Clavispora lusitaniae CBS 6936: A9F13_01g02376
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Entry
A9F13_01g02376 CDS
T05147
Name
(GenBank) putative serine/threonine-protein kinase
KO
K02515
serine/threonine-protein kinase HSL1, negative regulator of Swe1 kinase [EC:2.7.11.-]
Organism
clus
Clavispora lusitaniae CBS 6936
Pathway
clus04011
MAPK signaling pathway - yeast
clus04111
Cell cycle - yeast
Brite
KEGG Orthology (KO) [BR:
clus00001
]
09130 Environmental Information Processing
09132 Signal transduction
04011 MAPK signaling pathway - yeast
A9F13_01g02376
09140 Cellular Processes
09143 Cell growth and death
04111 Cell cycle - yeast
A9F13_01g02376
09180 Brite Hierarchies
09181 Protein families: metabolism
01001 Protein kinases [BR:
clus01001
]
A9F13_01g02376
09183 Protein families: signaling and cellular processes
04812 Cytoskeleton proteins [BR:
clus04812
]
A9F13_01g02376
Protein kinases [BR:
clus01001
]
Serine/threonine kinases: CAMK group
CAMKL family
A9F13_01g02376
Cytoskeleton proteins [BR:
clus04812
]
Eukaryotic cytoskeleton proteins
Septins
Septin associated proteins
A9F13_01g02376
BRITE hierarchy
SSDB
Ortholog
Paralog
GFIT
Motif
Pfam:
Pkinase
PK_Tyr_Ser-Thr
Fungal_KA1
Kinase-like
ABC1
UBA_BRSK
Kdo
DUF2325
APH
Motif
Other DBs
NCBI-ProteinID:
OVF10815
UniProt:
A0AA91Q4J3
LinkDB
All DBs
AA seq
1439 aa
AA seq
DB search
MTSILNQQSTALPSLPSQSSNVDKVVQSVTNATKRLSQISTNTNNSAKKRKAQNKIGPWK
LGRTLGRGSTGRVRLAKNVRTGKLAAVKIVPKSNFKKLENPKYKNNDATRLPYGIEREII
IMKLISHPNIMGLYDVWENKNDLYLILEYIEGGELFDYLIKRGRLSEAEAINYFKQIIHG
IGYLHQFNICHRDLKPENLLLDFNKNIKIADFGMAALEVDKKLLETSCGSPHYASPEIVA
GKNYHGAPSDIWSCGIILFALLTGHLPFDDENIRKLLMKVQNGRFIMPSDLSWEAKDLIS
RMLQVNPNDRISIEDILTHPLLTKYPSPSDGEGNELSDLILHSNIKPIQSMDHIDAEIVR
NLCILFHNCPEEQIIKCLLSPNKSPEKMFYYLLMKYRNEHSYSSGSYNYVDEDTDITPSG
SKQTLPRSTSVIKTTVTTQTGEQLVTVQRVSRSTSSSSSTSTKNKTLSNITNSSFSASNA
HKKKTLLKNTVISRKGSVNSFRNVKQKPLQHHSRTQNLPLKTEERKAISRKLTPGFIDLD
AVTLADDKTSNNKDTREDYQHDEENKENEVRYEMDPSIMQFEKVCQDLFGSNVDTKSIYN
LSLSLDKRNVSTETLNKLKLLNSRLSKTSLNLPKVPELPSGTPQRTLSKAERTEKKLAKE
VQERNDARERTMREKEELSAKLIAEKKRQSQILQEKSREALRKINDIQSHRNSSAPLPSS
VLSSLDPKSSVSPLLRARSLHQQSFPSKALNSKNSKVLQKLGIDFNSFSSPSSCRSSTLL
KTSSSRNLANILSDDAHSTVRVEASILNEAEKSHELEAPSEDAASIASAKTKGSSYSLQN
SKREPSRTNMTYRSMLDAIDERELKETSIILEGDSVNEEGNTTTNFAKASTDSNVGLIPN
PRFSRITFNGLLNEPVATVTTHKERESKAASKKVTRQSLTTKKGKGLIEKASSNEFPGLG
IKVPVVDESEQHDTSGDYSKNFVSIPSVEDTSSRLSSFQRAAISDENADDSSNGTLGEDF
DLSKDLINMTNEYVSGNIDAPMSSSHVPKSRVLGREASGARKVSDKTSHGSRDTLVDDDR
