Pyrenophora teres: PTT_11748
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Entry
PTT_11748 CDS
T01613
Name
(GenBank) hypothetical protein
KO
K06639
cell division cycle 14 [EC:
3.1.3.16
3.1.3.48
]
Organism
pte
Pyrenophora teres
Pathway
pte04111
Cell cycle - yeast
pte04113
Meiosis - yeast
Brite
KEGG Orthology (KO) [BR:
pte00001
]
09140 Cellular Processes
09143 Cell growth and death
04111 Cell cycle - yeast
PTT_11748
04113 Meiosis - yeast
PTT_11748
09180 Brite Hierarchies
09181 Protein families: metabolism
01009 Protein phosphatases and associated proteins [BR:
pte01009
]
PTT_11748
09183 Protein families: signaling and cellular processes
03037 Cilium and associated proteins [BR:
pte03037
]
PTT_11748
Enzymes [BR:
pte01000
]
3. Hydrolases
3.1 Acting on ester bonds
3.1.3 Phosphoric-monoester hydrolases
3.1.3.16 protein-serine/threonine phosphatase
PTT_11748
3.1.3.48 protein-tyrosine-phosphatase
PTT_11748
Protein phosphatases and associated proteins [BR:
pte01009
]
Protein tyrosine phosphatases (PTPs)
Class I PTPs (Dual specificity phosphatases)
CDC14
PTT_11748
Cilium and associated proteins [BR:
pte03037
]
Other cilia and associated proteins
Stereociliary proteins
PTT_11748
BRITE hierarchy
SSDB
Ortholog
Paralog
GFIT
Motif
Pfam:
DSPn
DSPc
Tc-R-P
PTP-NADK
PTP-SAK
Y_phosphatase
Motif
Other DBs
NCBI-ProteinID:
EFQ91385
UniProt:
E3RS95
LinkDB
All DBs
Position
Unknown
AA seq
628 aa
AA seq
DB search
MASPRERVGKMPRASTTSYGQVIEYIQDRLYLASYTYAPDASTPFPYPKQSQSPSKRSSR
AHAGPTATAHKAHPPVYFSIDKTLLYNAFHGDFGPLHIGHLYRFAVQLHEVLGDPANEDR
PVVFWSGADSRSRANSACILACYMVLIQSWPPHLALAPIAQMDPPCMPFRDAGYSQADYV
LNIQDVIYGVWKAKEEGLCGLKDFSLEEYEKFERVDMGDFNWVTPNFLAFASPQQQPTNE
IPTSSPMYATLPSNIAEIQRSGLPGPFKNVLSHFVARNVGLVVRLNSELYSSSYFTKLGI
QHLNMIFDDGTCPPLSLVRKFVNLAHEMITVQKRGIAVHCKAGLGRTGCLIGAYLIYKHG
FTANEIIAYMRFMRPGMVVGPQQHWLHLNQGTFREWWYEDTMKAKYAQMVPSTPTKSPHK
QRLASNGQTFTPPNGSQKRSALGEIESNERSNSGHIGVLEDNLPAPTPGQPRKTSKLYGS
VRQSPQRIDENEPFTKSHAEVRADIARFDGESDEEFHLRQIARRTSSRSPARSPTHKEKQ
RRAFSTTSVVQTSVTHTSFGFGEESDLENTAPTGRPKTPKEKSGNGSISMSKIRSSPARR
STDGKSGVRKTSGRVGSVGNAISRSTKS
NT seq
1887 nt
NT seq
+upstream
nt +downstream
nt
atggcttcaccacgcgagcgagtaggcaaaatgccccgcgcatccacgaccagctacggc
caggtcatcgagtacatccaagacaggctctatctcgcatcctacacatatgcgcctgat
gcctcgactcccttcccgtaccctaagcagagccagtcgccgtccaagcggtcgtcgcgg
gcgcatgcaggccccactgctactgcccacaaggcgcatccccccgtctacttcagcatc
gacaagacgctgctctacaatgccttccatggcgactttggcccactccacattggccac
ctctaccggtttgctgtgcagctgcacgaggtgttgggagaccccgcaaacgaggaccgc
ccagtcgtcttctggagcggtgccgactcgaggagtcgcgcgaactcggcctgcatcctg
gcatgctacatggtgctcatccagtcctggccaccgcacttggcgctggcgcccattgcc
cagatggacccaccatgcatgccctttcgcgatgccggctacagccaggctgactacgtc
ctgaacatccaggacgtcatctacggtgtctggaaggccaaggaggaaggtctttgcggg
ctcaaggacttcagtttggaggagtacgagaagtttgagcgagtcgacatgggcgacttc
aactgggtcacccccaacttcctggcctttgcctccccccagcaacagcccaccaacgag
atcccaacttcctcgcccatgtatgcgacgcttccgtccaacattgccgaaatccaacgg
tctggactccccggtcctttcaagaacgttctctctcacttcgttgcccgaaatgtcgga
ctcgtagtccgattaaactcggaattgtactcatcctcgtacttcaccaagctgggcatc
caacacttgaacatgatcttcgatgacggaacctgcccacctctatcgcttgttcgcaag
tttgtcaacctcgcacatgagatgatcaccgtgcagaagcgtggcattgccgttcactgc
aaggctggactagggaggactggctgcctcattggagcttacctgatctacaagcacggc
ttcactgccaacgagatcatcgcctacatgcgcttcatgcgcccaggaatggtcgtcgga
cctcaacagcactggctccaccttaaccagggcaccttccgcgagtggtggtacgaggac
accatgaaggccaagtacgcgcagatggtgccatcgacacccaccaagtcaccacacaag
cagcgccttgctagcaacgggcaaaccttcaccccacccaacgggtcgcagaagcgctcg
gccctcggtgagattgagtcgaacgagcgaagcaattcaggacacattggcgtgctagag
gataacttgcctgcgccgacaccagggcagccgcggaagactagcaagctttacggcagc
gtacgccaatcacctcagcgcatcgatgagaacgaaccctttacaaaatcgcacgcagaa
gtcagagcagacatcgctcgctttgatggcgagtcagacgaggaattccacctccgtcag
atcgcgcggcgaacatcatcgcgctcaccagcacggtcaccaacacacaaggagaagcag
cgtcgtgctttcagcaccacatctgtcgtccagacctcggtaacgcatacctctttcggc
tttggtgaggagagtgacctcgagaacactgcgccaactggcaggccaaagacacccaaa
gagaagagcggaaacggcagcatcagcatgagcaagatccgctcgagccctgcacgacga
agcacagacggcaagtctggtgtgcgaaagacaagcggtcgcgttggcagcgttggcaat
gccatctctcgcagcacgaagtcatga
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