KEGG   Tremella mesenterica: TREMEDRAFT_41661
Entry
TREMEDRAFT_41661  CDS       T03139                                 
Name
(RefSeq) hypothetical protein
  KO
K01469  5-oxoprolinase (ATP-hydrolysing) [EC:3.5.2.9]
Organism
tms  Tremella mesenterica
Pathway
tms00480  Glutathione metabolism
tms01100  Metabolic pathways
Brite
KEGG Orthology (KO) [BR:tms00001]
 09100 Metabolism
  09106 Metabolism of other amino acids
   00480 Glutathione metabolism
    TREMEDRAFT_41661
Enzymes [BR:tms01000]
 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)
     TREMEDRAFT_41661
SSDB
Motif
Pfam: Hydantoinase_B Hydantoinase_A Hydant_A_N Hydant_A_C LigB ParM_N
Other DBs
NCBI-GeneID: 18493265
NCBI-ProteinID: XP_007000936
JGI: Treme1_41661
Position
Unknown
AA seq 1301 aa
MSDLVRIAIGRGGTFTDVHCSRKGHEDIVIKLLSVDPANYADAPTEGIRRCLEMTSGKKL
PKGEKISLEGVESIRMGTTVATNALLERQGERCALLTTKGFRDLLKIGKQARPDIFDLTV
TKLTYLFDTTVEIDERVTIETFLMDPDPQPIDVEADPQLVKGTTGEILRVYKKPSMVEVG
AQLDELWYQGYRSVAIALLHSWTFPDHEAEIAALARRKGFSVSVSHELQPTIKILSRANS
AVADAYLTPVTRRYIESFASGFQGGLEGLGEKLLFMQSDGGLCQWDRFSGLRAVLSGPAG
GVVGYSKICYDPKDGTPLVAVDMGGTSTDVSRYAGSLEHVTETTTAQVILTAISCDINTV
AAGGGSRLFWANGMFVVGPQSAGAHPGPVSYGKGGYLAVTDANLMLGRLLPEQFPKIFGP
NEDQPLDVEATKAAFSQLARSINAEKEGHELSEEEIASGFLEVANEAMCRPIRTLTEARG
FDTANHNLVIFGGAGGQHGCAIASALNIRRIIVPKFSSILSAYGMSLADIVEEIQEPSAL
TTHPDNLDALYGRGLVLKKQAIARLVAQGFTENRIKLEIFYNCRYKGASTALMVPMPTDG
DLEKAFIEQHKTLFGFTLADRIVFVDDVRVRATGMTESRVPPSLYDELNSVSRKEITSNE
TKPVYYGGHGWLSTSIVALKSMSSGQTITGPALLYDETQTILVEPSFQAIALTDHVVIDS
VGLKKAEGISLDHWDPVQLSVFGHRFMSIAEQMGSILRQTSISINIKERLDFSCALFDPV
GNLVANAPDMPAHLGAMSSAVKYQAALWKGKVVDGDVFVSNHPAAGGSHLPDITVITPAF
HNGEIVFWSASRAHHADIGGIRAGSMPPFSTEIWQEGASVKSFKLIKQGVFDEEGITKIL
YHDPAQYPGCSGTRTLSDNISDLKAQVSANYRGITLIKALCDQYGIPVVQHYMLGIQTAA
ETAVRNLLRRVGEKFGYEPLEAEDYLDDGSTIRLKITIDRESGDATFDFTGTTKQVYGNY
NAPTAILYSAILYTLRCLINVDMPLNHGCLIPLKIIVPEGCLLAPSEDAATVAGNVETSQ
RMTDTIFKAFRACAASQGTCNNFTFGYGETLPDGTFRGFGFYETIAGGSGGGATWEGQSA
THVHMSNTSIGDVELCERLYPMMISEYSIRKGSGGKGRKPGGDGCVRSYQFTKKVDVAIL
SDRRTIAPYGMLGGEPGKRGENLWVRCREDKTAIINLGGKNQMTVLPGDTVIINTPGGGG
FGVPGSEDDGTALHYITEKNSKPQRHGQGTVSQFRETQMTV
NT seq 3906 nt   +upstreamnt  +downstreamnt
atgtctgacctagtccgaattgctataggtcgtggcgggactttcaccgatgttcattgc
tctcggaaaggtcatgaagacattgtaatcaaacttctatccgttgacccggcaaactac
gccgatgctcctacagagggtatacgaagatgtctcgagatgacttctggaaagaaactt
ccgaaaggcgaaaagatttccctcgaaggtgtagaatctatacgtatgggaaccaccgtg
gctaccaacgctttgctcgaacgtcaaggtgaacgatgtgctttgctcactaccaaaggt
ttccgagatcttctgaaaattggcaaacaagctcgcccagacatcttcgacttgacagtc
accaagcttacttacctcttcgacacaacggtggagattgacgaaagggtcaccatcgag
actttcctcatggacccggatcctcaacctatcgatgtggaagccgacccacaattggtc
aaaggaaccacaggcgagatcctacgtgtgtataagaaacccagtatggtcgaagtcggt
gctcaactcgatgagctatggtaccagggttatcgtagtgtagccattgcgttacttcac
tcttggactttccccgatcatgaggctgagattgccgctttggcgaggaggaagggtttc
agcgtttccgtttctcatgaattacaacctaccatcaaaatactttctcgtgccaattcc
gctgtcgccgatgcctacctcacccccgtcacccgcagatatatcgaatccttcgcttca
ggtttccaaggcggtctcgaaggtctaggcgagaaacttctgttcatgcaatctgatgga
ggtctctgtcaatgggatcgtttctccggtctccgtgctgttctttctggtcctgctgga
ggagtggtcggctactcgaaaatctgctatgatccgaaagatggtacacctttggttgcc
gttgatatggggggcacttctaccgatgtttcacgatacgcaggatctctagaacatgtc
actgaaacaacaaccgctcaagtcatcttgactgccatttcttgcgatatcaacactgta
