KEGG   Alternaria alternata: CC77DRAFT_746433
Entry
CC77DRAFT_746433  CDS       T05291                                 
Name
(RefSeq) hypothetical protein
  KO
K01469  5-oxoprolinase (ATP-hydrolysing) [EC:3.5.2.9]
Organism
aalt  Alternaria alternata
Pathway
aalt00480  Glutathione metabolism
aalt01100  Metabolic pathways
Brite
KEGG Orthology (KO) [BR:aalt00001]
 09100 Metabolism
  09106 Metabolism of other amino acids
   00480 Glutathione metabolism
    CC77DRAFT_746433
Enzymes [BR:aalt01000]
 3. Hydrolases
  3.5  Acting on carbon-nitrogen bonds, other than peptide bonds
   3.5.2  In cyclic amides
    3.5.2.9  5-oxoprolinase (ATP-hydrolysing)
     CC77DRAFT_746433
SSDB
Motif
Pfam: Hydantoinase_B Hydantoinase_A Hydant_A_N Hydant_A_C
Other DBs
NCBI-GeneID: 29118648
NCBI-ProteinID: XP_018388197
JGI: 746433
UniProt: A0A177DTG4
Position
Unknown
AA seq 1320 aa
MPFVEQPLQGAGIRIAIDRGGTFTDCLGIVPGEPDILVKLLSNDPTNYSDAPTEGIRRIL
EQATGVSIPRGEKIDTSDIESIKMGTTVATNALLERNSTKCALVVTKGFRDLLRIGDQTR
PKLFDLNIRRPETLFDDVLEIDERVTLHDSTEDKSTLRDPKRDSHDLEKGVGGEAIRVLR
PLDRNHAREGLQSLFDKGVRSLAITLINSYTFPNHELQVADIAKEIGFTQISVSSQIFPM
IRAISRGYSATADAYLTPLTRSYIDGFREGFIGGLEDSRGARCEFMQSDGGLVGWQHFSG
LKAILSGPAGGVVGFSKTCFDTKRKKPVIGFDMGGTSTDVSRYAGTLEHTFESITAGVTI
QSPQLEIDTVAAGGGSILSYRNGLFLAGPESASAHPGPAAYRKGGPLTVTDANLVLGRLQ
VEYFPKIFGKHENEPLDYEGAKRAFEELLVTVNRDLSQTTGKTKTVEELALGFLEVANET
MCRPIRSLTEAKGHRTSDHDLAVFGGAGGQAACAIAANLGIDRILVHRYSSVLSAYGMAL
ADVVRDVQEPCSALLQSSLDELDERLSSLEKNAAEQLANDGFSGQTIGFEHFLNLRYEGS
DTTFMVSRPDQGSWDEAFVAEHKRQFSFVMPGRDILVENVRVRATARSPSVEPEFVLEEQ
LTGCSPSPVSTKKISDHVPVFFENRWTTSPLYHLTKLAKGDVVDGPAIILDNTQTIVVAP
RSKATILERHVMIELERTTSLTSTEVVAPRTVDPVELSVMAHRFMSIAEQMGLALQKTSV
SVNIKERLDFSCALFSPGGRLVANAPHVPVHLGSMEQAVMYQHKKYLGQLRPGDVIVANH
PISGGTHLPDITCVTPVFDHAGETIIFYTASRGHHQEIGGILPGSMPAGSVELHEEGAMI
VSEYLVRDGVFDEELVTRVLLHDPAQYAGCSGTRKLADNINDLKAQVSANAKGAALVADL
IAERGLAIVHLNMHAITSNAESCVREFMKRTYHETGGKILTALDYMDDGTPIKLAITINP
DDGSAHFDFTGTGEEGYHSFNAPQAIARSATLYVLRCLINQDIPLNEGCLRPLTFTIPEG
SILNPSPYAAVCAGNPITSQRVTDVVIRAFEACAASQGDCNVFSFGINGDNDDTGNPIPN
SGFGFGETICGGSGAGPGWHGTSGVHIHMTNTRITDPELLEKRYPVLLREFSIRDGSGGK
GRWSGGNGIRRVYEFYRDMNASIVSERRVTRPYGMLGGEDGSSGVNYIVKKVGGRWCRLG
GRKDFAVQKGDCFVIDTPGGGGWGTKDEAKADTDELESAKRSAVERRFVSQFQLAQEASN
NT seq 3963 nt   +upstreamnt  +downstreamnt
atgccattcgttgagcagccgctacaaggtgcaggcattcgcattgccattgatcgtggt
ggtactttcaccgactgcctgggcattgttccgggggaaccagatatactagtcaaactt
ctgagcaatgatccgacgaactattctgacgcgcctaccgagggcatccgcagaatactc
gaacaggctacaggcgtatcgataccacgcggcgagaagatcgacacgagtgacattgag
tcgataaagatgggaacgacagtggctacgaatgccttgttggaacgaaattccacgaag
tgcgcgctggtcgttaccaagggtttcagagatttgctccgcataggtgatcaaacaaga
ccaaaattgtttgatcttaacattaggaggccagagactctcttcgatgatgtgctggag
atcgacgagcgcgttacacttcacgattcgaccgaagacaaatcaacgcttagagaccca
aagcgcgactctcatgatctggagaagggtgttggtggggaagctattcgcgtgttgcga
ccacttgatcgcaaccacgcccgtgagggtctacaaagtttgttcgacaaaggcgtgcgg
tctttagctataacgcttatcaatagctacactttcccaaaccacgagcttcaagttgcc
gacattgccaaagagattggcttcacacagatatctgtatcgtcacaaatctttcctatg
attagagcgatatcgagaggctattcggcaacagcagatgcatacctcacgcctttgacg
cgtagttacatcgatggctttcgtgaaggattcataggcggtctcgaagactctcgtggt
gctcgttgcgagtttatgcagagtgacggcggtctagtgggatggcaacatttcagcggt
ctcaaagccatcctatccggtccggctgggggtgttgttggctttagcaagacgtgcttc
gacaccaaacggaaaaagccggtaataggttttgacatgggcggaactagcactgatgtt
tcccggtatgcggggactttggagcacacgttcgagtcgatcacagcgggtgtgacaatc
caatcaccacaacttgaaattgatactgtagctgctggcggcggaagtattctttcctat
