KEGG   Caldanaerobacter subterraneus subsp. tengcongensis: TTE0343
Entry
TTE0343           CDS       T00081                                 
Symbol
UshA
Name
(GenBank) 5-nucleotidase/2',3'-cyclic phosphodiesterase and related esterases'
  KO
K08693  2',3'-cyclic-nucleotide 2'-phosphodiesterase / 3'-nucleotidase / 5'-nucleotidase [EC:3.1.4.16 3.1.3.6 3.1.3.5]
Organism
tte  Caldanaerobacter subterraneus subsp. tengcongensis
Pathway
tte00230  Purine metabolism
tte00240  Pyrimidine metabolism
tte00760  Nicotinate and nicotinamide metabolism
tte01100  Metabolic pathways
tte01110  Biosynthesis of secondary metabolites
tte01232  Nucleotide metabolism
Brite
KEGG Orthology (KO) [BR:tte00001]
 09100 Metabolism
  09104 Nucleotide metabolism
   00230 Purine metabolism
    TTE0343 (UshA)
   00240 Pyrimidine metabolism
    TTE0343 (UshA)
  09108 Metabolism of cofactors and vitamins
   00760 Nicotinate and nicotinamide metabolism
    TTE0343 (UshA)
Enzymes [BR:tte01000]
 3. Hydrolases
  3.1  Acting on ester bonds
   3.1.3  Phosphoric-monoester hydrolases
    3.1.3.5  5'-nucleotidase
     TTE0343 (UshA)
    3.1.3.6  3'-nucleotidase
     TTE0343 (UshA)
   3.1.4  Phosphoric-diester hydrolases
    3.1.4.16  2',3'-cyclic-nucleotide 2'-phosphodiesterase
     TTE0343 (UshA)
CD molecules [BR:tte04090]
 Proteins
  TTE0343 (UshA)
SSDB
Motif
Pfam: 5_nucleotid_C SH3_3 Metallophos PGA_cap SH3_4 SH3_2
Other DBs
NCBI-ProteinID: AAM23635
UniProt: Q8RCR9
Position
364582..368271
AA seq 1229 aa
MFSQRSRLFSILVAALLIFSLIFPSVPQIAFAATSKTFDFIEVTDFHGYLQNDGKASDGT
LYKQQIAAVMAKQIKDIKAQNPDRTVILSGGDMFQGTPLSNVLRGKPVIEMMKNIGFDAM
ALGNHEYDWGIESVIDTQNATLKNSTIPVLAANVYDKTTGKPVSYVKPYVVIERDGVKIG
IIGIVDNKEFPTIIMPAFIQNVDFKDPVPIVNDLAQQLRQQGVKIVVVLAHMGAYQDSSG
NVSGNLIDFAKQVKGVDAIFGGHTHTIVTTRVNGIPVGVAANYGKGIIDLKITINEDGTI
TAGDMQYIDLTKIYSTPNIDPKYIDPEVQAIVDKANEDVGPIFNEVIGKAAIDLTRTQSA
KPYGDSLLGNWAAEVTRKAVNADFGFANNGGLRIDIPKGDITVGMMYQLMPFDNTIVTMK
MTGAQIKTILEQAVQDGGKGIQVAGLSFKYDPTRPSMHRVFDMRKSDGTPIDMNKSYLVA
TNNFMGTGGDGFTGFTDPEVKKSFVDTYKLVRDAFIEAVKEQGTITSVIDGRIAPATKEG
TLITVLATSDIHGNIFPWDYNTAKPANRGLAKVSTYVKQVREKYPYVVLVDNGDTIQGTP
LSYYYDKIDTKTEYPLAKVMGAMKYDTWTLGNHEFNYGLEVLNRVIKDMRNEGIHVLSAN
TYKDDGTNYVDAYYIKTFNTPQGPVKVGILGLTTKMIPAWENKENYAGLHFNDLVDEAKK
WVPKLREAGADIVVVTMHSGEEKPTDIIPENQVIAVATNVDGIDAIVAGHTHVNIPQHDY
KNPSGQTVIVTEPGKWGEYVSQIYFDITKNDQGKWVIADKWSTTIKMDDSIQADPEILNL
