Thermoanaerobacterium xylanolyticum: Thexy_1993
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Entry
Thexy_1993 CDS
T01505
Name
(GenBank) 5'-nucleotidase., 2',3'-cyclic-nucleotide 2'-phosphodiesterase
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
txy
Thermoanaerobacterium xylanolyticum
Pathway
txy00230
Purine metabolism
txy00240
Pyrimidine metabolism
txy00760
Nicotinate and nicotinamide metabolism
txy01100
Metabolic pathways
txy01110
Biosynthesis of secondary metabolites
txy01232
Nucleotide metabolism
Brite
KEGG Orthology (KO) [BR:
txy00001
]
09100 Metabolism
09104 Nucleotide metabolism
00230 Purine metabolism
Thexy_1993
00240 Pyrimidine metabolism
Thexy_1993
09108 Metabolism of cofactors and vitamins
00760 Nicotinate and nicotinamide metabolism
Thexy_1993
Enzymes [BR:
txy01000
]
3. Hydrolases
3.1 Acting on ester bonds
3.1.3 Phosphoric-monoester hydrolases
3.1.3.5 5'-nucleotidase
Thexy_1993
3.1.3.6 3'-nucleotidase
Thexy_1993
3.1.4 Phosphoric-diester hydrolases
3.1.4.16 2',3'-cyclic-nucleotide 2'-phosphodiesterase
Thexy_1993
SSDB
Ortholog
Paralog
GFIT
Motif
Pfam:
5_nucleotid_C
Metallophos
SH3_3
PGA_cap
SH3_4
SH3_2
NadN_nucleosid_C
CheF-arch
DUF8047
Motif
Other DBs
NCBI-ProteinID:
AEF18011
UniProt:
F6BJZ0
LinkDB
All DBs
Position
complement(2062556..2066182)
Genome browser
AA seq
1208 aa
AA seq
DB search
MLKGRGKVLSIILTFVMVFGMVFSSMPQISYAATSKTFDFVEVTDFHGYLQASGKLSDGT
PITQERGSVLAKRIKDIKAANPDTVVLSGGDMFQGTPLSNVLKGQPVIDMMKSIGFDAMT
LGNHEYDWGIDSVIDTNNAVLKGSTIPVLAANVYDKTTGKPVSYTKPYVVIERDGVKIGI
IGIVDNKEFPSIILPSLISNVDFKDPVPIVNNLAQQLRNDGAQIVVVLAHMGATTDKNTG
ETTGNLIDFAKNVKGVDAIFGGHTHTIVTTRVNGIPVGVANNAGMGFIDLKIKVNSDGTV
SAGDMVYNDDYSYYNTKTPVVDEDVQSIVDKAIQDAGPLFSQVIGTADVDLTRTQSANPF
GDSILGNWTSEVVKNAVNADFAFGNNGGLRTDVLKGDITVGTMYTLMPFDNTIVTVSMTG
AEIKKVLEQAVQDGGKGIQVAGLSFKYDPSKPSMNRVFDMKKSDGTPIDMNARYLVATNN
FMGTGGDGFTEFTDPDVQKSYIDTQKLVRDAFIDAVKAQGHITAKIDNRISPATMIASNE
TTITVLATSDVHGNLVPWDYSSAKEANQGLAKVAGYVDQVRSENPNVVLVDNGDTIQGTP
LSYYYDKIDTKSEYPMAKAMGAMHYDTWTLGNHEFNYGLDVLNRVIADMEKENIHVLSAN
TYKDDGTNFVEPYYIKTITTPMGDVKVGILGLTTKEIPSWEDKSHYAGLKFNDLVEEANK
WVPKVRAAGADIVVVAMHSGEESPSDTIPENQVKAVAQGVNGIDAIIAGHTHAVIQMDTF
KNPEGKDVIVTEPGKWGQYVSRIDFNLSKDENGKWTIDSKTSKAVAMGSSVQPDENIMQL
AEPYQEATLKYVGTKIGTASGDFLGKDQLTKETALMDLINKVQKYYAKTDLSIAAPLSST
AQILKGDVTIQDMMSVYVFENYLYGIKMTGKQLKDWMEWSARYYQQVKSPDDPITKDKTL
NIPDYNLDQLYGASYTIDLTQPVGNRIKNLTVNGKPVKDDDVFTVAINNYRFNGGGGFMK
AAGITNPVIVFDSAKAYGDDGQVRNLMISYIKMKGTIDPVVDNYWTISKTPVLEGNVGSK
GIVTASALNVRSGAGTNYKVIGVVRAGQSINIIGENDGWYQIEYNGKTGYVYGKYVASSP
DLTNVAVLKSVKVTAKDGLNIRVNNSINALKIGAVPYGYELKVVGEYDGWYKVLYNGVYG
FVYAKYTK
NT seq
3627 nt
NT seq
+upstream
nt +downstream
nt
atgttaaaaggtagaggcaaagttttaagtatcattttgacatttgtgatggtatttggc
atggtattttcaagtatgcctcagatatcatacgcagctacatcaaagacatttgatttt
gtagaagtcactgatttccacgggtatctgcaagcatcaggtaaattaagcgatggaaca
cctatcacccaagagagaggatctgtattggcaaaaagaataaaagacataaaggcagca
aatcctgatactgtcgtactatcaggaggagatatgtttcaaggtacgcctctttcaaac
gttttaaaaggacagcctgtcattgatatgatgaaaagcattggctttgatgcaatgaca
ttaggaaatcacgagtacgactggggcattgattctgttatagacactaataatgcagtt
ttaaaaggatctacaatacccgttttagcagccaatgtatacgacaaaactacaggcaaa
cctgtaagttacacgaaaccatacgttgtaattgaaagagatggagtaaagatcggcatc
