KEGG   Candida dubliniensis: CD36_44660
Entry
CD36_44660        CDS       T01140                                 
Name
(RefSeq) MAP kinase kinase kinase, putative
  KO
K11230  mitogen-activated protein kinase kinase kinase [EC:2.7.11.25]
Organism
cdu  Candida dubliniensis
Pathway
cdu04011  MAPK signaling pathway - yeast
Brite
KEGG Orthology (KO) [BR:cdu00001]
 09130 Environmental Information Processing
  09132 Signal transduction
   04011 MAPK signaling pathway - yeast
    CD36_44660
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01001 Protein kinases [BR:cdu01001]
    CD36_44660
Enzymes [BR:cdu01000]
 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
     CD36_44660
Protein kinases [BR:cdu01001]
 Serine/threonine kinases: STE group
  Other
   CD36_44660
SSDB
Motif
Pfam: Pkinase PK_Tyr_Ser-Thr MEKK4_N Kinase-like ABC1 APH Seadorna_VP7 FTA2
Other DBs
NCBI-GeneID: 8047950
NCBI-ProteinID: XP_002420118
UniProt: B9WGG4
Position
4:complement(1109015..1113502)
AA seq 1495 aa
MSDIPSSNESHSDSIPINHNNNNNNNNNNNSKEIGKDINSTHTPHHRVSFTEQQSMSTSS
RKSSLLRKHSSNNSSLENDKRPSIISRNSNPDIHRESLPPLSRGPSYNSNYTRSHSSKNV
NANNSINAGITSDNNNNNNSHANLNTPVSSPVTSSVSSPSANGKQFNLTLPAGKSREKSP
GRHSKEGGHTRSRSFTKQQYGAGSTSSQSSTSYLAQEKAYLRKMRNQSIDDYYSKGIPGA
HEFSKADDNDDEDDEDEEHSSFDAGDNANLLAAIDDDKYQIDYSMALSLMKNSNVNLRKI
ANLNSDDTDDPAIIERLEWQSMLTSVLTGDVVRSEKTKIININNPDSTQESYLHATFKEN
LWFGIRAKIFNRTEDEQRKIVAYRRTLVDQLIDDVMKFEIDYENSTENPIRGQVKTILDR
YDQACSLWKTLEDMYSDKPACRSEEFQNRIDALTAWLTITDAISRETKSLRLWIGNDELD
ITKSPVEVSSSNTVTSNSKIVKKIFDEDNKSLAERLMKEKDVQTIFRKRIFKPIAPWMIK
SKDTYIRLGVMFENMKLPDYLHDLLQICIIPVRLIKEIVIVRLGYAMKLQNPTLMMIDQM
LDDFKSYITVALEVKSGISEYKEPDEDRKWLISDLFDSELEDFDNVILRCVRYFLVLLNR
KLLDSSRSPTTFRTFKEPEELEEAWNFLKPLGHYVDGGSVVVAEEITMLASRLIHRLMAY
FNHQIRDPTYNGSSQDLIRWYSSTSENFGQLRRKLARFMGEISRDFKNSVVFDIPSQSNS
TKTLLDILRTTNHFLVYTGTVETQGTYFFASPELLGNEQEILKILTGSYVGLDPSTDNSH
FTDLLHLIRSGSEEQIRYNDDNDDDDLESYDDSNSAYAYVLALCPMKPIVWDGLVVNVDI
DSVPITDMKNGELLLVSKLSYYDLHIVRNRFLEVASEVSLGNAGLKQMEYRCSLAKVNQE
LKKMNRVVFKMCSSVLESVEIIKTRIAELDPVGEYQALINSYFIYARDYGKNSVRMLDPQ
RKSTIIMKMIQLSIDWVSFICDDCIPTDRKTFRWCVLALEFAMEMIRGINIFLLTEEQFT
KLKVKVARCMSLLISHFDIMGARSSEAEKNKLLKWTLQRHNIASSQNDDEYLNKVYHEEV
MGQIKKIEEERRDLQEELQSIGRVLDVTDSEYQFVTLLASSFSSVSIRWQKGACIGRGTF
GQVFSAVNLDTGGVMAVKEITFHDSQSIKNIVPSIKEEMTVLEMLNHPNVVQYFGVEVHR
DKVYIFMEFCEGGSLAGLLTHGRIEDEMVIQVYTLQMLEGLAYLHQSGVVHRDIKPENVL
LDHNGVIKFVDFGAAKVIASSGRTLSGMTNASLRKSVKRDGHDNLNSMTGTPMYMSPEAI
TGTSTDRSGVVDIWSLGCCVLEMATGRRPWANLDNEWAIMYHIAAGHKPQLPSPEQLSES
