Candida dubliniensis: CD36_11620
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Entry
CD36_11620 CDS
T01140
Name
(RefSeq) serine/threonine protein kinase, putative
KO
K06276
3-phosphoinositide dependent protein kinase-1 [EC:
2.7.11.1
]
Organism
cdu
Candida dubliniensis
Pathway
cdu04011
MAPK signaling pathway - yeast
Brite
KEGG Orthology (KO) [BR:
cdu00001
]
09130 Environmental Information Processing
09132 Signal transduction
04011 MAPK signaling pathway - yeast
CD36_11620
09180 Brite Hierarchies
09181 Protein families: metabolism
01001 Protein kinases [BR:
cdu01001
]
CD36_11620
09182 Protein families: genetic information processing
04131 Membrane trafficking [BR:
cdu04131
]
CD36_11620
Enzymes [BR:
cdu01000
]
2. Transferases
2.7 Transferring phosphorus-containing groups
2.7.11 Protein-serine/threonine kinases
2.7.11.1 non-specific serine/threonine protein kinase
CD36_11620
Protein kinases [BR:
cdu01001
]
Serine/threonine kinases: AGC group
PDK1 family
CD36_11620
Membrane trafficking [BR:
cdu04131
]
Exocytosis
Calcium ion-dependent exocytosis
Acrosomal exocytosis proteins
CD36_11620
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
Pkinase
PK_Tyr_Ser-Thr
Kinase-like
Kdo
FTA2
APH
RIO1
ABC1
Motif
Other DBs
NCBI-GeneID:
8045352
NCBI-ProteinID:
XP_002417802
UniProt:
B9W9N2
LinkDB
All DBs
Position
1:complement(2739064..2742492)
Genome browser
AA seq
1142 aa
AA seq
DB search
MHKLRYSFHQHYNNRHSNDKHKDSPKSQNSNEENDSTKLSSSSLQDLHNDLDDIYNNYTL
SQSTNNNSVDTLDSENDQAINEYIDKPPAIHGNEPQLPVMHVSSRLSSLGNNTTETGESI
AKSAPGTPLSSNSFDFRPHHPRAVTNSSLNVLLDTPNVSSEFNHLVDQTPPNESAEKFDN
DNRVDAKEEENNDKDEDEIPKSNELKQNEENWEKKGAAVKTIKTMDGETKTIRRNVTDFK
FGKELGEGSYSTVILATDKISGKQYAIKVLDKRHIIKEKKVKYVNIEKHALNRLSNRLGV
ISLYFTFQDKDSLYFVLDYASNGELLTLIKRYNTLNEECTRHFGAQILDAIKYMHDNGVI
HRDLKPENILLDDKMRIQITDFGTARLLEKKNDESEEYPVDVRAKSFVGTAEYVSPELLE
NKYCGKPGDVWAFGCIIYQMIAGKPPFKATNEYLTFQKITKLQFAFSAGFPTIIRDLIKK
ILVLQPSRRATIPEIQKHYFFQSIDFKDFDSIWLSDPPEIGPYKMTAKSMMKVPELNKAP
KKNVKKTTNANASNAMAAVGSNGNKGSSPTPEKEPSPTTINNKSTEKVSAASVAAYVLNK
PSTNQSSSTSEDSSKRSSTNESRKPSYSQQDFIPGTNILRPQINTRPSVGSYVKSTPSKD
KKSLTKVPSNIHQQQQEKVKPKIMEVKPATTLEAAWEPYLTHPDERILRIGPVIVHKEPT
EPFEKKNKASLHISPLDINKDQRSRSNTSLLTQIVNEVNNNTNDLKKVENADESIAIIEP
QYNIKRSPTSDSKKSMDIERSASTSGSRISKKAFFKKLGFSHLEKNDAEELSGPSLTEKP
QTCTLVVTTHGRALLFIRNDIETNYTLLAEIKLKYPFIHFQELVISQNKFSKLVPSVGVF
VISSIDNSLIFEVEKFEVNQWTEALAKSKYNEIERDKLAAYESQTSLKEPVVIKKQQSSS
TRSSPKLLDAPAFDSKTNTKKSQQQHQHHHHSSPTVRKSTETSSPSHSPRTTSTSMFKMK
LQTGTPKRKPPPPVSPPQELNSHTGLPRRSTENGTLHAAQLAVSQISPKSYSNNRRSSFT
KEDGSKADPNRMRKAVHNYNNNYNNHSYSYSHNGNGNGNGNKSGSGVTALNSKFLARSTR
KK
NT seq
3429 nt
NT seq
+upstream
nt +downstream
nt
atgcacaaactcagatattctttccaccaacactacaacaatcgccattcaaacgacaaa
cacaaagacagcccaaagagtcaaaacagcaatgaagaaaatgattcgaccaagttgagt
tcaagtagtcttcaagatttacataatgatttagatgatatttacaacaactacactcta
tcacagagtaccaataacaacagtgtagatacattggattctgaaaacgatcaagctata
aatgagtatattgataaacccccagccattcatggcaatgaaccacaactaccggttatg
cacgtttcttcacgattatcttctttgggtaataacactactgaaacaggtgaaagtatt
gccaaaagtgcaccaggaacccctttatcttcaaattcatttgattttagacctcaccat
cctcgtgcagtaacaaattcatcactcaatgtgttattagacactcctaatgttagttct