KDLISSMYKSYETLYTSRTNAHEHENDELRTSFNADIANAGVLDTSSLSENTHVSYESQN
IFMVDDSEPKKQKQKKVDDAADETGEDLIVDDHNHEAVGIEKQGTIKSSLRRSHASTQIF
STMKMSEKINTAEINSPNPSVVRHEKSKPVVDEEKPNVFRRISLKPKREAPKAPEVQVWD
EEKLKGHNRFSGISVRSNAKKFIAPRDKDSPSVGGWFRKFFQSFTRGNRNDVREADAKSS
RRDVYIIETSVVAHDLMRIIRNQMKMKEIEGSVSHVEIDEEFALISGVIPSKFARGRKLH
FKIEIIDLVNSSSLHLLKIKGSRTGFKNLIEVVSFVIKQEEEANDLRRSSGYKFDGHKA
NT seq
4320 nt
NT seq
+upstream
nt +downstream
nt
atgacttctattctcaatcagcaatctacagccttgccgagccttccactgcagctgagc
aatgtcgataaggttgtccaatcggtgacaaacgcgaccaagcgcttgtcgcaaatctca
acaaacacaaacaactctgccaagaagagaaaggcccagaacaagattggaccctggaaa
ttgggtcgaaccttaggccgtggctcaactggccgtgttcgcttggccaaaaatgtccgc
acaggaaaactagcggcagttaaaatagttccaaagctgaacttcaaaaagttagaaaac
ccaaaatacaaaaataatgatgccacccgacttccatatggaattgagcgtgaaatcatt
attatgaagttgatttcgcaccccaatattatggggttgtacgatgtgtgggaaaacaag
aacgacttgtacttgatccttgagtatattgaaggtggtgaattatttgactacttgatt
aaaagaggccgcttactggaggcagaggccatcaattactttaagcagatcatccacggc
attggatacttgcatcagtttaatatctgccatcgggatctaaagccagaaaatttattg
ttggatttcaacaagaacatcaaaattgctgattttggtatggctgcccttgaagttgac
aagaaacttttggagacctcctgcggatcgcctcactatgcttcacccgaaatagttgcc
ggcaagaattatcacggcgcaccttctgatatttggtcctgtggtatcatccttttcgct
ttgttgactggtcacctaccgtttgacgatgagaatatccgtaagttgctcatgaaagtt
cagaacgggagattcatcatgcctagtgatttgtcatgggaagcgaaagatttgatatct
agaatgttacaggttaatcctaatgataggatctccattgaagatatcttgactcatccc
ttgttgacgaagtatccaagtccatctgacggcgaaggtaacgagttgagcgatttgatt
ctccactccaacatcaaacccattcaatccatggaccatatcgacgcggaaatcgtcagg
aacttatgcatattgtttcataattgccccgaagagcagattattaaatgcttgttatcc
cctaataagtcgccagagaagatgttttattatttgttgatgaagtaccggaatgaacac
tcctactcctcaggaagctataattatgttgacgaagacactgacatcactccatctgga
tctaagcagacccttccaaggtcaacttcagttataaagactactgtcactactcaaact
ggagagcaattggtcactgttcaaagagtttctcgatctacatcttcatcctcttcaaca
tccacgaagaataagaccctctccaatataacaaattcatcttttagtgcttcgaatgcg
cacaagaagaagacgttgttgaaaaacacagtaatttctagaaagggttctgtgaattcc
ttcagaaatgtgaagcaaaagccccttcagcaccactcacgcacacaaaatctccctttg
aaaacggaagagaggaaggccattctgagaaagttgactccaggctttattgatcttgac
gctgtcactctagcagatgataagacttcaaacaacaaagatacccgtgaggattatcaa
catgatgaagaaaataaagaaaacgaggtgagatatgagatggatccttcaataatgcaa
tttgaaaaggtttgccaagacctttttggttccaatgttgacacaaagtctatctacaac
ttatcgttatccctagacaaacgtaatgtcagcaccgagaccttgaataaattgaaactc
ctcaatagccgcttgagcaagacttcattaaacctcccgaaagtaccggagttaccttcc
gggactccgcaaagaacgttaagcaaagcggaaagaacagagaagaagttagccaaagaa
