Saccharomyces cerevisiae (budding yeast): YKL101W
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Entry
YKL101W CDS
T00005
Symbol
HSL1, ELM2, NIK1
Name
(RefSeq) protein kinase HSL1
KO
K02515
serine/threonine-protein kinase HSL1, negative regulator of Swe1 kinase [EC:2.7.11.-]
Organism
sce
Saccharomyces cerevisiae (budding yeast)
Pathway
sce04011
MAPK signaling pathway - yeast
sce04111
Cell cycle - yeast
Brite
KEGG Orthology (KO) [BR:
sce00001
]
09130 Environmental Information Processing
09132 Signal transduction
04011 MAPK signaling pathway - yeast
YKL101W (HSL1)
09140 Cellular Processes
09143 Cell growth and death
04111 Cell cycle - yeast
YKL101W (HSL1)
09180 Brite Hierarchies
09181 Protein families: metabolism
01001 Protein kinases [BR:
sce01001
]
YKL101W (HSL1)
09183 Protein families: signaling and cellular processes
04812 Cytoskeleton proteins [BR:
sce04812
]
YKL101W (HSL1)
Enzymes [BR:
sce01000
]
2. Transferases
2.7 Transferring phosphorus-containing groups
2.7.11 Protein-serine/threonine kinases
2.7.11.-
YKL101W (HSL1)
Protein kinases [BR:
sce01001
]
Serine/threonine kinases: CAMK group
CAMKL family
YKL101W (HSL1)
Cytoskeleton proteins [BR:
sce04812
]
Eukaryotic cytoskeleton proteins
Septins
Septin associated proteins
YKL101W (HSL1)
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
Pkinase
PK_Tyr_Ser-Thr
Kdo
APH
Choline_kinase
Motif
Other DBs
NCBI-GeneID:
853760
NCBI-ProteinID:
NP_012821
SGD:
S000001584
UniProt:
P34244
Structure
PDB
LinkDB
All DBs
Position
XI:248920..253476
Genome browser
AA seq
1518 aa
AA seq
DB search
MTGHVSKTSHVPKGRPSSLAKKAAKRAMAKVNSNPKRASGHLERVVQSVNDATKRLSQPD
STVSVATKSSKRKSRDTVGPWKLGKTLGKGSSGRVRLAKNMETGQLAAIKIVPKKKAFVH
CSNNGTVPNSYSSSMVTSNVSSPSIASREHSNHSQTNPYGIEREIVIMKLISHTNVMALF
EVWENKSELYLVLEYVDGGELFDYLVSKGKLPEREAIHYFKQIVEGVSYCHSFNICHRDL
KPENLLLDKKNRRIKIADFGMAALELPNKLLKTSCGSPHYASPEIVMGRPYHGGPSDVWS
CGIVLFALLTGHLPFNDDNIKKLLLKVQSGKYQMPSNLSSEARDLISKILVIDPEKRITT
QEILKHPLIKKYDDLPVNKVLRKMRKDNMARGKSNSDLHLLNNVSPSIVTLHSKGEIDES
ILRSLQILWHGVSRELITAKLLQKPMSEEKLFYSLLLQYKQRHSISLSSSSENKKSATES
SVNEPRIEYASKTANNTGLRSENNDVKTLHSLEIHSEDTSTVNQNNAITGVNTEINAPVL
AQKSQFSINTLSQPESDKAEAEAVTLPPAIPIFNASSSRIFRNSYTSISSRSRRSLRLSN
SRLSLSASTSRETVHDNEMPLPQLPKSPSRYSLSRRAIHASPSTKSIHKSLSRKNIAATV
AARRTLQNSASKRSLYSLQSISKRSLNLNDLLVFDDPLPSKKPASENVNKSEPHSLESDS
DFEILCDQILFGNALDRILEEEEDNEKERDTQRQRQNDTKSSADTFTISGVSTNKENEGP
EYPTKIEKNQFNMSYKPSENMSGLSSFPIFEKENTLSSSYLEEQKPKRAALSDITNSFNK
MNKQEGMRIEKKIQREQLQKKNDRPSPLKPIQHQELRVNSLPNDQGKPSLSLDPRRNISQ
PVNSKVESLLQGLKFKKEPASHWTHERGSLFMSEHVEDEKPVKASDVSIESSYVPLTTVA
TSSRDPSVLAESSTIQKPMLSLPSSFLNTSMTFKNLSQILADDGDDKHLSVPQNQSRSVA
