KEGG   Torulaspora delbrueckii: TDEL_0D01400
Entry
TDEL_0D01400      CDS       T02236                                 
Symbol
TDEL0D01400
Name
(RefSeq) hypothetical protein
  KO
K11229  mitogen-activated protein kinase kinase kinase [EC:2.7.11.25]
Organism
tdl  Torulaspora delbrueckii
Pathway
tdl04011  MAPK signaling pathway - yeast
tdl04139  Mitophagy - yeast
Brite
KEGG Orthology (KO) [BR:tdl00001]
 09130 Environmental Information Processing
  09132 Signal transduction
   04011 MAPK signaling pathway - yeast
    TDEL_0D01400 (TDEL0D01400)
 09140 Cellular Processes
  09141 Transport and catabolism
   04139 Mitophagy - yeast
    TDEL_0D01400 (TDEL0D01400)
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01001 Protein kinases [BR:tdl01001]
    TDEL_0D01400 (TDEL0D01400)
Enzymes [BR:tdl01000]
 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
     TDEL_0D01400 (TDEL0D01400)
Protein kinases [BR:tdl01001]
 Serine/threonine kinases: STE group
  Other
   TDEL_0D01400 (TDEL0D01400)
SSDB
Motif
Pfam: Pkinase PK_Tyr_Ser-Thr Kinase-like ABC1 SAM_PNT Kdo Pkinase_fungal
Other DBs
NCBI-GeneID: 11502159
NCBI-ProteinID: XP_003680935
UniProt: G8ZSY0
Position
4:269367..273656
AA seq 1429 aa
MPFLRKITGSGHSHSRSGSASSIKTWSLDSPTSLERHSTRPTKSSRKSGTSEYRNSVASS
GSCGNSNTAGHDNGTGLLVVPDIDEFTNSPQMNDKNNLKNDSRNPSGGSINSLSFDKLIL
SWDPTDPDEWSMQRVSSWLKFHEFPESWIVFFKKYQLSGHKFIKLLAHDNFAVYEKYLPQ
SKYASYTRFQYLLKQTMSKNVTNNHIRQKSTEKAKESRSSSESLKSKHKKANSLQEATSS
RSASESALSPTTLNSSKSDDKLGGQPLRTHQKTSSASALYRRSLISLRGSSTGNLLEGKT
PSNIKLNIPSRPQSIVETNGSSKPGSPPNSPHYPGLFRRHQKSSSSESSLLNALFGSQSN
VTIDDEQDKSSYQTANASADSLSKGKHNAIEGNTVSSNISSPNPIEEKSSLWGKLRRRSQ
LIGPANVPQSPQLVTLNPASSLSTPNIGTPPTASDASIGTLTPKYTDVKTAQATPSSSKR
HPIYSTDRSNRNDNNDTYTPASFLLDKKFYPLKTKDSQDDIYILITKDNRSFIPMNIGMI
ESLEELKESVTLMLSVNHNDITIHLTDFGCEIGSALPDDTLESLRSSLFCNTAGKLYIKD
QSKSSSRPRAATLSNEMNHSVKSLKSKNSFRSVTNSMMYSTDEVSIVTSSSDLTSFDDHA
SGTARRYPQTPSHYYDAVAANNGEEINYWNYKDPAQEASKSPRPLRSSSQVKKEKYPPFE
LAPEKGRMGSFQILRKEDSNEIDFNKRRESPYVQPELAPRREAPKPPTNSSPQKSLSISS
RVSTPRLRRSSTRRKAPGNPKLAPPSPSGEAVSPSSDSVVNSYTPGSSHVLVPQPYKGAS
EGSRKLKTEDEQMASSISAFISKQRTNRSDSIASNSGSVRHMRSPPLGRGNSRRIVSSAS
AADVFDENDITFADAPEFTDSGSDSSDDIIWSTSGKSRETETEKEGIQRNSSGDNSQDRS
QSNEENDGGAALNRKMTLRPSPEVVYQNLEKFFPHANLDKPVLEGVTPPASPRSVDTIGM
SRAFGLSNAGNSSNSNTPAISPNKSTKQSFREDEKGFLRDRLPKRAKTIRTIAHEASEAR
KQSVKLGRQNTKMWGTKTVEVTDKRMVSINNTKNSRGQYKEFAWIKGEMIGKGSFGAVYL
CLNVTTGEMMAVKQVEVPKYGSQNEQIIHTVEALRAEMSTLKNLDHLNIVQYLGFEAKDH
