KEGG   Fomitiporia mediterranea: FOMMEDRAFT_29176
Entry
FOMMEDRAFT_29176  CDS       T03132                                 
Name
(RefSeq) hypothetical protein
  KO
K18669  dual specificity tyrosine-phosphorylation-regulated kinase 2/3/4 [EC:2.7.12.1]
Organism
fme  Fomitiporia mediterranea
Pathway
fme04111  Cell cycle - yeast
Brite
KEGG Orthology (KO) [BR:fme00001]
 09140 Cellular Processes
  09143 Cell growth and death
   04111 Cell cycle - yeast
    FOMMEDRAFT_29176
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01001 Protein kinases [BR:fme01001]
    FOMMEDRAFT_29176
Enzymes [BR:fme01000]
 2. Transferases
  2.7  Transferring phosphorus-containing groups
   2.7.12  Dual-specificity kinases (those acting on Ser/Thr and Tyr residues)
    2.7.12.1  dual-specificity kinase
     FOMMEDRAFT_29176
Protein kinases [BR:fme01001]
 Serine/threonine kinases: CMGC group
  DYRK family [OT]
   FOMMEDRAFT_29176
SSDB
Motif
Pfam: Pkinase PK_Tyr_Ser-Thr ABC1 APH RIO1
Other DBs
NCBI-GeneID: 18678886
NCBI-ProteinID: XP_007267489
JGI: Fomme1_29176
Position
Unknown
AA seq 1868 aa
MSTSPPSPSDYESKTSDPEYVTTVGPFQSDDRPDRVDAPSSASQTRQLPSLRIPQAKEVP
VESENEFPRSTSATSSLDPYYFSIPSRNGSPVPPLPVSRNTGEEPQIPREPATPARDPAS
IDRNGLVGVGELLTPRWPTLPSSDESLPLFHRIGSEDAKGQDENQPRDASDDENDRGSPW
TIEAVDGEQDECEIKDANADRLQNSQMHFIPDESGGEEILYPRKPLHVEITRSPVLNKST
SQASRQGDSSPSVPTSPPSSFLSPTRKAKKRSSDEFALDQSGFLVKPSSSNGTSSHREGG
DKPASQLTRKHQSLVGPSSSGVPAREKRRGGSVRVSMVSTTKSNLIQSKNGKHSRQQSVG
SISSNHGDPLRRRLSTSDSNSIPPSPSSSSQTKRVSGPSNRISSEKLSVLKDRDSHVPSN
VAHSLLRGTQEGWSGLDDDATAEALRKLDGISGKGPRSRGSVGVTSRMSNNSRPGTPGTS
RGHRSEGTEGSDKLHRMNSTGTNSGRAKERLRPESNVILEKEGSIRGSDGEHHKPSTGGS
PGVKSADDLGGSGPAQESDSKKPVASARLSFTPKRSSASSTTYTATPTSSRESANYSTAT
SATSASVNSQRFSLIKARRNSAGSDVSSVYSADASSHKDRAASLATGDLIDGVNVPPVPP
LPKDLSSYKTPPQSSTSLVFSVSDPVPESVREVGKDTHVHDKILEEPRFNQVAQPSPRQA
IFNVHPVPETTTVSQPVPRTPSKKWSFTNPLSIRRSTSPNRHEANVLKSPKRPTRSGLSD
KQSRPTSSSKDSPMMPVISPKSSVEAWRSIQKGAMASETSLTSLSSLSSLPEPSPPMSPS
QHVGMAPVRKDEHRVPSRSGTASSNSATHISSFDPQVSQGSPTSRVSSRDASNKRLTPSS
IPFFRRSSAQSVQIPSGSATTGMSTSPTFSSAPPTHHVRKADVSDGKDHLVSPTTPGFSH
RKSSMLSLGLPSILKGSSSRKSLQVEKGSLSSHEPEKLRKYKDSDGEHAKGKKEEKDRSE
SRISVLMGRKRGKTLSSTDQKKVKPITLPPMQVSALPQATADRIAHVKLHDSASSSPPSS
RPLVSSRLTSQTISSMQKQSDSSLRSTRQQLPTIAGSPSIGTHSHASSREPSFSMQTSTG
SGLPKETPTRIPRIASRSSTVTSPALKASSSITSRRTSLNVGAMSLQSDAGDTGTESHNE