AQPYHDATLKYIGTKIGVATGDFLGTDQTIKPTAIMDLINKVQKYYAKTDLSIAAPLSSS
AKILKGDITIQDIMGVYVYENYLYGIKMTGKQLKAWLEWSARYYKQVSSPNDPITKDPTL
NIPDYNLDQLYGASYVIDLTQPAGHRIKNLKVNGKLVKDDDVFTVAINNYRFNGGGGFMQ
AAGITNPEIVFDSAKAYGDDGQVRNLMIRYIQEHGTISPVVESDWYISTTPVQEEVEVSQ
GTTQPSQQTEQQTASQPVYNYGIVTASALNVREGAGLRYKVIGVLPAGKVVTLLEEVNGW
YKIDYNGKTGYIYSKYVAATPNPSNVVVLKAVKVTAKSGLNVRVNNSLNARKIGAVPYGT
ELKVVGEYNGWYQVLYNGGFGYVYAKYTK
NT seq 3690 nt   +upstreamnt  +downstreamnt
atgtttagtcaaaggtctcgcttgttttccattctggttgcagctctattgatttttagc
ctcattttcccgtcagtgccacaaatcgcatttgctgcaacctccaagaccttcgatttc
attgaagtaacagacttccacggttacctacaaaatgatggtaaggcatctgatggcact
ttgtacaagcagcagatagcagctgtaatggcaaaacagatcaaggacataaaagcacaa
aaccccgacagaacagtgattttgtccggcggggatatgttccaaggaacgccactttct
aatgtgctaaggggcaagccagtcattgagatgatgaaaaacatcggatttgacgcaatg
gctcttggcaaccatgagtatgactggggtattgagtcagtaattgacacgcagaatgct
actttgaagaattccacaattccagttcttgctgcaaacgtgtatgacaagaccacaggc
aagccagtgagctatgtaaaaccatatgttgttattgaaagagatggagtaaagattgga
ataataggtattgtagacaacaaggaattccccactataataatgccagcttttatacaa
aatgtagattttaaagaccctgtgccaattgtaaatgacctcgcacagcagctgagacag
cagggcgtaaagattgtggtagttctagcacatatgggtgcatatcaagatagctctggc
aatgtaagtggcaacctcatagactttgcaaaacaggtaaaaggtgtagatgctatattt
ggcggacatactcatactatagttactacaagggttaacggaataccagttggagttgct
gcaaattacgggaagggaattattgacctgaagattacaattaatgaagatggaactatc
acagctggtgacatgcagtatattgaccttactaagatttattccacaccaaatatcgac
cctaagtatattgacccagaggtacaggcaatagttgataaagccaatgaagacgtagga
cctatatttaatgaagttataggcaaagcggcaatagatttgacaagaactcagagtgct
aaaccctatggggattcattgcttggtaactgggcagctgaagtgacaaggaaggcagtc
aatgcagattttggatttgccaacaatggaggactcagaattgacattccaaaaggcgat
ataaccgttggaatgatgtatcagttaatgccttttgataacacaatagttacgatgaag
atgacaggtgctcagattaagacaattcttgaacaggcagttcaagacggaggaaagggt
atacaggttgcaggactttccttcaaatacgacccaaccaggccttcaatgcacagagta
tttgacatgagaaaatctgacggtacacctatagacatgaataagtcctaccttgttgct
acaaacaatttcatgggcacaggtggagacggatttacaggatttactgaccctgaagtg
aagaagagctttgttgacacttacaaacttgtgagagacgctttcattgaagcagtaaaa
gagcaggggacaataacttcagtaatagacggaagaattgctcctgctacaaaagagggt
acattaatcacagttcttgctacatctgatatacacggcaatatattcccatgggattac
aacacggctaaacctgccaacagaggattggcaaaagtttcaacttatgtaaaacaggtg
agagaaaagtatccttatgtagtgcttgttgacaatggagatacaatccagggtacacca
ttatcttactactatgacaagatagacacgaagacagagtatccacttgcaaaagtgatg