MSHPLRKQSAKISLTPRSNLNANLSVKRNQGSPGSYLSNDLDGISDMTFAMEIPTNTFTA
QAIQLMNNDTDNNKINTSPKASSFTKEKVIKSAAYISKEKEPDNSDTNYIPDYTIPNTYD
EKAINIFEDAPSDEGSLNTSSSESDSRASVHRKAVSIDTMATTNVLTPATNVRVSLYWNN
NSSGIPRETTEEILSKLRLSPENPSNTHMQKRFSSTRGSRDSNALGISQSLQSMFKDLEE
DQDGHTSQADILESSMSYSKRRPSEESVNPKQRVTMLFDEEEEESKKVGGGKIKEEHTKL
DNKISEESSQLVLPVVEKKENANNTENNYSKIPKPSTIKVTKDTAMESNTQTHTKKPILK
SVQNVEVEEAPSSDKKNWFVKLFQNFSSHNNATKASKNHVTNISFDDAHMLTLNEFNKNS
IDYQLKNLDHKFGRKVVEYDCKFVKGNFKFKIKITSTPNASTVITVKKRSKHSNTSSNKA
FEKFNDDVERVIRNAGRS
NT seq
4557 nt
NT seq
+upstream
nt +downstream
nt
atgactggtcacgtttcaaaaacgagccacgtacccaaaggtcgcccgtcttcattggcc
aagaaggcagctaaaagggccatggccaaagtaaattcgaatccaaaaagggcgtcgggg
catttggagcgtgttgtacaatctgtgaacgacgctaccaaaagattatctcagcccgac
tctaccgtaagtgttgctacaaaatcatcaaagagaaaatccagagacacggtgggtcct
tggaaacttggcaaaacattggggaagggatcttctggtagggttcgcttggctaaaaat
atggaaacaggacaattagctgccattaaaattgtccccaagaagaaagcctttgttcat
tgttctaataatggaactgttcctaattcttactcttcttccatggtcacttccaatgta
tcttctccatcaatagcatctagagaacatagtaaccattctcaaacgaacccatatggc
atagagagagaaatagtaatcatgaaattgatatctcacacaaacgttatggcattgttt
gaagtttgggagaacaaatcagagctgtacctagttttggaatatgttgatggtggcgaa
ttattcgattatctggtctcgaagggaaagctacctgaaagggaggctatccattacttc
aagcagatagttgaaggtgtttcctattgtcattcttttaatatatgccatcgtgatctg
aagcctgaaaatttattattagataaaaagaataggagaatcaaaattgctgatttcggc
atggcagcattagagcttcctaataaacttttaaaaacttcatgtggctctccacactat
gcgtctcctgaaattgttatgggtagaccatatcatggcggtcctagcgatgtctggtcc
tgcggtatcgttttatttgcattactcaccggtcatttaccatttaatgatgacaacatc
aaaaagctgttgttgaaagttcaatcgggcaaatatcaaatgccctcaaatttatcttct
gaggctcgtgatttgatatcaaaaatattggtaattgatccagaaaaaagaattaccact
caagagatattgaagcatcctctgatcaaaaaatatgatgatctcccagttaataaagtg
ctgaggaaaatgagaaaggataacatggcgaggggaaaatctaactcggatttgcatttg
ctaaataatgtctcgccctctattgtaactttacattcaaaaggggaaattgatgaatcc
atcttgaggagtttgcaaattttgtggcatggagtttctcgtgaactaatcactgccaag
ttgcttcaaaagccaatgtcggaggaaaaactattctactcactgttattacaatataaa
caacgtcactcaatatcattgtcctcgtcaagcgaaaacaagaaatcagcaacagaaagt
agcgtaaatgaacctaggattgaatacgcatccaaaactgccaataatacaggcctaagg
agcgagaacaatgatgtgaagactttacattctctagaaattcattcagaagatacttca
acagtgaatcagaacaacgcaattacaggggttaatacagaaattaatgcccctgtattg
gcacaaaaatcgcaatttagtatcaatacgctcagtcaacctgaaagtgataaggctgaa
gcagaagctgtaacattaccacccgctattcccatattcaatgcttcttcatcaaggatt
ttccgtaactcatacacctctatttcatcacgttcgagaagatcgctacgcttatcgaat
tccagattatcattgtccgcttcaacttctagagaaactgtgcatgataatgagatgcct
ctacctcaactgccgaagtcgccttcaagatattcattgtcaagaagggcaatccacgcc
tccccatctactaaatcaatacataaatcactttcgaggaagaatatagctgcaactgtt
gccgctagaagaacactacaaaactcggcttcaaagagatccttatactcattacagtca
