KEGG T02235: TPHA

Tetrapisispora phaffii: TPHA_0F01330

Entry

TPHA_0F01330 CDS T02235

Gene name

TPHA0F01330

Definition

hypothetical protein

Orthology

K00164

2-oxoglutarate dehydrogenase E1 component [EC:1.2.4.2]

Organism

tpf Tetrapisispora phaffii

Pathway

tpf00020	Citrate cycle (TCA cycle)
tpf00310	Lysine degradation
tpf00380	Tryptophan metabolism
tpf01100	Metabolic pathways
tpf01110	Biosynthesis of secondary metabolites

Module

tpf_M00011

Citrate cycle, second carbon oxidation, 2-oxoglutarate => oxaloacetate

Class

Metabolism; Carbohydrate metabolism; Citrate cycle (TCA cycle) [PATH:tpf00020]
Metabolism; Amino acid metabolism; Lysine degradation [PATH:tpf00310]
Metabolism; Amino acid metabolism; Tryptophan metabolism [PATH:tpf00380]

SSDB

Motif

Pfam:

Transket_pyr E1_dh

Other DBs

NCBI-GI:

367002636

NCBI-GeneID:

11535430

UniProt:

G8BV36

Position

6:complement(303698..306775)

AA seq 1025 aa
MLKAISSVSSRNMTKRLLLRANNLTTNERSILIKSSYSNVSKRFLSSSSSGEDEFMSTSN
ANYIDEMYEAWQQDPTSVHASWNAYFKNMKNLNIPASAAFRVPPTLVGTPTGVEQVPITS
GLSSNVDENVLTHLKVQLLCRAYQVRGHLKAHIDPLKISFGDDKSKPIPKELTIQYYGFT
ENDLNKEINLGPGILPRFAKDGKTKMTLKEIIDHMETLYCSSYGIQYTHIPSKEKCDWLR
ERIEIPSPYNYSINEKRQILDRLSWATGFEAFLSNKFPNDKRFGLEGLEAVVPGIKTLID
RAVDMGVEDVVLGMAHRGRLNVLSNVVRKPNDSIFSEFKGTASADDLEGSGDVKYHLGMN
YERPTTSGKHVSLSLVANPSHLEAQDPVVLGRTRALLDAKGDLENKTKAIGVLLHGDAAF
AGQGVVYETMGFEQLPEYSTGGTIHVITNNQIGFTTDPRFARSTPYPSDLAKAFDAPIFH
VNANDVEAVTFIFNLAAEWRNTFHSDAIIDVVGWRKHGHNETDQPSFTQPLMYKKIANQK
SVIDVYTEQLVKEGSFSQKDIDECRENIWQSFERAFEKAKDYTPTQREWLTASWENFKSP
KELATEILPHNPTNVPAETLKKIGKCISSWPEDFEVHRNLKRILNNRGKSLETGTGIDWS
TGEALAFGSLLLEGYQVRVSGEDVERGTFSQRHSVLHDQKSDATYTYLKHLDPNQGKFTV
SNSSLSEYGVMGFEYGYSLTSPDYLVMWEAQFGDFANTAQVIVDQFISSGEQKWKQRSGL
ILSLPHGYDGQGPEHSSGRLERFLQMANEDPRYFPSPEKLQRQHQDCNFQVVYPTTPANL
FHILRRQQHRQFRKPLALFFSKQLLRHPLARSELSEFTEGGFQWLIEDVEHGKTIGTKED
TKRLVLLTGQVYTALHKKREELGDKTTAFLKIEELHPFPYAALRDTLNSYPNLEDIVWCQ
EEPLNMGAWNYVSPRLQTTMKETDNYKDVTVRYAGRNPSGAVAAGSKILHTAEEKAFLRD
AFNES

