KEGG T01055: GSPATT00006583001

Paramecium tetraurelia: GSPATT00006583001

Entry

GSPATT00006583001 CDS T01055

Definition

hypothetical protein

Orthology

K00164

2-oxoglutarate dehydrogenase E1 component [EC:1.2.4.2]

Organism

ptm Paramecium tetraurelia

Pathway

ptm00020	Citrate cycle (TCA cycle)
ptm00310	Lysine degradation
ptm00380	Tryptophan metabolism
ptm01100	Metabolic pathways
ptm01110	Biosynthesis of secondary metabolites

Class

Metabolism; Carbohydrate metabolism; Citrate cycle (TCA cycle) [PATH:ptm00020]
Metabolism; Amino acid metabolism; Lysine degradation [PATH:ptm00310]
Metabolism; Amino acid metabolism; Tryptophan metabolism [PATH:ptm00380]

SSDB

Motif

Pfam:

Transket_pyr E1_dh SpoIISA_toxin

Other DBs

NCBI-GI:

NCBI-GeneID:

Genoscope:

UniProt:

Position

undetermined

AA seq 994 aa
MLRFIGRNLNRYNFSELQKFGNSFLAGSNAEYLDNLLDKWSQDPNSVPATWDAYFRQVCE
SNKFDFTPEPSKGQTISFQADVFLHVNSKQVSGVRKLLSDHFRVRLLINKYRHRGHEKSM
VDPLDLEHIQQIGKVKGYTKLDYREYFTEEDLDREFYIHDEVSSGISKEKQLMKLRDLIN
YLEKAYCGKISYEYMHIQSTEERDWIREQIEKFEEFLPSKEQKLKTFERLGQEHAFSTFL
QKKFNTSKRFGIEGCDSMISGLQALVDSAAQAGVEYIVFGMAHRGRLNTLYNVFQKSAEE
IMVEFQDLKGIYNEDIWGNSGDVKYHLGSVHNVKFGEKKLRLEMLPNPSHLETVDPCVYG
KVRAIQDYHKDRNGDKAFGVLIHGDAAVAGQGIVYESLQMADLEGYKSGGIIHIVSNNQI
GFTTVPKDSRSGLYCTDIAHAIQAPVIHVNADEPELVDKVFQVATLYRTKFKRDIFIDLV
GYRRYGHNEQDQPKFTQPIMYDKIEKTPPVFVKFAEKLIAQEIVTKAEVDQLMKKHEDNL
EVAYQKSRKMDYNLKDWQPVPWEMIKVPTLWGRIKDTGVPINILKQIGDKINTIPSDFNA
HPQIRKFYEERLNSIQKDQGVDFATAEALAFGTLLHEGFNVRLSGEDVQRATFSHRHAVI
HDQKNPNGPSFVPLHAVIPKGQENDRLSIYNSHLSEYGVLGFEYGYSITNPNALVLWEGQ
FGDFANGAQIIIDNYIASAESKWDVDSGLVMLLPNGMDGQGPEHSSGRVERFLQLSDDDP
AVFERNLGVRLKRQMRNSNMQIVQCTTPANYFHSLRRQLRRDFRKPLIAMTSKKLLRLQA
AKSKLNEFSEQARFSQIYDDPFPELIDEPSQILRVILCSGQVYYDILKKREDLKVKNTAI
VRIEQLAPFPYEFLQAVIQKYKKAHFIWVQEEHQNYGPWFFVRPRIQSVISKTQGLIQQQ
IQYIGRKPSGSPATGFHQLHEKEVQAFLTKAFEF