atttcaaaacgttccttgaacctgaatgatttattagtctttgacgatcctctccctagt
aagaaaccagcatccgaaaatgtgaataaatcagaaccccattcgttggaatcagactct
gattttgagatcttatgcgatcagatcttatttggaaacgccttagataggatactcgaa
gaggaagaggacaatgaaaaagaacgcgacacccaaagacagaggcaaaacgatacaaaa
tcttcggcagacacttttacgatctctggggtgtctacaaataaggaaaatgagggcccg
gagtatccaaccaaaattgagaaaaatcaattcaatatgtcatataaaccatctgagaat
atgtcagggctctcttcatttcctatctttgaaaaagaaaacacgttaagctcaagttat
ttggaagaacagaagccaaagagagcggccctttcagatatcacgaactcattcaataaa
atgaataaacaggaaggtatgaggatagaaaaaaagattcaaagagaacaacttcaaaaa
aaaaatgaccgcccgtcaccactcaaacctattcagcaccaagaacttcgtgtaaattct
ttgcctaatgatcaaggtaaaccgtccttatctctagatccccgccgtaacatctcccag
ccagtgaattcaaaagtggaatcactattgcagggactgaaattcaaaaaggagccagcc
tctcactggacccatgagagaggttccttgttcatgagtgaacatgtggaagacgaaaaa
ccagtcaaagcctcagatgtttcaatcgaaagttcatatgtacctttaacaacagtagca
acatcttcgagagatcccagtgttttagcagaatctagtacaattcaaaaaccaatgctg
tctttaccttctagttttttgaacacatctatgacgttcaaaaatcttagccagatactc
gctgatgacggtgatgataagcatctaagtgtgccacagaaccaatctagaagtgtagcc
atgtcacaccctttgcgaaaacaatctgccaaaatatctctaactccacggtctaatttg
aacgccaatttatccgttaaacgtaatcagggctcacctggctcctatttgagtaatgat
ctggatggaatctctgatatgacatttgcgatggaaataccaacaaacacctttaccgct
caggcgattcaactgatgaacaacgacacggacaataataaaatcaatacttcgcccaaa
gcatcttcttttacaaaagaaaaagtaatcaaatcggcagcctatatctcgaaggaaaaa
gaaccagataatagcgatactaattatattccagattatactataccaaacacatatgat
gaaaaagccattaatatttttgaagatgcgccctccgatgagggttcattaaatacatct
tcttcagaaagcgattcacgagcaagtgtgcataggaaagcggtatctattgacactatg
gcgacaacaaacgttcttactcccgcgacaaatgttagagtaagtctttattggaataat
aacagttctggtatacccagagagactactgaagagatactttctaaacttagattgtca
ccagaaaatccttctaatacacatatgcaaaagaggttttcttccacgcgtggtagtcgt
gatagtaatgcattaggcatttctcaaagtttacagtcaatgttcaaagatttggaggaa
gatcaagatgggcatacttctcaagctgatattcttgaatcaagtatgagctattcaaag
cgaagaccatctgaggaaagcgttaatccaaaacaacgagtgacaatgcttttcgatgag
gaggaggaagaatctaaaaaagtaggtgggggaaaaattaaagaagagcataccaagcta
gacaataaaatatccgaggaatcttctcaacttgtgttgccggtggttgaaaaaaaggaa
aatgcaaataatacagaaaataactactctaaaataccaaaaccctcaacgattaaagtt
acgaaggataccgctatggaatcaaatacacaaacccatacaaaaaagccaattctaaaa
agtgtccaaaatgttgaagttgaagaagcgccttccagtgataaaaagaattggttcgtc
aaactatttcaaaacttttcttctcataataatgctactaaggcatccaagaatcatgta
acgaatatatcatttgatgatgcgcatatgctaacattaaatgaattcaacaagaatagt
atcgactatcaattaaagaacctagatcacaaatttgggagaaaggtggtggaatacgat
tgtaaatttgtaaaaggcaacttcaaattcaaaatcaagattactagcacacccaatgca
tctacggtaattactgtaaaaaaaagaagcaaacattcaaacacaagttccaataaagcc
tttgaaaagtttaatgatgatgtggagagagtaattcgaaatgccggacgttcataa
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