gtccaagagcgaaacgatgcccgtgaacgcacaatgagagaaaaggaagaactttccgcc
aagttgattgcagaaaagaagagacagtcacagattcttcaagagaagctgagagaggct
ttacgaaaaattaatgacattcagtcacaccgcaatagctccgcccctcttccaagcctg
gttctttcttcattagatcctaaaagtagcgttagtcccctcttaagggcaaggtcctta
catcaacaatcgtttccatcaaaggcattgaattccaaaaatagcaaagttttacaaaaa
cttggaattgattttaatagcttctcatcgcccagctcctgccgttccagtacactattg
aagacatcctcatcccggaatttggctaacattttgtctgatgatgctcattccaccgtt
agagttgaagcgagtattttgaacgaagcagaaaaactgcacgagcttgaagcaccatcc
gaagatgctgcgtctatagcatcagctaaaacaaaggggagctcttactctcttcaaaac
tcaaaaagagaaccatcgcgtacaaacatgacctatagatcaatgcttgacgctattgat
gagcgcgaattgaaggaaacatccataatattggagggcgacagtgtcaatgaagaaggg
aatacaacgacaaactttgcaaaggcttctacagattctaacgttggtctcatacccaac
ccaaggttctcccgaattactttcaatggattgctcaacgaaccagtggccacagtaact
actcataaggagagagagtctaaagctgccagtaagaaggtgactcgacaactgttgact
acaaagaagggcaaggggcttatcgaaaaggcaagctccaatgaatttccgggactagga
attaaggtgcccgtagtagacgaatcggaacagcatgatacttctggcgattacagcaag
aactttgtgtctataccttctgttgaagatacatcctctcgtctatcttccttccaaagg
gcagcaatcagcgacgagaacgcggatgattcctccaacggtactttaggagaagacttt
gatctatcaaaagacctaatcaatatgactaatgagtatgtgtcgggaaatattgacgcc
ccaatgtcttcatcgcatgtacctaaatcaagagttcttggaagagaagcttctggcgca
cgcaaggttagtgacaagacttctcatggatccagagatactcttgtggatgatgatcgc
aaagacttaattctgtccatgtacaagtcgtatgagacattatacactagtcgaacaaat
gcccatgagcatgagaatgacgaacttcgaaccagtttcaatgccgatatcgcaaatgct
ggtgtgttggatacatcctcattgagtgaaaacactcatgtatcctatgaaagtcaaaat
atattcatggtggatgatagcgaaccaaagaaacaaaagcagaagaaggtggacgatgct
gctgatgagactggcgaagatcttatcgtagatgatcacaatcatgaagcggtagggatt
gagaaacagggtactattaagagcagcttacgaagatcgcatgcatcaactcaaatcttc
agcacaatgaaaatgagcgagaaaattaacactgcagaaatcaactcaccaaacccatct
gtggttcgccatgaaaaatccaaaccagtggtagacgaggaaaagccaaatgttttccgt
cggattagtttgaagccgaagagagaagctccgaaggcaccagaagttcaagtgtgggac
gaagaaaagcttaagggccataatagattttcaggaatttcggtccgctccaatgctaaa
aagttcattgctcctagagataaggatagccccagtgttgggggatggttcagaaagttt
ttccaatcttttaccagaggaaatcgtaatgatgttcgtgaagcagatgcgaagtcaagt
cgacgtgacgtatacatcatagaaacctcagtggtagcccatgatctcatgaggattatt
agaaaccagatgaagatgaaagaaatcgaaggttccgtgtcacatgtggaaatcgatgag
gaattcgcattgatcagtggagtaattccttccaagtttgcacgaggacgcaaattgcac
ttcaaaatcgagataattgatttggttaactcgtcatccttacacttactcaagatcaaa
ggttcaagaactggtttcaagaacttgatcgaagttgtgagctttgtaatcaaacaagag
gaagaggccaatgatttgcgaaggtcttcgggctacaaatttgatggtcataaagcataa
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