| Entry |
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| Gene name |
TPHA0H02160
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| Definition |
(RefSeq) hypothetical protein
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| KO |
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| Organism |
tpf Tetrapisispora phaffii
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| Pathway |
| Glycolysis / Gluconeogenesis | | Pentose phosphate pathway | | Fructose and mannose metabolism | | Galactose metabolism | | Methane metabolism | | Metabolic pathways | | Biosynthesis of secondary metabolites | | Biosynthesis of antibiotics | | Carbon metabolism | | Biosynthesis of amino acids | | RNA degradation |
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| Module |
| Glycolysis (Embden-Meyerhof pathway), glucose => pyruvate |
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| Brite |
KEGG Orthology (KO) [BR:tpf00001]
Metabolism
Overview
01200 Carbon metabolism
TPHA_0H02160 (TPHA0H02160)
01230 Biosynthesis of amino acids
TPHA_0H02160 (TPHA0H02160)
Carbohydrate metabolism
00010 Glycolysis / Gluconeogenesis
TPHA_0H02160 (TPHA0H02160)
00030 Pentose phosphate pathway
TPHA_0H02160 (TPHA0H02160)
00051 Fructose and mannose metabolism
TPHA_0H02160 (TPHA0H02160)
00052 Galactose metabolism
TPHA_0H02160 (TPHA0H02160)
Energy metabolism
00680 Methane metabolism
TPHA_0H02160 (TPHA0H02160)
Genetic Information Processing
Folding, sorting and degradation
03018 RNA degradation
TPHA_0H02160 (TPHA0H02160)
Enzymes [BR:tpf01000]
2. Transferases
2.7 Transferring phosphorus-containing groups
2.7.1 Phosphotransferases with an alcohol group as acceptor
2.7.1.11 6-phosphofructokinase
TPHA_0H02160 (TPHA0H02160)
Protein phosphatases and associated proteins [BR:tpf01009]
Protein Ser/ Thr phosphatases
Phosphoprotein phosphatases (PPPs)
Protein phosphatase-1
PP1-interacting proteins (PIPs)
TPHA_0H02160 (TPHA0H02160)
Messenger RNA biogenesis [BR:tpf03019]
Prokaryotic Type
Bacterial mRNA degradation factors
RNA degradosome components
Other RNA degradosome components
TPHA_0H02160 (TPHA0H02160)
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| SSDB |
    |
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| Motif |
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| Other DBs |
NCBI-ProteinID: NCBI-GeneID: UniProt: |
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| Position |
8:complement(504996..507866)
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| AA seq |
956 aa  
MTVTLPLVNGTSYSTINAYSKDLLHETVKFYENVLGLSSREISETSYILSNGAVTIKVVL
SEDSTKAQEHSKRVEFFSKNQSSIDWRTAASSATVFNSADICSVRQKLAASNSPTQSFPS
ELNPLLLYSIDPLGNLFGVTATKNAISTKPTEKVEESHKKRDLTSKLGSYTDLSSQLATS
VDYPSLPTKLNPNKAEKAIAVMTSGGDAQGMNSCVRAIVRSTIFKGCRAFCHGRLRRFSQ
GGPEYIKEVTWEDVRGWSAEGGTNIGTARCLEFRQREGRLLGAQHLIEAGVDALIVCGGD
GSLTGADLFRSEWPSLIDELLKTKKISSEQFNRYQHLNICGTVGSIDNDMSTTDATIGAY
SALDRICTAVDYVEATANSHSRAFVVEVMGRNCGWLALLAGIATSADYIFIPEQPAVAGQ
WQEEMCNIVSKHRAHGKRTSIIVVAEGAIDCDLNPISAKDVHSVLCELGLDTRITTLGHV
QRGGTAVAYDRMLATLQGVEAVNAVLDSTPETPSALIAINENQITRKPLVDSVALTKSVA
DAIHAKDFKKAMALRDTEFIEHFNNYMAINVADHAEPRLPVDKRLKIAIVSVGAPAGGIN
SAVYSMATYCMAQGHKPYAIYNGFSGLARHESVRSLSWKDIIGWQSRGGSEIGTNRATPE
EADIGMIAYYFQKYQFDGLIVVGGFEAFISLHQLEVARDSYAAFRIPMVLIPATLSNNVP
ATEYSLGADTALNSLMQYCDVVKQSAASIRGRAFVIDVQGGNSGYLATCAALAVGAQASY