ggcgcaatgaagtatgatacttggacattaggaaaccacgagtttaactatggacttgaa
gtattaaacagagtaataaaggatatgagaaacgaaggaatacacgttctttcagctaat
acctacaaagatgatggaacaaattatgtagacgcttattacatcaaaacatttaatacg
cctcaaggacctgtcaaagtaggtatcctgggactaacaactaagatgatacctgcttgg
gagaacaaagaaaattacgcaggacttcacttcaatgaccttgtagatgaagctaagaaa
tgggtgccaaaattaagagaagcaggggcagatattgtagtggtcacaatgcactctggt
gaagaaaaaccaacagacatcataccagaaaaccaggtaattgcagtggcaacgaatgtc
gatggaatagatgcaatagttgcagggcatactcatgttaatataccgcagcatgactac
aagaatccatcaggacagactgtaatagttacagagcctggcaagtggggtgaatatgta
tcacagatatactttgatatcacaaagaacgatcagggcaaatgggtaattgcagacaaa
tggagcactacaataaagatggacgattcaatacaggcagaccctgagatattaaacttg
gcacagccatatcacgatgctacattaaaatacattggcacaaagattggggttgcaaca
ggcgatttcttgggcacagaccagacaataaagcctacagcaataatggaccttataaac
aaagtgcagaaatactatgcaaagacagacctttcaattgccgcacctttgagtagctca
gctaagatattaaaaggtgacatcactatacaggatataatgggcgtgtatgtttatgag
aactacctctatggaataaagatgactggaaagcagttaaaggcttggttggagtggtca
gcaaggtattacaaacaagtgtcttcaccaaatgatccaataacaaaagatccgacactc
aatatacctgattacaacctcgaccagctgtacggtgcaagctatgtgatagatttgaca
cagccggcaggacacagaatcaaaaacctcaaagtaaatggcaaacttgtaaaagatgat
gatgtattcactgtcgcaataaataactacaggttcaacggtggcggtggattcatgcag
gctgctggaataacaaatccagagattgtgtttgattcagcaaaggcctatggagatgac
ggccaggtaagaaatttgatgataaggtatatacaggagcacggcacgataagccctgtg
gttgagagcgattggtacatctcaacgacgccagtacaggaagaagtagaagtaagccag
ggtacaactcagccatcacagcagacagaacaacagacagcttctcagccagtttacaat
tacggaattgtcacagcatcagcacttaatgtgagagaaggcgcagggcttagatataag
gtaataggagtgcttcctgcaggtaaagttgttacactgcttgaagaagtaaatggctgg
tataagattgactacaatggaaagacaggatatatttacagcaagtatgttgctgcaact
ccgaatccgtcaaatgttgttgtgctaaaagctgttaaagtcactgctaagagtggacta
aatgtaagagtaaacaattctctcaatgcgagaaagattggagcagtaccatacggaaca
gagctcaaagtagttggagaatataacggatggtatcaagtgctctataatggtggattt
ggatacgtatatgcgaaatatacaaagtaa

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Pathway (8)   
   KEGG PATHWAY (6)   
   KEGG MODULE (2)   
Chemical substance (38)   
   KEGG COMPOUND (38)   
Chemical reaction (25)   
   KEGG ENZYME (3)   
   KEGG REACTION (22)   
Genome (1)   
   KEGG GENOME (1)   
Gene (23)   
   KEGG ORTHOLOGY (1)   
   RefGene (20)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (6)   
   Pfam (6)   
All databases (104)   

Download RDF
DBGET integrated database retrieval system