Tetrapisispora phaffii: TPHA_0D00360
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Entry
TPHA_0D00360 CDS
T02235
Symbol
TPHA0D00360
Name
(RefSeq) hypothetical protein
KO
K12767
serine/threonine-protein kinase RIM15 [EC:
2.7.11.36
]
Organism
tpf
Tetrapisispora phaffii
Pathway
tpf04113
Meiosis - yeast
tpf04138
Autophagy - yeast
tpf04213
Longevity regulating pathway - multiple species
Brite
KEGG Orthology (KO) [BR:
tpf00001
]
09140 Cellular Processes
09141 Transport and catabolism
04138 Autophagy - yeast
TPHA_0D00360 (TPHA0D00360)
09143 Cell growth and death
04113 Meiosis - yeast
TPHA_0D00360 (TPHA0D00360)
09150 Organismal Systems
09149 Aging
04213 Longevity regulating pathway - multiple species
TPHA_0D00360 (TPHA0D00360)
09180 Brite Hierarchies
09181 Protein families: metabolism
01001 Protein kinases [BR:
tpf01001
]
TPHA_0D00360 (TPHA0D00360)
Enzymes [BR:
tpf01000
]
2. Transferases
2.7 Transferring phosphorus-containing groups
2.7.11 Protein-serine/threonine kinases
2.7.11.36 MASTL-subfamily protein kinase
TPHA_0D00360 (TPHA0D00360)
Protein kinases [BR:
tpf01001
]
Serine/threonine kinases: AGC group
MAST family [OT]
TPHA_0D00360 (TPHA0D00360)
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
Pkinase
PK_Tyr_Ser-Thr
ABC1
Response_reg
Kinase-like
APH
Seadorna_VP7
Kdo
OspG_kinase
RIO1
Motif
Other DBs
NCBI-GeneID:
11531046
NCBI-ProteinID:
XP_003685114
UniProt:
G8BS59
LinkDB
All DBs
Position
4:complement(55596..60206)
Genome browser
AA seq
1536 aa
AA seq
DB search
MMNITRSASNSSSGSSTNYEKYLNLATESNPSMILELDLLGNIRYISPIWEQIIGTKLPE
VGSSMSDIIIGSETDKGVFNEVIKIWADNDSVSYTVTFGLHGKYSEVVTMEACGVLIHDS
ITNKATHSMWIMKPIDEQLKDDYLRTSSRLPEEFIKILGFGSHIFLDYLNFVQSQLCLDE
SNLPTPNLELCRVCETFVPDWWLESHSKSCVCEHRIQSLIQLLQENLVEHCNYLYSITKE
NDSNEDSDNDSTISNYFNFEYKGYASKISPATIANLIDLCELAMAANISQIQKPSDNTRI
HTNTAFRAIEGSQQMDKFDFSPNTQTIIQEVTNWRPPYIDEPDQGLTLLVEHTTKISKDK
IDALLRLDNAMTFSYRLKNEVNNYVFQLIIEQIENNRLFLTHSMGSPIIRQNLTAKENSI
DSDIQSNIPSSSQQTLTHGDSIDNIQQNNTSIANIASPQSQRPQTGTLFADAYLNEDVIP
NSEVQQDDSLLGNKEGSKTQWSSKIDGFHSRSITPKQTIESAEKIENNSSMSMTDGLKIS
IFNNIMDPNTPKLRSDSYINLQNTGNPTSRHKIAVPNSFVLPKMKTSIVVTPRKGSPLLT
SSSSASNINSLNQISRSSSTTKNIIDKCRSPISSPRVSINNLMTPDQVVNMNSVLKQPLS
PLLLATNPVKNLNPNIKNYDVIKPISKGAYGNVYLGRKKLTGDYVAIKVLRKSDMIAKNQ
VTNVKSERAIMIVQSEKPYVVNLFESFQNKDNLFLVMEYLPGGDLATVIKMMGYLPDNWV
KQYICEIVIGVADMHENGIIHHDLKPENLLIDKKGHLKLTDFGLSRAGLVHRHQNRPQLG
NRLSISSSHSNSSKNNNNYDDMNNANIILDGIIRDRDRRHSNSSSISNIEPLMLNKNDSS
GSFPFDDFTSTTANNNSASHKKQYCSLHSENQESTTLSDYALYHPNDSKNKANFFGTPDY
LAPETIRGIFEGNQCDWWSAGCILFEMYFGYPPFHGKDIQSVFENILLDDIHWPNFSSPE
EERECISPEAKDLITKFLIKDPLKRMGTGGISEIQEHSYFNDVNWDGVYEEEASFIPNVE