attggaatcgttgataacaaagaattcccgtctataattttgccatctctcataagtaat
gtagattttaaagatcctgtgccaattgtaaataatcttgcacagcagttaagaaatgat
ggtgcgcagattgtagttgttttagcgcatatgggagctacgactgataagaatacaggt
gagacaacaggtaatctcattgattttgctaagaacgtaaaaggcgtagatgctatattt
ggtggtcatacacatacgattgtcacaaccagagtaaatggaatacctgtaggtgttgcc
aacaatgcaggcatgggttttatagatcttaagataaaagtaaatagcgatggtactgta
agcgcaggagatatggtttacaacgacgattacagctattacaatacgaaaacaccagta
gttgatgaagatgttcaaagtatagtagataaagctatacaagacgctggaccgttattt
agccaagtcattggcactgcagatgtagatttgacgagaactcaaagtgcaaatcctttt
ggagattcgattttaggaaattggacgtcagaagtcgttaagaatgctgtaaatgctgat
tttgcctttggaaacaatggtggacttagaactgacgtattaaaaggcgacatcactgtt
ggaacaatgtacacgttgatgccatttgacaataccattgtcacagtaagcatgactggt
gcagagattaagaaagtattggaacaagcggttcaggatggtggcaaaggcattcaggtt
gcaggtctttcatttaagtacgatccaagtaaaccgtccatgaatagagtatttgacatg
aagaaatctgatggtacaccaatagacatgaatgcaagatatcttgtagcaacgaataat
tttatgggaactggtggagatggttttacagaatttactgatcccgatgtgcaaaagtct
tacatagatacgcagaaattagtgagagatgcatttatcgatgcagtaaaggcacaaggt
catataacggcgaaaatagacaatagaatatctcctgccacaatgatagcttctaatgaa
acgactataacagttttagccacatctgatgtacatgggaatctggtgccgtgggattac
agcagtgcaaaagaagctaatcaaggccttgcaaaagtagcaggctatgttgatcaagta
agatccgaaaatcctaatgtcgtattagtagacaatggtgatacaattcaaggtacgcca
ctctcatactactacgacaaaattgacacaaagtctgaataccctatggcgaaggctatg
ggcgccatgcactacgatacgtggacgttagggaaccatgaattcaattatggtttggat
gtcttaaatagagtaattgctgatatggaaaaggagaacatccatgtcttatctgcaaat
acttacaaagatgatggcaccaactttgtagagccttactacattaaaacgataactaca
cctatgggcgatgtgaaagtaggcatattaggacttactacaaaagaaattccttcatgg
gaagacaaatctcattacgcggggcttaaatttaatgaccttgtagaagaagcaaataaa
tgggtacctaaagtgagagctgctggggcagacatagttgttgttgctatgcactctggc
gaagaaagcccatcagatactataccagaaaatcaggtaaaagctgtagctcaaggtgta
aatgggatagatgcgataatagctggacatacacatgctgtaatacaaatggatacattt
aaaaacccagaaggtaaagatgtaatagtgacagagcctggcaaatggggacaatacgtt
tcaaggatagacttcaacttatctaaagatgaaaatgggaaatggacaattgacagcaaa
acaagcaaagctgtcgcgatgggcagctcagtacaacctgatgaaaacataatgcagctt
gcagagccataccaagaagcgactctcaaatacgtaggaaccaagataggcacagcttct
ggtgacttcttaggaaaagatcagttgacaaaggaaacagccttgatggatcttatcaac
aaagttcaaaaatactatgcaaagactgatctttcaatagccgcaccgttaagcagcact
gctcagatattaaaaggcgatgttacaatacaagacatgatgagcgtatatgtgtttgaa
aattacttgtacggaataaagatgactggtaaacagttaaaggattggatggaatggtct
gcacgatattatcagcaggtcaaatctccagatgatcctataacaaaggataagaccctt
aatataccagattacaaccttgatcagctttatggagcaagttataccatagatcttaca
cagcctgtcggaaacaggattaagaatttgacagtaaatggcaaaccagtgaaagatgac
gatgtatttactgttgcaataaacaactacagatttaatggcggcggaggttttatgaag
gcagcaggaattacaaatcctgtaatagtctttgactcagctaaagcatatggcgatgat
ggtcaggtaagaaacttaatgataagttatataaaaatgaaaggtactatagatcctgtt
gtcgacaactactggacaatatctaagacaccagttttagaaggaaatgttggaagtaaa
ggcattgtcacagcatcagctttaaatgtgcgttcaggtgctggtacaaattataaagtg
ataggtgtagtaagagctggtcaatctatcaacataataggcgaaaatgatggttggtac
cagattgaatacaatggaaaaacaggttatgtatatggcaagtatgtagcttcgtcgcca
gatttaacaaatgtagccgtattaaaatcggtgaaggtgactgctaaagacggacttaat
atcagagtgaataattccataaatgcgctaaaaataggagcagtaccgtacggctatgaa
ttaaaagtagtcggcgaatacgacggatggtataaagtcctgtataacggcgtatacgga
tttgtttatgcaaaatacacaaaatag
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