gccgctggtggtggttcccgacttttctgggcaaacggaatgtttgtcgtgggtcctcaa
tccgctggtgctcatccaggtccagtatcatatggaaaaggtggttatctggcagtgaca
gatgccaatttgatgcttggaagacttctccctgaacaatttccaaagatcttcggacca
aatgaagatcaacctctcgatgtcgaagctaccaaagctgctttcagtcaacttgccaga
tctatcaatgcggagaaagaaggtcatgaattgtcagaagaggaaatcgcttctggtttc
ttggaagttgccaatgaagccatgtgtcgtcccatccgaactctgacagaagctcgtgga
ttcgatactgccaatcataatctggtcattttcggtggtgcaggtggacaacacggttgt
gcaatcgcttcagcactcaacattagacgtataatcgtacccaaattctcatcgatcctt
tccgcttacggaatgtctttggcggatatcgtagaagagatacaagaaccttcggcactt
actacccatcctgataatcttgacgctttgtacggtcgtggtttggtacttaaaaaacaa
gccatcgctcgattggtcgctcaaggtttcacggaaaatcgtatcaaacttgaaatcttt
tacaattgtcgatacaaaggtgcttccactgccctcatggttccaatgcctacggatgga
gatctggagaaagctttcatcgaacaacacaagacgttattcggattcactcttgcggat
cgaattgttttcgtagacgacgtacgtgttagagctacgggaatgacggaatctcgtgtt
cctccaagtttatacgacgaacttaattctgtctctcgaaaggagatcacttccaacgaa
acgaaaccggtttattacggaggtcacggttggttatctaccagtatcgttgctcttaaa
tccatgtcatcaggtcaaaccatcactggacctgcattactatacgatgagactcagaca
atattggttgaaccttctttccaagctattgctcttaccgaccatgtagtcatcgattct
gtcggattgaaaaaggcagagggtatttctcttgatcattgggatcctgtacaattatct
gttttcggtcatcgattcatgtctatcgccgaacaaatgggttcgatcttacgacaaact
tctatttccatcaacatcaaagaacgtctcgatttctcttgcgctttgtttgatccagtt
gggaatctcgtcgccaacgctccagatatgcctgctcatctaggggccatgtcttcagct
gttaaatatcaagcggcattatggaagggtaaagtggtagatggagacgttttcgtttct
aatcatcctgccgctggtggatctcatttaccagatatcacagtcataacacccgctttt
cataatggagaaattgttttctggtcagcttcgagagctcatcatgcggatattggtgga
attcgagctggttctatgcctcctttctccactgaaatctggcaagaaggagcttctgtt
aaatcattcaaactcatcaaacaaggagtttttgatgaagaaggtataaccaaaatcctt
tatcacgatcctgctcaatatcctggctgttcaggtactcgaactctgagtgataacatc
tccgatctcaaagctcaagtatcagcaaattacagaggtatcactcttatcaaagctttg
tgtgatcaatatggtattccagttgtacaacattacatgctaggtattcaaactgcggcg
gaaacagcagtgaggaatttgttaaggagagttggagagaagttcggttatgaacctctt
gaagctgaagattatctcgatgatggttctacgataagattgaaaatcacaattgataga
gaatccggtgatgcgactttcgatttcacaggaacgacaaaacaagtttatggaaattat
aacgctcctactgctatcttatattccgccattctttacactttgagatgtttgatcaat
gtcgatatgcctctcaatcacggttgtttaatccctctcaagatcatcgttcctgaaggt
tgtctcttagctccttctgaggatgccgcgaccgtggctgggaatgttgaaacttctcaa
cgaatgacagacaccatctttaaagctttccgagcatgtgcagcatcccaaggtacttgt
aacaattttactttcggttacggtgaaactcttcctgacggcactttccgcggtttcggt
ttttacgaaacaatcgctggtggttctggtggaggagcaacatgggaaggtcaatctgcc
actcatgttcatatgtctaacacttccataggggacgtggaactttgtgaacgtttgtat
cccatgatgatctccgaatattctattagaaaaggaagtggtggtaaaggtcgtaaaccc
ggtggagatggttgtgtccgatcgtatcaattcacgaagaaagtcgatgtagctattttg
agtgacagaaggactattgctccttatggtatgttgggtggtgaacctggtaagaggggt
gagaacctttgggttagatgtagggaggataaaacggctatcatcaatttgggtgggaaa
aatcagatgactgttttacctggggatacggttatcatcaacacgcctggtggaggtggg
ttcggcgtcccagggtcagaagacgatggaacagctctacactacatcacagagaagaac
tctaaacctcagcgtcatggacaaggtaccgtttctcagttccgcgagacgcaaatgacc
gtctga

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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 (17)   
   KEGG ORTHOLOGY (1)   
   RefGene (12)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   JGI (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (6)   
   Pfam (6)   
All databases (38)   

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