HPEDTDYFELRGAVLEDLGEDLDDIVDTKIDDSNIEDSINISKVLSEGSQFKGTTSAVFE
RPNINTPVNKTNISTLFEADSRRFSDPSSPTVKSPLSGLSQHLRERRHSKLSDSKGDFGS
FNYRNLVALDKANKDAINRLKSEHLMELQSSNRRTSTASIPSSSSDSSIVKVRQSRTSIS
NNSAKGHAHNSSTVSELSFRSISPERTTAIYGQKIPTTNKGTNPEVVEGQNLSSYSKNDD
TNPLKLEMPSTPIQANKPYVLTHSPFTARSLSTSKTGSGKKNSEESSAEEVDKLQAISKI
QSVRNRRKSARKNSSNVEQMLFKLDILLCEPIPIHRYYITKDLETLGCTVVSVAAGDELI
SRATSGIKFDLIITALKLPKLGAVDIVKLLKHTNGINSFTPVVAVTSYYHEATNANIFSD
VFEKPITLDVLKKLVSKYALLKSQMEEDSILSDNEP
NT seq
4611 nt
NT seq
+upstream
nt +downstream
nt
atgatgaatataactagatcagcttcaaattcttcctcagggtcgtctacgaattatgaa
aaatatttgaatctggcgacagaatcaaatccttccatgattttggaattagatttgctc
ggcaatataagatacatctcccctatatgggaacaaataataggcacaaaattaccagaa
gtaggctcttcgatgtcagatataatcattggttcagagactgataaaggcgtctttaat
gaagttataaaaatatgggcagacaatgattccgtctcttatacagttactttcggtctg
catgggaaatattcagaagttgtaacaatggaagcttgtggtgttttgattcatgacagc
atcactaataaggcaacacattcaatgtggataatgaaaccaatagatgaacagttaaag
gatgactaccttcggacatcatccagacttccagaagaatttataaaaattttagggttt
gggagtcatattttcttagattatcttaattttgtgcagtcacagctctgtcttgatgaa
tcgaatcttccaaccccaaacttagagctatgtagagtctgtgaaacgtttgtacctgac
tggtggctagagagccattctaaatcgtgcgtgtgcgaacatcgaatacagtcattgatt
caacttcttcaagaaaatttagtagaacattgtaattacctttattctattacaaaagaa
aatgactcaaatgaagactcagataatgatagtacaatatcaaattatttcaattttgaa
tataaaggatatgcatcaaaaatttctccagcaactatagcaaacttgattgatttatgt
gaactagcgatggcagcaaatattagtcaaatacaaaaaccttccgataataccagaatt
catacaaacacagcttttagagcaattgagggatctcagcagatggataagtttgatttt
tcaccaaatacccaaactattattcaagaagtaacaaattggagacctccttatattgat
gaaccagatcaaggattaactttgcttgttgaacacacaacaaaaatttcaaaggataaa
attgatgccctattaagattagacaatgcaatgacattttcatacagattaaaaaacgaa
gtcaataactatgtcttccaacttataatagaacagatagagaataacaggttattttta
acccattcgatgggttcccctattattagacaaaacttgacagcaaaggaaaatagtata
gatagcgatatacagtcaaatataccttcctcatcgcaacaaactttaacacatggagat
tcaattgataatattcagcaaaataacactagtatcgcaaatatagcatcgccacaatct
caaaggcctcaaacaggaacattatttgccgacgcatacttaaatgaagatgtcataccg
aactctgaagtccaacaagatgatagtcttcttggtaacaaagaaggcagtaagactcag
tggagttcgaaaatagacggtttccattccagatccataacgccaaaacaaactatagag
agtgctgaaaaaatagaaaataattcatctatgtctatgaccgatggcttaaaaattagc
atatttaataatattatggatccaaatacaccaaaattaagaagtgattcgtatataaac
ctacagaacactggcaaccccacttcaagacataaaattgcagttccaaactcgtttgta
ctaccaaaaatgaaaacaagtattgtagtaacacctagaaaaggatctccacttttaacc
tcatcatcatctgcctcaaatatcaactcattgaatcagatatcgcggtctagtagcact
acaaaaaacattatagataaatgtcgctccccaatttcttcccctcgcgtaagcatcaat
aatctaatgacaccagatcaggttgtgaatatgaactctgtgttgaagcaaccattatct
cctttacttttagccacaaacccagttaaaaatttaaacccaaatataaaaaactatgac
gttattaaacctattagtaagggtgcatacggtaacgtgtatttgggtcgcaaaaaattg