VPEEGLSLQQLSQDIKTLDESFKKAQGRGRFGKVILKSSNASKAMSAKQIAEIITAEAEG
RFDAKPAIPGHVQQGGLPSPIDRTRATRLAVRAVSFIEEQQDVIKSARAADDDFVYEDKA
VSATASVIGIRGTHVVFTPIRHAYDFEADIEKRMPKVIHWQATREIADYLVGRKRV |
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| NT seq |
2871 nt  +upstreamnt +downstreamnt
atgactgttactttaccattagttaatggtacttcttatagtactataaacgcctattct
aaggatttattacatgagacagttaaattttacgaaaacgtcttaggtttgtcttcccgt
gaaatctcagaaacctcctacatcttatcaaatggtgccgtcaccattaaggtcgtttta
tctgaagacagcaccaaagctcaagaacattcaaaaagggtcgaattcttctcaaaaaat
caatcctccattgactggagaactgctgcttcttctgctactgtttttaactctgctgat
atctgcagtgttagacaaaaattagctgccagtaactctccaactcaaagtttcccaagt
gaattgaacccattattattatattccatcgatccattaggtaacttatttggtgttact
gccactaagaatgctatcagtacaaagccaaccgaaaaagtcgaggaatctcacaagaaa
agagacttgacttccaaattaggttcttacactgatttatcctcccaattagctacttct
gttgactacccatccttgccaacaaagcttaacccaaataaagctgaaaaagccattgct
gttatgacctctggtggtgatgcgcaaggtatgaactcttgtgtcagagctattgttcgt
tccacgatatttaagggctgtcgtgctttttgtcatggaaggttacgaaggtttagtcag
ggtggtccagaatacataaaggaagttacctgggaagatgttagaggctggagtgctgaa
ggtggtaccaatatcggtactgccagatgtctagaattcagacaacgtgaaggtagatta
ttaggtgctcaacatttaattgaagccggtgtcgacgctctaatcgtctgtggtggtgat
ggttccttaaccggtgccgatttgttcagatctgaatggccatctttgattgatgaatta
ttaaagaccaagaagatttcttccgaacaatttaacagataccaacatttgaacatttgt
ggtaccgtcggttccatcgataacgatatgtctactactgatgctactattggtgcttac
tctgccttggacagaatctgtaccgctgtcgattacgtcgaagctacagctaactcacat
tccagagctttcgttgtcgaagttatgggtagaaactgtggttggttagctttgttagcc
ggtattgctacatctgctgactacatttttattccagaacaaccagccgtcgctggtcaa
tggcaagaagaaatgtgcaacattgtttctaagcacagagctcacggaaagagaacttcc
attattgttgttgcagaaggtgctattgactgtgacttaaacccaatttccgccaaggat
gtacactctgtattatgtgaattaggtttagataccagaattactacgttaggtcacgtt
caaagaggtggtaccgctgttgcctacgatagaatgttagccactttacaaggtgttgaa
gctgttaacgcagttttagactctactccagaaactccatcagctttaattgccattaac
gaaaaccaaattacacgtaaaccattagtcgactctgttgctttgaccaaatctgttgct
gatgctattcacgcaaaagacttcaagaaggccatggctttaagagataccgaatttatt
gagcatttcaacaactacatggctataaacgttgctgaccatgccgaaccaagattacca
gttgacaagagattaaagattgccattgttagtgtcggtgctcctgcaggtggtattaac
tctgctgtctattccatggctacctattgtatggctcaaggtcacaaaccatatgctatc
tacaatggtttcagtggtttagctagacatgaaagtgttcgttcattatcatggaaggat
attatcggctggcaatcacgtggtggttccgaaatcggtactaatagagctactcctgaa
gaagctgacattggtatgattgcttactacttccaaaaataccaattcgatggtttaatt
gttgttggtggtttcgaagctttcatttccttgcatcaattagaagttgctagagacagt
tatgctgccttcagaatcccaatggttttaatcccagctactttatctaataacgttcca
gccactgaatactctttaggtgctgatactgcattaaactccttaatgcaatactgtgat
gtcgttaagcaatctgctgcttccatcagaggtagagcttttgttatcgatgtccaaggt
ggtaacagtggttacttagctacctgtgcagctttagctgttggtgctcaagcttcttac
gttccagaagaaggtttatctttacaacaattatctcaagatattaagacattagatgaa
tcgtttaagaaggctcaaggtagaggtagattcggtaaggttatcctaaagagttcaaat
gcttccaaggctatgagtgcaaaacaaattgctgaaattatcaccgctgaagctgaaggt
agattcgatgctaaaccagctatcccaggtcatgttcaacaaggtggtttaccatcccca
attgacagaactagagctacaagacttgctgtcagagctgtttctttcattgaagaacaa
caagatgtcatcaaatctgctcgtgctgccgatgatgattttgtatacgaagacaaggcc
gtttcagctactgcttctgtgatcggtattagaggtacccacgttgtctttactccaatt
agacatgcatatgattttgaagcagacattgaaaagagaatgccaaaagtcatccactgg
caagctaccagagaaattgctgactacttggttggcagaaagagagtgtaa |
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