cgtaacggcctctttctggcaggccccgaatcagcgagcgcacatcccggaccagcggca
tatcgtaaaggtggacccttgacagttacagatgcgaatcttgtgctgggacgtctacaa
gtcgagtatttcccgaagatctttggcaagcacgagaacgagccgctagactatgaaggc
gccaagagagcctttgaagagctacttgttaccgtcaaccgcgatctgtctcagaccact
gggaaaacgaagaccgttgaagaacttgctctcggcttcttggaagttgcgaacgagacg
atgtgccggcccattcgttcgctcactgaagccaagggccaccggacatccgatcatgat
cttgcagtctttggcggtgcgggtggacaggctgcctgtgctattgcagctaacctagga
atcgaccgcatcttggttcatcgctattcatccgtcttatcggcgtacggtatggcgttg
gcagatgtcgttcgtgatgttcaagaaccatgctcagcactactccaatcctctcttgat
gaacttgacgaaaggctgtcgtcactcgagaagaacgcagctgagcagttggccaacgac
ggattctctggccaaacaatcggcttcgagcacttcctgaaccttcgctacgaaggttct
gacaccaccttcatggtctcgcgccctgatcagggatcgtgggacgaagctttcgtagca
gagcacaaacgtcaattttctttcgttatgcctggacgagacatcctcgttgagaatgta
cgagtgcgagccacagctcggagcccatcagtcgagcctgagttcgtcttggaagaacaa
ctcactggatgttccccgtccccagtgtctactaagaagatttcggatcacgttcctgtc
ttcttcgaaaatcgctggactacctcccctttgtaccacttgacaaagctggccaagggt
gatgttgtagatggacctgctatcattctggacaacacacaaaccatcgtcgtcgccccg
cgctcaaaggcaactattctagagcgccacgtaatgattgagctcgaacgtacaacttca
ttgaccagcactgaggtagttgcaccacgaactgttgatcctgtggaactctctgtcatg
gctcaccgtttcatgagtatcgctgaacagatgggcctcgcacttcaaaagacaagcgtt
tcggtcaacatcaaggaacgccttgacttcagctgtgcacttttcagtcctgggggccgc
cttgtagctaatgctccacatgtgccagtacatcttggctcaatggagcaggcggtcatg
taccagcacaagaagtacttgggccaacttcgaccaggtgacgttatcgtcgctaaccac
ccaatctccggcggcacgcaccttcctgatatcacttgcgtaacacctgtcttcgaccat
gcgggtgagactatcatattctacacagcttcgagaggtcatcatcaagaaattggtgga
atactcccaggctcaatgccagctggtagcgttgagctacacgaagaaggcgctatgata
gtctcagagtatcttgttcgcgatggagtcttcgacgaagagctagttacaagagtgcta
ctccatgatccagcacagtatgcaggatgctcaggaacacgtaagctagccgataatatc
aacgacctcaaagcacaggtatcagccaacgccaagggtgccgcactggtagccgatctc
atcgctgaaagaggtctcgccattgtacacctcaacatgcatgccatcacctcgaacgcc
gagtcgtgtgtgcgggaattcatgaagcgtacttatcatgaaactggcggtaagatcctc
accgcactcgactacatggatgacggcacccccataaaactcgccataaccatcaaccca
gacgacgggtctgcccacttcgatttcactggaacaggcgaagaaggctaccacagtttc
aacgctccacaagcaattgccagatctgcaacactctacgtgctccgttgcctcatcaat
caagacattccgctcaacgaaggctgcctccgccctctcacgttcacaattccagaagga
agtatcctcaacccctcaccatatgccgcagtatgcgctggaaatcctatcacatcccaa
cgcgtaacagacgtcgtgatccgcgccttcgaagcatgtgccgcaagccaaggtgactgc
aacgtcttctcctttggcataaacggtgacaatgatgacactggcaaccctattccaaac
tccggtttcggcttcggagaaacgatatgcggaggtagtggcgcgggacctggctggcac
ggaacttccggagtacatattcatatgacgaacacgcgtatcacagacccagaactactg
gagaagaggtatcctgtgcttcttcgcgagtttagtatacgggatgggtcgggtggcaaa
gggcgttggagtggtgggaatggtatccggagggtgtacgagttttaccgcgatatgaat
gcgagtatcgtcagtgaaaggcgggttactagaccttatggtatgttgggtggggaggac
ggaagtagtggagtgaactacatcgtcaagaaagtcggtgggaggtggtgtaggttgggt
ggacgtaaggattttgctgtacagaagggcgattgctttgtgatcgacacacctggtgga
gggggatggggaacgaaggatgaagcgaaggcagatacggatgaactagaaagcgcgaaa
aggtcggcggtagagcggaggtttgtcagtcagttccagttggcgcaggaagccagcaac
tag

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Ontology (2)   
   KEGG BRITE (2)   
Pathway (2)   
   KEGG PATHWAY (2)   
Chemical substance (6)   
   KEGG COMPOUND (6)   
Chemical reaction (2)   
   KEGG ENZYME (1)   
   KEGG REACTION (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (5)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   JGI (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (4)   
   Pfam (4)   
All databases (25)   

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