Saccharomycodes ludwigii: SCDLUD_002632
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Entry
SCDLUD_002632 CDS
T08289
Name
(RefSeq) hypothetical protein
KO
K11227
mitogen-activated protein kinase kinase [EC:
2.7.12.2
]
Organism
slud
Saccharomycodes ludwigii
Pathway
slud04011
MAPK signaling pathway - yeast
slud04139
Mitophagy - yeast
Brite
KEGG Orthology (KO) [BR:
slud00001
]
09130 Environmental Information Processing
09132 Signal transduction
04011 MAPK signaling pathway - yeast
SCDLUD_002632
09140 Cellular Processes
09141 Transport and catabolism
04139 Mitophagy - yeast
SCDLUD_002632
09180 Brite Hierarchies
09181 Protein families: metabolism
01001 Protein kinases [BR:
slud01001
]
SCDLUD_002632
Enzymes [BR:
slud01000
]
2. Transferases
2.7 Transferring phosphorus-containing groups
2.7.12 Dual-specificity kinases (those acting on Ser/Thr and Tyr residues)
2.7.12.2 mitogen-activated protein kinase kinase
SCDLUD_002632
Protein kinases [BR:
slud01001
]
Serine/threonine kinases: STE group
STE7 family
SCDLUD_002632
SSDB
Ortholog
Paralog
GFIT
Motif
Pfam:
Pkinase
PK_Tyr_Ser-Thr
PBS2_N
Kinase-like
Pkinase_fungal
Motif
Other DBs
NCBI-GeneID:
70107949
NCBI-ProteinID:
XP_045935082
LinkDB
All DBs
Position
III:complement(<869441..>872728)
Genome browser
AA seq
1095 aa
AA seq
DB search
MEEDKFNRLHITPKPTNSNSNNNNNIGKGNYHKTNTLNTDGQQQKNSSIMSSPLFLAKSQ
SVNTSQLHANITNGYQFNHHQLQHQVSLQNMRRSSTSSNSSINSISSTSTGGGTSAIPCT
SNNSNSINTCISNNSTSNSTSNSNSNSNGNSNGNSNSNGNSNSNGNSNGNNNNNSIIINN
NNNNNNNNNNNSNSNSNSNNTNSSKINANLQARVLAFQEQRQLKRSGSTSSTTSNKSNIK
DNIGNTNIQGKNCSVYRSISSSSSNSLETLQPVQLSVPQIEIGPPPIVVEDVNKIINKPL
PPLPTEDTPLNNITDTNIGSTFATNVGTGKATIISNEINMNFGLPSKEQEKKQTTTRLSQ
LDSNNSKLESTNSSKNNNNVEIQNINLNGTITEIKKDSINSFGSGHNTNNNTNIPTPKLD
NVPFSHDNTCNKLDMTSANNTSNKINNIPRNYAINTNFTSASKPIIAKPVRKAPPIPNQL
KFMPQLNTTIAMKNNHSNSSSNDNNVKQFVYPNDGIVGMSTSNTAPSAAAFERMMNSNNN
ITVNTQVPSIIHTEAKEHTAIPNTSTAVANNKNTGNVIRPKANNEKLTKKPSLSARRGLK
LDFSKLAPAPLGKSSNGALATNVNQNHTHQHIPSSIINTSNNGNTGAIKIGESETTVSGN
NSRLPRNLLRSSSPMTLATATVVSNGSNSGNSLSSSDGDGSTSIGSTGNSKGKGSNSRGS
TGTNGLFANFSKYVDIKSGSLNFAGKLSLSSKGIAFSNGSSFRITLDELEFLEELGHGNY
GNVSKVLHKPTNIQMAMKEVRLELDEAKFRQILMELEVLHKCVSPYIVDFYGAFFIEGAV
YMCMEYMDGGSLDKIYDPDVHLGGIDEPQLAYIANAVINGLKELKDNHNIIHRDVKPTNI
LCSASQGTVKLCDFGVSGNLVASLAKTNIGCQSYMAPERIKSLNPDTTTYSVQSDIWSLG
LSLLEMALGQYPYPPETYDNIFSQLSAIVDGPPPRLPSDRFSRDAQDFISLCLHKNPERR
PTYASLLKHPWLQKYANVDVNMNDYISDRLAKADQYLKEINDSDDYDNDNTNVSGSQRQR
ELLLPALHRGGANNF
NT seq
3288 nt
NT seq
+upstream
nt +downstream
nt
atggaagaggacaaatttaacagattgcatattactccaaaacctactaatagcaatagc
aacaataacaataatattggcaaaggtaattatcataaaacaaacactctcaatactgat
ggacagcagcaaaagaactcatctattatgtcatcacctttatttctagcaaaatcccaa
tctgtaaatactagtcagcttcatgccaatattactaatggttaccaatttaaccatcat
caattacaacaccaagtatcgttacagaatatgcgtcgttcatccacaagtagtaattct
tcaatcaattcaatatcatcgacgtccaccggtggtgggacgtcagctataccttgcacg
tcaaataatagtaatagtattaatacttgcatttcaaacaatagtactagcaatagtact
agtaatagcaatagcaatagcaatggcaatagcaatggcaatagcaatagcaatggcaat