FGLLDNLEGSSKSQSSSLTYRQSTRSSPPAGAKSTRLTAGLSAAPSSASIARKSAHESNP
IKGLRKSSTGSVTSIAAAAAEQQQSALAALSPSKGLNKLLSPKMSLPGSRLSGSSTTPNL
FQQRSNGSPTSRRQSFSTPSPVPSSVDEDEILGDEEMMQYIKRTQARKLAHGAKKDDLDE
LLKFPEPIPPARPSSPAAVLNGDRSYHLSDYERKEILDYSSVYFVSSRNEKKLATRDVSA
NNYGYDDDRGDYLVTNHDHLAYRYEIIDTLGKGSFGQVLHCRDHCTGESVAIKIIRNKKR
FHHQALVEIKILENLRKWDPEEKHHVIKMTEHFYFRNHLCIAMELLSINLYELIKANGFA
GFSTTLIRRFTSQMLLSLSLMRHHRIVHCDLKPENVLLRHPAKSGIKVIDFGSSCLEHEK
VYTYIQSRFYRSPEVILGMNYSMAIDMWSLGCILAELYTGYPIFPGENEQEQLSCIMEVL
GVPDKELINRSSRKRLFFDSTGLPRPVVNSKGRRRRPGTKTLAQVLRCDDELFVDFVSKC
LSWDPEKRIKPQAALRHPFVTAGRRAKIINNPPPSSPRGHLTSSTSLLTVAGRNKQLETP
KKSQISAPTPLTARSARTTGTQIPSTPLSSLSHASQSTSKSFRSYHAPYHSGRSANGLAV
RNGSPGSQ
NT seq 5607 nt   +upstreamnt  +downstreamnt
atgtctacatcgcccccatcgccaagcgactatgagagcaagacctccgatccagagtat
gtgacgaccgttgggccctttcagtccgacgatcggccagaccgagtcgacgcgccttcg
tctgctagtcagacacgccaattgccttccttgcgcattccacaagcgaaagaagtaccc
gtagaatctgagaatgaatttccccgttcaacctcagccacatcttctcttgatccctat
tatttctcgatcccttcacgcaacggatcaccggttcctccgcttcctgtgagcaggaat
actggagaagaaccgcaaataccacgagagcctgctactcctgcgagagatcctgcctca
atcgacagaaatggtttggtgggagtcggagagcttcttactccacgttggccgacgctt
ccttcttcagatgaaagtctcccgctctttcatcggattggtagtgaagatgcaaaggga
caagacgaaaaccagcctagagatgcgtcggatgacgaaaatgatcgaggcagtccgtgg
actattgaagctgtggatggggaacaggatgaatgcgagataaaggatgcgaatgccgat
cgtttgcaaaactcacaaatgcattttattccggacgaaagtggaggggaggaaatactt
tatcctcgcaaaccactgcatgtcgagatcaccaggagtccggtattgaataaaagcact
tcccaagcaagccgtcaaggagactcttctccttctgtgccgacgtctcctccgtcgtcg
ttcctttcaccaactcggaaagcgaagaaacgtagttctgatgagtttgctcttgatcaa
tcgggatttcttgtcaaaccatcgtccagtaatggaactagctcgcatcgtgagggtggc
gataagccagcttcgcaacttacacggaagcatcagtctcttgttggtccgtcaagctcc
ggagttcctgctcgtgaaaagagaaggggtggaagcgtacgggtgtcgatggtgtctaca
acgaagtctaacttgatacagtccaagaatgggaagcactcacgtcagcagagcgttggc
tctatctcgtcaaaccatggtgatcctctacggcgtaggttgtcgaccagcgattcaaac
agtattccgccttctccaagctcgagcagtcaaacgaagcgcgtatcaggaccttcgaat
cggataagctccgaaaaactgtcggtccttaaggacagggactctcatgtgccttcaaat
gttgcacattctctactgcgaggtacacaagaaggttggtctggtttggatgacgacgcg
acggctgaggcattgcgtaaactagacggcatttctgggaaaggaccgcgctccagagga
agtgttggagtcactagtcgcatgagtaacaattcacgccctgggacacctggtacatca
cgaggtcatcgttcagagggtactgagggctctgacaagttacatcggatgaacagcact