MNSLFLEYVAGGSVGSLIRMYGRFDEVMIKHLTTQVLRGLSYLHSRGILHRDMKADNLLL
DQEGVCKISDFGISRKSKDIYSNSEMTMRGTVFWMAPEMVDTAQGYSAKVDIWSMGCVVL
EMFAGKRPWSNLEVVAAMFKIGKSKSAPPIPEDTLPLISQSGRDFIDACFQIDPEARPTA
DKQLSHPFILEKENFDFKSTKLAELIKSNDKVNSTKLRVSSHEKSQLEL
NT seq 4290 nt   +upstreamnt  +downstreamnt
atgccatttctaaggaagatcactggtagtggccattcgcattcgagatcaggctccgct
tcatcgatcaagacatggtcattggactcacctactagtcttgaaagacactctacacgc
ccaacgaagagctctaggaagtctggtacatctgaatatcggaactcagtggcaagctct
ggctcctgtggcaattccaatactgctggtcacgataatgggacgggcttgctggtagta
ccggacattgatgagtttacaaacagtccgcagatgaatgataaaaataatctaaagaac
gattctagaaacccctcaggtggtagcatcaattcattgtcgtttgacaaactaatctta
tcatgggatccgactgatcctgatgaatggtcgatgcaacgggtctcttcgtggttgaaa
tttcatgaattcccagaatcgtggatcgtattcttcaagaagtatcagctttcagggcac
aagtttatcaaactcttggctcacgataattttgctgtctacgaaaagtatttaccccag
tccaagtatgcctcctacacaaggttccagtatcttcttaaacagactatgagtaagaat
gtcacaaataaccacatccgccagaagagcacagagaaagccaaggaatcaaggagctct
agcgagtccttgaaatctaaacacaaaaaagccaattcacttcaagaggccacttcgtca
agatctgcttcagagtctgctttgtcgccaacaacattgaattcctccaaaagcgacgat
aaattgggaggtcaaccacttcgtacacaccagaagacgtccagtgccagcgcactttat
agaagaagtttaatatctctccgaggttcgtccacaggtaatttactggagggaaagact
ccctccaatatcaagctgaatattccatctcgacctcaatcaattgttgaaactaatgga
tcatcaaaaccagggtctcctcccaactcacctcactatccgggccttttcagaaggcat
caaaagagcagttcctctgagtcctccttgctcaacgcgttgtttggatcacagtcaaat
gttactattgatgatgagcaagacaaatcttcttaccaaaccgccaatgcttcggcggat
agtctctccaaaggaaagcataatgcgatcgaaggcaacacggtgtcgtccaacatatct
tcgccgaacccgatagaagagaagagctcactctggggcaaactgagacgaagaagtcag
ttgattggacctgccaatgttcctcagagcccgcaacttgtaactctaaacccggcatct
tcactttcgacgccaaacatcggcacacctcctacagcttcagatgcaagtataggtacg
ttgacaccaaagtacacagatgtgaagacagctcaagcaaccccatcaagcagcaaacgt
caccctatttacagtactgaccggagcaatcgaaacgataacaatgacacgtatacccca
gccagtttcttgttggataagaagttctatcctttaaagacgaaagattctcaagatgat
atctatattctcattacgaaagataatcgttcatttatacctatgaatatcggaatgatt
gagagcctcgaagaactaaaggaatcggtaacgctgatgttaagcgtaaatcataacgac
ataaccatacatttgactgactttgggtgcgaaataggatctgctctcccggatgatact
ttagaatcattaagatcgagtcttttttgtaatacggctggtaaactatacattaaagat
cagtcgaagagcagttcaaggcctagagcggcaactctcagtaacgagatgaatcactcg
gtgaaatccctcaaaagtaagaactcgtttaggtccgtcactaatagcatgatgtattca
accgatgaggtttcaattgttacatcttcatctgacttgacctcattcgacgatcatgct
tctggaacagctagaagatatcctcagacacccagccactactatgatgctgtagcagct
aataatggagaggaaatcaattactggaattataaagatccagctcaagaggctagtaaa
tcaccaaggccattaaggtcgtctagtcaagtaaagaaagaaaaatatcctcccttcgag