agcaatagcaatggcaatagcaacggcaacaacaacaacaatagcatcatcattaacaac
aacaacaacaacaacaacaacaacaacaacaatagcaacagcaacagcaacagcaacaac
actaacagtagcaaaattaatgcaaacttgcaggctagagtgttagcatttcaggagcaa
agacaattaaagagaagtggtagtacaagtagtacaacgtccaataaatcaaatattaag
gataacattggtaatactaatatacagggtaaaaactgtagtgtttatagatctatatct
tcttcctcctcaaattctctagagactttacagccagttcaactgtctgtgcctcaaata
gagataggtccgcctccaattgttgttgaagatgtgaataagattatcaataagccatta
cctcctttgccaactgaagatacaccacttaacaatattacggatacgaatataggaagt
acgtttgctaccaatgtaggcaccggcaaagctactataatatccaatgaaatcaacatg
aactttggtttgccatcaaaggaacaagaaaaaaagcaaacaacaactagactatcacaa
ctagatagtaataatagtaaacttgaaagtacaaatagtagcaagaataataataacgtt
gaaatacaaaatattaaccttaatgggactattactgagattaaaaaagacagcattaac
tcttttggtagcggccataacacaaataataacacgaatataccgacaccgaaattagat
aatgtacctttcagccatgataatacttgtaataagttggatatgacttctgctaataat
accagtaataaaattaataatattccaagaaactatgcaataaatactaattttactagc
gctagtaaacctataattgcaaaacctgttagaaaagcgcctcctattcccaaccagtta
aaatttatgccacaacttaatactactatcgctatgaaaaataatcacagtaatagtagt
agtaatgataataatgttaagcaatttgtttatccgaacgacggcattgttggtatgagt
accagcaatactgctccaagtgcagctgcttttgaacgaatgatgaacagcaataataac
attactgttaacacacaggttccttccataatacataccgaagcaaaagagcatacggct
atcccaaacactagtacagcagttgctaacaacaagaacactggtaatgttattcgtcca
aaagctaacaatgaaaaattgaccaaaaagcctagtttgagcgctagacgtgggttaaaa
ttagacttttcaaaattggcacctgcacctttaggtaaatcatcgaatggtgcattggct
actaatgttaaccaaaaccacacacatcaacatattccaagcagtattattaataccagt
aacaatggaaacaccggtgctattaagataggtgaatccgaaactactgttagtggcaat
aatagtcggttgcccaggaatttattaagatcttcctcgccgatgactttggctactgct
actgtagtgagtaatggtagtaatagtggcaattctctaagttcaagcgatggtgatggc
agtactagtattggatctaccggcaattctaaggggaaggggagcaatagccgtggtagc
acaggtacaaatggtctttttgccaatttttccaagtacgtggatattaaatcgggctca
ttaaattttgcgggcaaactatctctatctagtaaagggatagctttttcaaatggatca
tcttttagaataaccttagatgagttggagtttctggaggaattagggcacggtaattat
gggaatgtctcgaaagtgttacataaacctacaaacattcaaatggctatgaaagaggtt
agattagaattggatgaagccaagtttagacagattttgatggaattagaagttttgcac
aagtgtgtatctccatatatagttgatttttatggtgcattttttattgaaggtgccgtc
tatatgtgtatggaatacatggacggtggttcgttagataaaatttatgatcctgatgtg
cacttgggtggaattgatgaacctcaattagcttacattgctaatgcggtaattaatggg
ttaaaagagctaaaggataaccataacattattcatagagacgtcaaacctaccaatatc
ttatgcagcgcatcacaaggcactgttaagttatgtgactttggtgttagtgggaattta
gtagcaagtttagccaaaaccaacattggttgtcagtcgtatatggctccggaacggatc
aaatctttgaatcctgacacaaccacgtactcagtccaaagtgatatttggtctttgggg
ttaagtttgcttgaaatggctttgggacaatatccttatccaccagagacctacgataac
atcttttctcagttaagcgctattgtcgatggaccaccgccaagattacccagcgataga
tttagtagggatgcacaagattttatatctttatgtctacataagaatcctgaaagacga
ccaacttatgcctctttattgaaacatccatggttgcagaaatatgcaaatgttgatgtt
aatatgaatgattatatcagtgataggttggctaaagcggatcaatatttaaaagaaatc
aatgattcagacgattatgacaatgataataccaatgtaagcggttcacaacggcaacga
gaactcctattacctgcactacataggggtggtgctaataatttttga
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