NT seq 2985 nt +upstreamnt +downstreamnt
atgttaaggtttattggaaggaatctgaatcgctataatttttcagaattacaaaaattt
ggtaactcttttcttgctggttctaatgcagaatatttggacaatttattagataaatgg
tctcaagatccaaattctgttccagctacttgggatgcatattttagataagtgtgtgaa
tctaataaatttgattttacacctgagccatctaaaggatagacgatttcgttttaagca
gatgtatttttgcatgtaaattctaagcaagtatcaggagtcagaaaattgttatcagat
cattttagagtgagattattaatcaacaaatacagacacagaggtcatgaaaaatcaatg
gttgatccactagatttagaacacatctagcaaataggaaaggttaaaggttatacaaaa
ttggattatcgtgaatattttacagaagaagatttagacagagaattttatattcatgat
gaagtaagctcagggatctccaaagaaaaataacttatgaaattgagagatttaattaac
tatttagagaaggcgtattgtggtaaaatatcttatgaatatatgcatatttaatcaaca
gaagaaagggattggattagggaatagattgagaagtttgaggagtttctaccgtctaag
gagtaaaagctgaaaacttttgaaagacttggataagaacatgcatttagtaccttttta
cagaagaaatttaatacttcaaagagatttggtattgaaggatgtgattcaatgatttca
ggattgtaagctctggttgatagtgctgctcaagcaggagtggaatatatagtatttgga
atggctcatagaggaagattgaatactttgtataatgttttttaaaaatcagctgaagag
attatggttgaattttaagatttaaaaggaatatataatgaagacatatggggtaattct
ggagatgtaaaatatcatttgggaagtgtacacaatgttaaatttggagaaaaaaaacta
agattagaaatgctaccaaatccttctcatttagaaactgttgatccctgtgtatatggc
aaagtcagagctatttaagattatcataaggatagaaatggagacaaggcatttggagta
ttgattcatggagatgctgcagttgctggttaaggcattgtttatgagtcattacaaatg
gcagatttggaaggatataaatcaggtggtataattcatattgtgtccaataaccaaatt
ggatttactacagtgcccaaagatagtagatcaggtttatattgcacagatattgctcat
gctatttaagcgcctgttatccatgtcaatgctgatgagccagaattagtagataaagta
ttttaagttgcaacactttatagaactaaattcaaaagagacatcttcatcgacttagtt
ggctatagaagatatggacataatgaataagattaacctaagtttacttaaccaatcatg
tacgataagattgagaaaactccacctgtttttgtcaaattcgcagagaaattgattgct
taagagattgtaacaaaagctgaagtagatcaattgatgaaaaaacatgaagataatcta
gaagtagcatatcaaaaatcaaggaaaatggattataatttgaaagattggcaacctgtt
ccttgggaaatgattaaagttccaacactttggggtagaataaaagatactggagttcca
attaatattttgaaataaattggagataaaataaatacaattccatctgattttaatgct
catccataaatacgtaagttttatgaggagagactcaattcaatatagaaagatcaaggt
gttgattttgctactgctgaggctctggcatttggaacattacttcatgaaggatttaat
gttagattatctggtgaggatgttcaaagagctaccttctctcatagacatgctgttatt
cacgattaaaaaaatcctaatggtccctcttttgtacctttacatgcagtcataccaaaa
ggttaagaaaatgatagattaagcatttataattctcatttatcagaatatggagtgttg
ggatttgaatatggatattctattactaatccaaatgcattagtactttgggaaggctag
tttggggattttgcaaatggagcataaattattattgataattacattgcaagtgctgaa
tctaaatgggatgtcgatagtggattagttatgttattaccaaatggtatggatggataa
ggaccagaacatagttcaggaagagtggaaagatttttacaattaagtgatgatgatcct
gctgtctttgaaagaaatctaggagttcgacttaagagacagatgagaaattcaaatatg
taaattgtttaatgcactacacctgctaattatttccactccctaagaagatagttgaga
agagatttcagaaaacctcttattgccatgacttccaaaaaactgttgagactctaggct
gctaaatctaaattaaatgaattctctgaataagccagattctcgtaaatctatgatgat
cctttccctgaattaatcgatgaacccagtcaaatcctaagagtgatattgtgttcaggg
taagtctattacgatattcttaaaaaaagagaggatctaaaagttaaaaatactgctata
gtgagaattgaataattagcacctttcccctacgaattcttataagctgttatctaaaaa
tataagaaagctcattttatttgggtctaagaagaacatcaaaattatggtccttggttt
tttgttaggccaagaatttaaagtgttatctcaaaaacttaaggcttaattcaatagcaa
atttaatatattggcagaaaaccaagtggatcaccagctactggattccattaacttcat
gaaaaagaagttcaagccttcttaaccaaggcttttgaattctga

All links

Pathway (5)   
   KEGG PATHWAY (5)   
Chemical substance (13)   
   KEGG COMPOUND (13)   
Chemical reaction (5)   
   KEGG ENZYME (1)   
   KEGG REACTION (4)   
Genome (1)   
   KEGG GENOME (1)   
Gene (5)   
   KEGG ORTHOLOGY (1)   
   NCBI-Gene (1)   
   NCBI-GI (1)   
   GENOSCOPE (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (3)   
   Pfam (3)   
All databases (35)   

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