actggtgattatgttgcaattaaagtcctaaggaaatcagatatgatcgcaaaaaatcaa
gtaacaaacgttaaatcagaaagagcgataatgattgtccaaagcgaaaaaccgtatgtc
gtaaatctatttgaatcttttcaaaataaagataatttatttttggttatggaatactta
ccaggtggtgatttagcaaccgtcataaaaatgatgggctatttacctgataactgggtc
aagcaatatatttgtgagattgtgataggtgttgcagatatgcatgaaaacggtattatc
catcatgatttaaaacctgaaaatttattgattgataaaaagggccatcttaaattgact
gattttggtttgtcgagagcaggtttagttcaccgtcaccaaaatagaccacaattagga
aaccgattgagcatttcaagtagtcattcaaactcatcaaaaaataataacaattacgat
gatatgaataatgcaaacattattctagatggcattattcgagaccgagatagaagacat
tcaaactctagttcaatttcaaatattgaaccgctaatgttaaataaaaatgattcttct
gggtcattcccgtttgatgatttcacatcaaccactgcaaataacaattcggcaagtcat
aaaaaacaatattgctctttgcattctgaaaatcaagagtcaacaacattgagcgactac
gcattatatcatccaaatgattctaaaaacaaagcaaatttctttggaacaccagattac
cttgcaccagaaactattcgaggtatattcgaaggtaaccaatgtgattggtggtcagct
gggtgtattttatttgaaatgtatttcggatatccacctttccatggtaaagatattcaa
tctgtgtttgagaatattttactagatgacatccactggccaaacttttcatctcctgaa
gaagaacgtgaatgtatttcgcctgaagcaaaagatttgatcacaaaatttttgatcaaa
gatcctctaaagagaatgggaactggtggtatctcagaaatccaagaacatagttatttc
aatgacgttaactgggatggtgtttacgaagaagaagcgtcctttattccaaatgttgaa
cacccagaagacactgattattttgagctaaggggtgcagtattagaagatttaggtgaa
gatttggatgacattgtagatacaaaaatagatgatagcaatattgaagattcgattaat
atatctaaagtattatcagaaggttcacaattcaaaggtaccactagtgcagtatttgag
cgtccaaacattaatactcctgttaataaaactaatatttcaacactctttgaagctgat
tcgagaagatttagtgatccaagttcgccaacagttaagtcacctttgtcggggctttcg
cagcatttaagggaacgaaggcacagtaaattatctgactcaaaaggtgattttggttct
tttaactacagaaatcttgtcgcactagataaggctaataaagatgcaataaataggcta
aaatcagaacatcttatggaactacaaagttccaatagaagaacatcgacagcatctata
cctagttcgtcatctgacagctctattgttaaagttagacaatctcgtacttctatatca
aataattcagctaaaggacatgcacataactcctcgacagtatctgaattatcttttaga
tcaatttccccagagcgaactactgctatatatggacagaaaatcccaactacaaataag
ggaactaatcctgaagttgttgagggacaaaatttgtctagttatagtaaaaacgatgat
acaaatccccttaaattggagatgccttcaacccctatacaagcaaataaaccttacgtg
ttgacacattctccatttacagcaagatctttgagtacatccaaaactggaagcggtaaa
aagaactctgaggaatcaagtgcagaggaagttgataaactacaggctatctcaaaaatc
cagtcagtcaggaacagaaggaaaagtgctagaaaaaactcatcaaatgtagaacagatg
ttattcaaattggatatactattatgcgaaccaattcctattcatcgatactatattacc
aaagatttagaaactctcggctgtaccgttgtgagtgtggctgctggggacgagctaatc
agtagggcgactagcgggatcaaatttgatctgattataactgcattgaaattgccaaag
cttggagcagtcgatatagttaaattattaaaacatactaatggtatcaactctttcacg
ccagttgttgccgtgacaagttattaccatgaggctacaaatgcaaacattttcagtgat
gtcttcgagaagccaatcacactggatgtattaaagaaattagtatccaagtatgcattg
ctaaaatcacaaatggaagaggattctatattaagtgataacgaaccatag
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