ggaacgaattctgggcgcgctaaggaaagacttcgaccagagtccaatgtcattcttgag
aaagaaggtagcatccgtgggtcggatggagaacaccataaaccatctaccggagggtca
ccaggtgtgaaatctgctgacgatctcggtggatcaggtccagcgcaggaaagtgattca
aagaagcccgtcgcaagcgcccgcttgagtttcactccgaagcgtagttcggcttcatcg
acgacttacactgcaacgccaacttcttcaagggaatctgcaaattattcaactgccaca
agtgctacatcggcgagtgtgaactcgcaaaggttttccctcatcaaggcaaggcgaaat
agtgcaggaagtgatgtgtctagcgtgtattctgccgacgcgtcttctcacaaggatcga
gctgcgtctctggctactggcgatttgatcgatggtgtcaacgtaccacccgttccacca
cttccgaaggatctttcctcatacaaaacacctccacaatcttccacaagccttgtattc
tcagtttccgaccctgtaccagagagtgttagggaagttggaaaggatacccatgtacat
gacaagattctcgaggaaccgcgcttcaaccaagttgcgcagccttcacctcgacaggcc
atatttaatgtacatcccgtgcctgaaactactacagtctcgcaacccgttcccaggact
ccatccaagaagtggagcttcaccaatccattgagtattcggcgttcgacatcgccaaat
cgccatgaggcaaacgttttgaaatcacccaagcgaccaacgcgttccggattatctgat
aagcaatcccgtccaacctcctcgtcgaaagactcgcctatgatgcctgtaatttctccg
aaatcttcggtggaggcatggcgcagtatacagaaaggtgcaatggcatctgagacttct
ttgacatcgttgtcttctctgagttcattgcctgaaccgtcaccaccgatgtcaccgtct
cagcatgttggtatggcacctgtccggaaagacgaacaccgggttccgagcaggtctggg
acggcttccagcaacagtgctacacatatctcctcgtttgacccccaggtcagtcaaggg
agcccaacatccagagtttcgtcccgggatgcaagcaataaacgtctaacgccgtcctca
ataccattcttccgtcgttcttctgcacagtctgttcagatcccttctggttcggcgacg
actggcatgtccacttctccgactttctcttctgcgccaccgacgcatcatgtaagaaaa
gctgacgtgtcagacggaaaggaccatcttgtttctcctacaacgcccggattctctcat
aggaagtcgtccatgttgtctttaggcttaccttccatcctgaagggttcgagttcgagg
aagagtttgcaggtcgagaagggctcgctgagttctcacgaacccgagaaattgagaaag
tacaaggattcagatggagaacacgcgaaaggaaagaaggaagagaaggatcgaagcgaa
agccgtatctccgttcttatgggtaggaaacgtggaaagacactctcctccacagaccag
aaaaaggttaagccgattactttgcctcccatgcaggtctccgcactacctcaggcgact
gccgaccgcatcgctcatgtcaagttgcatgattccgcatcgtcttcccctcccagctct
cgtccattggtgtcgtcccgtcttacctcccagacgataagttcaatgcagaaacaatca
gactcttctcttaggagcacacgacaacagttaccaacgattgcaggttcaccttctatc
gggactcacagtcatgccagctcaagggagccatcgttttccatgcaaacctctactggt
tctgggcttccgaaagaaaccccaactcggattccacggatagctagccgatcatcaact
gtaacatctccagccctcaaagcttcgtcttcgataacttctaggaggacaagtttgaat
gttggcgcgatgagcttgcaatctgatgctggtgatactggcacagagtctcataatgaa
ttcggcttgctcgataacttagaagggtcttcgaagtcacagtcgtcttctctgacatat
cggcagtcaacaagatcgtctcctccggctggagccaagagcacgcgtctaacggcgggg
ctgtcggcggctccttcgtccgccagtattgcccggaaatcggctcatgaatcaaacccg