GRNFLARCLEHDPDKRPSAVELLADPWMVDIRQIAFGNSDVTTTPSSEISGPISE
NT seq 4488 nt   +upstreamnt  +downstreamnt
atgtcagatattccttcatccaatgaatctcatctggattctattcccattaatcataat
aataataataataataataataataataactctaaggaaattggtaaggacataaactca
actcatactcctcatcatagagtctcatttactgaacaacaatcaatgtctacttcaagc
aggaaatcctcacttttgagaaagcattccctgaataattcatctttagaaaacgataaa
cgtccatccattatatcgagaaatagcaatccggacattcatagagaatcgttacctcct
cttagtcgaggaccaagttacaatagtaattatacaagaagtcatagttcaaagaatgtt
aatgccaacaattccattaacgctggtattacttccgataataataataataataacagc
catgcaaatttgaatactccagttagttctccagttacatcctcagtgagttctccatca
gccaatggtaagcaatttaacttgacattaccggcaggaaaatcaagagaaaagtcacca
ggccgtcattccaaagagggaggacatactagatcaagatcatttactaaacaacaatat
ggtgccggtagcacaagttctcaactgagcacactgtatttggctcaagaaaaagcatat
ctacgtaaaatgagaaatcaatctattgacgattattattcaaaaggtatacctggcgct
catgaattctccaaagcagatgataacgatgatgaagacgatgaagatgaagaacattct
tcctttgatgctggtgataatgctaatttgttagcagccatagatgatgataaatatcaa
attgactatagcatggctctttcattaatgaaaaattctaatgtcaatttgagaaaaatc
gccaatttgaattctgatgacactgatgatccagctatcattgaaaggttggaatggcaa
tcgatgttgacttctgtgttaactggtgatgttgttcgtagtgaaaaaacgaaaatcatt
aatattaataacccggatagtacccaagaatcctacttgcatgccactttcaaagaaaat
ttgtggtttggaattagggccaaaatctttaatcgaactgaagatgaacaacgtaaaatt
gttgcttatagaaggactttggtggatcaattgattgatgatgtgatgaaatttgaaatt
gattatgaaaactctactgaaaatccaattagaggtcaagtcaagactattttggataga
tatgaccaagcatgtagcttgtggaaaacattggaagacatgtatagtgataaaccagcg
tgccgaagtgaagagtttcaaaacagaattgatgcattaacagcatggttgactattact
gatgcaattagtagagaaacaaagtcgttacgattatggataggaaatgatgagttggat
attaccaaatctcctgtggaagtttcatcttccaatactgttacttcaaatagtaaaatt
gtgaagaaaatatttgatgaagataacaagtcattagctgagagattaatgaaagagaaa
gatgtgcaaacaattttcaggaaaagaattttcaagccaatagcaccatggatgatcaaa
tctaaagatacttatattagattaggagtcatgtttgagaatatgaaattgccggattat
ttacatgatttgttgcaaatatgtattattccggttcgattaatcaaagaaattgttatt
gtgcgattaggttatgccatgaaattacagaaccctacattaatgatgattgatcaaatg
cttgatgattttaaaagttatattactgttgccttggaagttaaaagtggaattctggaa
tataaagagcccgatgaagatagaaaatggttaattagtgatttatttgacagtgaactt
gaagattttgataacgttatattaagatgcgttcgttactttttggtgttactcaataga
aaattattagatagttcgcgttcgccaacaacgttccgaacatttaaagagccagaggag
ttggaagaagcatggaattttttgaaaccattaggacattatgttgatggtggtagtgta
gtagttgctgaagaaatcactatgcttgctctgaggttgattcaccggttgatggcatat
tttaatcatcagattagagatcctacttataatggactgtctcaagacttgatccgttgg
tacagctccacgtcggaaaatttcggtcaattgcgacgtaagttggctcgttttatgggt
gaaatatctcgagattttaaaaactcggtagtatttgatataccgtctcaatcaaatagt