NT seq 3078 nt +upstreamnt +downstreamnt
atgttaaaggcaatttcatctgtttcttcgagaaacatgacgaaaaggcttttgttaaga
gcaaataatttaacaacaaatgaacgttctattttaattaaatcttcatattcaaatgta
tcaaaaagattcttaagttcatcatcatcaggtgaggatgaatttatgtcaacttcaaat
gcaaactatattgatgaaatgtacgaagcttggcaacaagatccaacttctgtacatgct
tcgtggaatgcctattttaaaaatatgaaaaatttaaatatacctgcatctgctgctttt
agagttccaccaactttagttggaactcctactggagttgaacaagttcctatcactagt
ggattatcatcaaatgttgacgaaaatgttttaacacatttaaaagttcaattgttatgt
agagcttatcaagtaagaggtcatttaaaagcacatattgatccattaaaaatttctttt
ggtgatgataaatcaaaacctataccaaaagaattaacaattcagtattatggttttacg
gaaaatgatttaaataaagaaattaatttaggtcctggtattttaccaagatttgccaaa
gatggtaaaacaaaaatgacattaaaagaaattattgatcatatggaaacattatattgt
agttcttacggtattcaatatacacatattccttcaaaggaaaagtgtgattggttaaga
gaaagaattgaaattccttccccatataattattcaattaatgaaaaaagacaaattttg
gatagattatcatgggcaacaggttttgaagcatttttatcaaataaatttccaaatgat
aaaagatttggtttagaaggtttagaagccgtcgtaccaggtattaaaactttaattgac
cgtgctgttgatatgggtgttgaagatgtcgtactagggatggctcatcgtggtagatta
aatgttttatcaaatgttgtacgtaaaccaaatgactcaattttttcagaatttaaaggt
actgcttctgctgatgatttagaaggttcaggtgacgttaaataccatttaggtatgaat
tatgaaagaccaacaacaagtggtaaacatgttagtttatcattagtagctaatccatca
catttagaagctcaagacccggtggtcttagggagaacaagagctctattagatgctaag
ggtgatttggaaaataaaacaaaagcaattggtgttttattacatggtgatgcagctttt
gctggtcaaggtgttgtttatgaaacaatgggatttgagcaattaccggaatattctaca
ggtggtaccatccatgttataacaaataaccaaatcggtttcactaccgatccaagattt
gccagatcaactccttacccatcagatttagctaaagcttttgatgccccaattttccat
gttaatgccaatgacgttgaagctgttacatttattttcaatcttgcagctgagtggaga
aatactttccattcagatgctatcattgacgttgtcggttggagaaaacacggtcataac
gaaactgatcaaccttcttttactcagccactaatgtataagaaaattgcaaaccaaaag
tctgtgattgatgtgtatactgaacaattagtaaaggaaggatcatttagtcaaaaagat
atcgacgaatgcagagaaaacatttggcaatcgtttgaaagagctttcgaaaaagccaag
gactatacacctactcaaagagaatggttaaccgcatcttgggaaaacttcaaatctcca
aaagaattagcaactgagattttaccacataacccaaccaatgtacctgctgagacattg
aagaagatcggtaaatgtatttcctcttggcctgaggactttgaagttcacagaaactta
aagagaattttgaataacagaggtaagtcactagaaactggtaccggtattgattggtcc
actggtgaggctttagcttttggttctttattattagaaggttatcaagtcagagtatct
ggtgaagatgtagaaagaggtaccttttcacaacgtcattccgttttacatgatcaaaaa
tcagatgccacttatacctatctaaaacatctagaccctaaccaaggtaaatttaccgtt
tcaaattcctcattatcagaatatggtgtaatgggttttgaatatggttattcattgacc
tctccagactacttagttatgtgggaggcccaatttggtgatttcgccaatactgcccaa
gttattgttgatcaatttatttctagtggtgaacaaaaatggaagcaacgttctggttta
attttatctttaccacacggttatgatggtcaaggcccagaacattcatctggtagatta
gaaagatttttgcaaatggcaaatgaggatccaagatatttcccatctccagaaaaatta
caaagacaacaccaagattgtaatttccaagttgtttatccaactacccctgctaattta
ttccatattcttagaagacaacagcatcgtcaattccgtaaaccattggcattatttttc
tccaagcaattgttacgtcatccattggccagatctgaattatctgaatttactgaaggt
ggtttccaatggttaattgaagatgttgaacacgggaaaacaattggtactaaagaggac
accaagagattagttcttttaactggtcaagtttacacagcattacataagaagcgtgaa
gaactgggagacaaaactactgctttcttaaaaattgaagagttgcacccattcccatat
gctgccttacgcgatacattgaatagttatccaaacttggaagatatagtttggtgccaa
gaagaacctttgaacatgggtgcttggaactacgtctctccaagactgcaaactactatg
aaagaaactgacaattacaaggatgttaccgttagatatgctggtagaaatccaagtggt
gccgttgctgctggttccaagattttacatacagctgaagagaaagcattcttaagagat
gcatttaatgaatcttaa

All links

Pathway (6)   
   KEGG PATHWAY (5)   
   KEGG MODULE (1)   
Chemical substance (13)   
   KEGG COMPOUND (13)   
Chemical reaction (5)   
   KEGG ENZYME (1)   
   KEGG REACTION (4)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-Gene (1)   
   NCBI-GI (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (2)   
   Pfam (2)   
All databases (34)   

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