ctggctccggagaaaggaagaatgggatcatttcagattttaaggaaagaagattcaaat
gagatagattttaataagcgccgagaatcaccatatgtccaaccggagttggcgcctcgg
agagaagcgcccaaacctccaacaaactcctcccctcaaaagtccctttcaatctctagt
cgagtgtcgacgccacgtctaagaagaagcagcactagaagaaaggcccctgggaatccc
aaactagctccaccatcaccttcaggcgaggctgtaagcccatcttcagattctgtggtc
aattcatacactccgggctccagccatgtcctagtcccccaaccatataaaggagctagc
gagggctctcgtaagcttaaaacagaggatgagcagatggcaagttcaatttctgctttt
attagcaagcaaagaaccaatagatctgactcaattgcttctaattctggctctgtgcgc
catatgcgttctccaccattgggcagaggcaactcaagacgtattgtatcgtctgcctcg
gcagctgatgttttcgatgaaaatgatataacattcgccgacgcacctgaatttacagat
tctggtagtgacagttctgatgacataatctggtctacgtctgggaagagtagagagaca
gagaccgagaaagaagggattcaacgcaattcatcgggagacaattcacaagatcgttca
caatctaatgaggagaatgatggaggtgcagcgttgaacagaaagatgacattaaggcca
tcgccagaagttgtctaccagaacctggagaaattttttcctcatgccaaccttgataag
cctgtccttgaaggcgtcacacctcccgcatctccaagatcggtggacactataggtatg
tcaagagcgttcgggttatctaacgctggcaacagttcaaatagtaacacgcctgctatt
tctcccaacaagagcaccaaacaatcattccgagaagatgagaagggtttcttgagagat
cgacttccgaagcgagccaaaaccatcagaactattgcacatgaggcgagtgaggctaga
aaacagtccgtgaagcttgggagacaaaatacgaaaatgtggggcactaaaacggtcgag
gtcaccgacaagcgtatggtttcgattaacaatacgaagaactcacgaggtcagtataaa
gaatttgcatggatcaagggtgaaatgattggaaaaggctcattcggtgccgtttatcta
tgtctgaacgtgacgaccggtgaaatgatggccgtgaaacaggttgaggtgccaaagtat
ggctctcaaaacgagcaaatcatccataccgtggaagcactcagagccgaaatgtcgacc
ctcaaaaatctggatcatctaaatattgttcaatacctcggattcgaggccaaagaccat
atgaacagtctatttctcgagtatgtggctggtggatctgtcggctccctcatcaggatg
tatggaagattcgatgaggtaatgataaaacatctgacgacccaggtcttgagaggttta
tcatacttgcactcgcgtggaattttgcatagagatatgaaagcggacaacttacttctt
gatcaagaaggtgtctgcaagattagtgattttggcatttcaaggaagtcgaaagatata
tactctaattccgaaatgaccatgagaggcactgttttttggatggctccagaaatggtc
gatacagcgcaaggttacagtgccaaggtcgatatatggtcaatgggatgtgttgtacta
gaaatgtttgcgggcaagcggccttggtccaacttagaagtggtcgcagccatgttcaag
ataggtaaatctaaatcagctccacccattcctgaagacacattgccattaatttcacag
tccgggagagattttatagatgcttgcttccaaatcgacccagaagcaagacccacagct
gataaacaactatcacatccatttatcctggagaaagaaaatttcgacttcaaatctact
aaattagctgaactcatcaagtctaatgacaaggttaactcgactaaattgagagttagc
tctcatgaaaaatctcaactagaactctga

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Pathway (2)   
   KEGG PATHWAY (2)   
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 (7)   
   Pfam (7)   
All databases (21)   

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