accaagactttgttagatatccttcgtacaactaatcattttttggtttacaccggaact
gttgagactcaagggacttatttttttgccagtcctgaactattaggcaatgaacaagag
attttgaaaattttgacgggatcttatgttggattggatccaagtactgataatctgcat
ttcactgatttattgcacttgatacgatctggtagtgaagagcaaatacggtataatgat
gataatgatgacgatgatctcgaatcgtatgatgattcaaatagtgcttatgcttatgtt
ttggcattatgtcctatgaaacctatcgtatgggatgggcttgttgtcaatgttgatatt
gattcggttccgattacagatatgaaaaatggtgaattattgttagtctcgaaattatcg
tattacgatcttcatattgtccgcaataggtttttggaagtggcaagcgaagtgtctctt
ggtaatgctggacttaaacaaatggaatatcgatgctcgttggccaaagtgaatcaagag
ttgaaaaaaatgaatcgagttgtttttaaaatgtgctcatcagtattagaatcggtagag
ataatcaaaactagaattgctgaacttgacccagtaggagaatatcaagcattaattaat
agttattttatttatgcgcgtgattatggtaagaattcggtgagaatgctcgacccgcaa
cggaaatcaactattattatgaagatgattcaattatcgattgattgggtcagttttatt
tgtgacgattgtattccaaccgataggaaaactttccgatggtgtgttttggcattagaa
tttgccatggagatgattcgtggtatcaatatatttttgttgacagaggaacaatttacg
aaattaaaagtaaaagttgctcgttgtatgtcattgttgatttctcatttcgatattatg
ggagccagatcaagcgaagcagaaaagaacaaattattgaaatggacattgcaacgtcat
aatattgctagttctcagaatgacgatgagtatttgaacaaggtgtatcatgaagaagtc
atgggacagattaaaaaaattgaagaagagcgacgtgatttacaagaagagttgcaatca
attggacgtgtattggatgttaccgatctggaatatcaatttgtcacattattggcatcg
tcattttcaagtgtttccatcagatggcaaaagggggcgtgtattggacgtggtacattt
ggccaagtgttttcagcagtcaacttggatactggtggagttatggctgtcaaagaaatt
acattccatgatagtcaatcgattaaaaatatcgtacccctgatcaaggaagaaatgacg
gtattggaaatgttaaatcatccaaatgtggtacaatatttcggtgttgaagttcaccgt
gacaaagtttacattttcatggaattctgtgaaggaggatcgcttgctggattattgacc
catggtagaattgaagatgaaatggttattcaagtttatacattgcaaatgttagaaggg
ttggcctatttgcatcaatcgggtgttgtacatcgtgatatcaaacctgaaaatgtatta
ttggatcataatggagtaattaaatttgttgattttggtgctgctaaagttatagctagc
agtggaagaactcttagtggaatgacaaatgcttcactccgtaaatcagttaaacgtgat
ggacatgataatttgaattccatgacgggtacaccgatgtatatgtcgccagaagctatt
actggtacgtctactgatagaagtggtgttgttgacatttggtctttgggatgttgtgta
ttggaaatggctactggaagacgtccatgggccaacttggataatgaatgggccatcatg
tatcatatagctgctggtcataaaccacaattaccttcacctgaacaattgagtgaatca
gggagaaactttttagcacgttgtctcgaacatgatcctgataaaagaccaagtgctgtt
gaactattagctgatccatggatggttgacattagacaaattgcttttggaaattccgat
gttacaactacaccatcatcagagatttcaggtcctatttcagaataa

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Pathway (1)   
   KEGG PATHWAY (1)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (8)   
   Pfam (8)   
All databases (21)   

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