataagcggcgacctcgtaacactcgcagttgaatgccgatcgagc
ataactcgagtttacaaagaatttattcgtctgagcaagttatgtatgcgaatatcttct
acggtagtggattgtgtatctgcagtacgtgaggcatgttcaggagttaattgtcacgat
ctgatttatcacgtattttcttttgccgccgaatttgggcagcgtattttgcggtttttg
agtttcgattcatattggcaaacgaagctaaagcggaaaattaccagtcttgctgttgaa
tggatttcattcatttgcgacgaatgcgatttgatggatagaaaaacttttcgctgggga
gttggagccttagagttcttaatgctaatgatccgtggaaacaatattttactgattgat
gatgcgatgtttttaaagattagggaaaaagttggcaagtctatggcttttctgttaacg
catttcgatgttttgggtgcaaaatcaaaagtagctgcaaaattacaaagagagtcgacc
gaggtatcatcgtctccaagactcactagctttggagatgtagaggaggaagctttgagc
atccagctacttcagaaagaaacaatgctacgtattgatgaactggagattgaaagaaac
aataccttacttgagcgcttggctatcggacatgttttggatgattctgtttttcgtaat
cgggactttattaaacttgcgtcttcattttcaaacattaccatacgttggcagcaaggg
cactttgttcgcagtggaatgtttggagatgtttataccggtgtgaacatggaaacgggg
gacttgttggctgtcaaagaaattaaacttcaagattctcgtacttttagaagcacagtt
gatcaaatccataacgaaatgactgtcttggaaagactcaatcatcctaatgttgtgaca
tattatggtgtagaagttcacagggagaaagtatatatatttatggagttttgtcaaggt
ggctcacttgccgacttgcttgctcatggacgtattgaagatgaaaatgttctcaaagtt
tatgtagttcagcttttggaaggattggcatatatacattcccaacacattttacatcgt
gatatcaaacccgctaatattttgctggatcatcgcggaatgataaaatacagtgatttt
ggatccgctttgtacgtctctccgccaactgatccagaagtacggtacgaagacatacaa
ccagagttgcagcatttggcaggtactccaatgtatatggccccggaaattatattggga
accaaaaaaggtgattttggagcgatggacatatggagtttaggttgtgttatactcgaa
atgatgacgggttcaacaccttggagtgaaatggataatgaatgggccattatgtaccat
gttgcggcaatgcatacgccatcaattccccagaatgaaaaaatatctagtctggctaga
gactttatagaacaatgctttgagcgtgatcctgaacaacggccaagggcagtagattta
ttgacacacccctggattactgacttccgcaaaaagacaataataactatgccccccgcc
actattacaaaaaagaccagcctttctcatactataacagaagaaaaaacagcacaattg
cttgccggaaggcatgacgattccaaggctgaaacagatagcttagctgcatcttacaaa
gaagagtctgctcttccagtagcaagcaacgttggcctaagacaacctaatgaactacgc
attgattccattaacttaccgccagctattgttaccccagacacaataaactatagtgtt
gactaa

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Ontology (3)   
   KEGG BRITE (3)   
Pathway (1)   
   KEGG PATHWAY (1)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (37)   
   KEGG ORTHOLOGY (1)   
   RefGene (29)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (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 (6)   
   Pfam (6)   
All databases (53)   

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