attaagggcctccgaaagtcgtcgacgggctctgttacttcgatcgcggctgctgcagcg
gaacaacagcaaagtgcactggctgcgctttcgccttcaaagggtttgaataaactccta
agcccgaaaatgtcgttaccgggctcgcgtttgtcaggatcatcaacaacgccaaatctt
ttccagcaacgttcaaatggttccccaacatccaggcgtcaatccttctcgactccgtcc
ccggttccgagttctgttgacgaggatgagattcttggagatgaagaaatgatgcagtac
atcaaacgaacgcaagcacgcaagcttgcgcatggtgcaaagaaggatgatcttgacgag
cttcttaaattccctgaacccattcctcctgcccgacccagttctccggcagctgtattg
aatggtgatcgatcctaccatttgtctgactacgaacgcaaagagattctagactattcg
tccgtctatttcgttagcagtagaaacgagaagaaactggcaactcgtgacgtgtccgca
aataactatggctatgacgacgaccgaggagactatctcgtgaccaatcacgaccacttg
gcatatcgatatgaaattatagacacactgggcaagggttcatttggccaggtactgcac
tgcagggaccattgcaccggtgaatcagttgctatcaagattatccgaaacaagaagcgg
ttccatcatcaggctttggttgaaattaagattctcgagaatttgcgcaaatgggatcct
gaagagaaacaccatgtcatcaagatgacggagcacttttatttccggaaccatctctgt
atcgccatggagctcttgagtattaacctttacgagcttatcaaggccaatggtttcgcg
ggtttctcgacaacgcttattcgtcggtttacaagtcaaatgctcctgtccttgtctttg
atgaggcaccaccgtatcgtgcattgtgatcttaagccagagaacgtcctacttcgtcat
ccggctaagagtggaatcaaagtcatcgacttcggaagcagttgtctcgaacacgagaaa
gtttacacatatatccaaagtcggttctatcgttctccggaggtcattcttgggatgaat
tatagcatggctatcgatatgtggagtttgggctgcatattggccgagctgtacactggt
tatcctatattccctggagaaaatgaacaggagcaattgtcttgcattatggaagttctc
ggagtgccggacaaggaattgatcaatcgtagcagcagaaagagacttttctttgactcc
acgggcctcccgaggccagtggtcaactcgaaaggtcgacgacgacggccaggcacaaag
acactggcgcaagttctccggtgtgacgatgagctcttcgtcgactttgtgtccaagtgc
ttaagttgggatccggagaagcgcatcaagcctcaagctgctctacgccatccattcgtc
acagctggccgaagggcaaaaattataaacaaccccccacccagttcaccccgtggacat
ctaacttcttcgactagcttgcttactgttgccgggcgaaacaagcagctagagacaccg
aagaaatcacaaatcagtgctccgacacctttgactgctcggagtgctcggacaacagga
acacagataccctcgactcctctgagctcactgtcacatgcttctcagagcacgtcaaaa
agcttccgatcttatcatgcgccgtatcactcaggccgctcggccaatggattagctgtg
cgcaatggttctcctggatctcaataa

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Pathway (1)   
   KEGG PATHWAY (1)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (69)   
   KEGG ORTHOLOGY (1)   
   RefGene (64)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   JGI (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (5)   
   Pfam (5)   
All databases (82)   

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