gaattcaaccatttagtggatcagacaccgcccaacgagtcagcagagaagtttgacaac
gataatcgtgtcgacgccaaagaagaagaaaataatgacaaggatgaggacgaaatacca
aaatcgaatgaattgaaacaaaatgaagaaaactgggaaaagaagggtgccgcagttaaa
accatcaaaactatggatggggagaccaaaactattcggcgaaatgttactgatttcaaa
tttggaaaagaattgggagaaggttcgtattccacggtgattttagcaaccgataaaatt
tccggtaagcaatatgcaataaaagtacttgacaagcgacatattataaaggaaaagaaa
gtcaagtatgtcaacatagaaaaacatgctttaaatcgattaagtaatagactaggggtc
atttcgttatatttcacatttcaggacaaagattcactttattttgttttggattatgct
tcaaatggcgaattattgacattgatcaaaagatacaacactttaaatgaggagtgtact
agacattttggtgcacaaatcttagatgctataaagtatatgcatgataatggggttata
caccgagacttgaaaccagaaaatatcttattagacgacaaaatgagaattcaaattact
gattttggtacagcaagattattggagaaaaagaatgatgaaagtgaagagtacccggtg
gatgtgagagcaaaatcatttgttggtacagctgagtatgtttccccagaattattagaa
aataagtattgtggtaaacctggggatgtttgggcctttggatgtattatctatcaaatg
attgctgggaaaccaccattcaaggcaactaatgagtatttgacatttcaaaaaatcacg
aaattgcaatttgcgtttagtgcaggattccccacaattattagagatttaataaagaaa
attcttgtgttacaaccgtcacgacgggccaccattccagaaatacaaaaacattatttt
ttccaatcgattgactttaaagattttgatctgatttggttatctgatcccccagaaata
ggaccttataagatgacagcgaaatcgatgatgaaagtaccggaattgaacaaggcacct
aaaaagaatgtcaagaaaacaacaaatgcaaatgccagcaatgccatggccgctgttggt
agtaatggaaacaaagggtcatcaccgactcctgagaaagaaccgagtccaactacaatt
aataacaaatcaacagaaaaagttagtgctgccagtgtagctgcatatgttttgaacaaa
ccatctacaaaccaaagctctagtacatctgaagattcatccaaacgtagcagcacaaat
gaaagtcgcaaaccttcatattcacaacaagattttattccgggaactaatattttacgt
cctcagattaatactagaccaagtgtagggtcttatgtaaaatcaacgccatcaaaggat
aaaaaatcattaaccaaagtaccactgaatatccatcaacaacaacaagaaaaagtgaaa
ccgaaaataatggaggtgaagccagcaactacattggaagcagcctgggaaccatattta
actcatccagatgaacgtatacttcgtattggtccagttattgttcataaagagcctaca
gaaccatttgaaaagaagaataaagcatcattacacatatcgcctttggatataaacaaa
gatcaaagaagtagatctaataccagtttgttaacacaaattgtcaatgaagtgaataac
aacaccaatgacttgaaaaaagtggaaaatgctgatgaatctattgccattattgaacca
cagtataatatcaagagaagccctacttctgatagcaagaagagtatggatattgaaagg
tctgcatctacttctggaagtagaattagcaaaaaggcatttttcaaaaaactaggattt
agtcatttagaaaaaaatgatgctgaagaattgagtggtcctagtttaactgaaaaacca
caaacttgtacattagttgttacaactcatggtcgagcattacttttcattagaaatgat
atagaaaccaattatactttacttgctgaaatcaagttgaaatatccatttattcatttc
caagaattagttatatctcaaaataagttttcaaaattagtaccatcagtgggggtgttt
gtgattagttcaattgataattcattaatttttgaagtggagaagtttgaagtgaatcaa
tggacagaagcattggccaaatctaaatataatgaaatagaaagagacaaattagctgca
tatgaaagtcaaacatcattgaaagaaccagttgtgattaaaaaacaacaatcttcttct
acacgttcatcaccaaaacttttagatgctcctgcttttgattcgaaaactaatactaag
aagctgcaacaacaacatcaacatcatcatcattcttcaccaacagttaggaaatcaaca
gaaacatcaagtccatcacattcaccacgtactaccagtaccagtatgtttaaaatgaaa
ttacaaaccggcacaccaaaaaggaaaccaccacctcctgtgagtccaccacaagaattg
aattcacatacaggattacctagaagatcaactgaaaatggaactttacatgctgctcaa
ttggcagtttctcaaatttctccgaaaagttattcaaataatagacgatcaagttttaca
aaagaagatggaagtaaagctgatccaaatagaatgagaaaagccgtacataattataat
aataattataataatcatagttatagttatagtcataacggtaatggtaacggcaatggt
aataagagtggatctggggtaactgcattaaattctaaatttttggctagaagtactagg
aaaaaatga
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