Thermoanaerobacterium sp. RBIITD: SAMN05660242_0827
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Entry
SAMN05660242_0827 CDS
T10458
Name
(GenBank) 2',3'-cyclic-nucleotide 2'-phosphodiesterase / 3'-nucleotidase
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
thed Thermoanaerobacterium sp. RBIITD
Pathway
thed00230
Purine metabolism
thed00240
Pyrimidine metabolism
thed00760
Nicotinate and nicotinamide metabolism
thed01100
Metabolic pathways
thed01110
Biosynthesis of secondary metabolites
thed01232
Nucleotide metabolism
Brite
KEGG Orthology (KO) [BR:
thed00001
]
09100 Metabolism
09104 Nucleotide metabolism
00230 Purine metabolism
SAMN05660242_0827
00240 Pyrimidine metabolism
SAMN05660242_0827
09108 Metabolism of cofactors and vitamins
00760 Nicotinate and nicotinamide metabolism
SAMN05660242_0827
Enzymes [BR:
thed01000
]
3. Hydrolases
3.1 Acting on ester bonds
3.1.3 Phosphoric-monoester hydrolases
3.1.3.5 5'-nucleotidase
SAMN05660242_0827
3.1.3.6 3'-nucleotidase
SAMN05660242_0827
3.1.4 Phosphoric-diester hydrolases
3.1.4.16 2',3'-cyclic-nucleotide 2'-phosphodiesterase
SAMN05660242_0827
BRITE hierarchy
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Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
5_nucleotid_C
Metallophos
SH3_3
PGA_cap
SH3_4
SH3_2
NadN_nucleosid_C
Motif
Other DBs
NCBI-ProteinID:
SNX53306
LinkDB
All DBs
Position
I:complement(829706..833380)
Genome browser
AA seq
1224 aa
AA seq
DB search
MFKNKGRFISVFVALFMVFSMFISSIPQTAFAATSKTFDFVEVTDFHGNLQASGKLSDGT
AITQERGSVLAKQIKDIKAANPDTVVLSGGDMFQGTPLSNVLKGQPVINMMKSIGFDAMT
LGNHEYDWGIDSIIDTNNATLKNSSIPVLAANVYDKTTGKPVNYTKPYVLLERDGVKIGI
IGIVDNKEFPDIIMPAFIKDVDFKDPVPIVNDLAQQLRKNGAQIVVVLAHMGAITDKNTG
ATTGNLIDFAKQVKGVDAIFGGHTHTIVATKVNGIPVGVANNAGFGYIDLKITLNADGTV
TTGDMKYNDDYNLYNTKTPVVDPDVQAIIDKAVNDAGPLFKQVIGTADIDLTRAQSAEPY
GDSILGNWVSEVTKDAVKADIGFANNGGLRIDVPKGDITVGTMYTLMPFDNTIVTMSMTG
AQIKTVLEQGVQDGGKGIQVAGLKFKYDPSKPSMQRVFDMKKSDGTPIDMNAKYLVATNN
FMGAGGDGFKEFVDPDVQKTYIDTQKLVRDALIDAVKAQKNVTSKIDNRIAPATMPVSNG
TTVTVLATSDLHGNLVPWDYSSAKSANQGLAKVATYVNQVRSQNPNVVLADNGDTIQGTP
LSYYYDKIDTTTEYPMAKAMGAMKYDTWTLGNHEYNYGFDVLNRVIKNMQKENIHVLSAN
TYKDDGTNFVEPYYIKTITTPQGDVKVGILGLTTKTIPSWEDKAHYAGLNFNDLVEEANK
WVPKVRAAGADIVVVAMHSGEESASDTIPENQVKAVATGVNGIDAIIAGHTHAVIQQDTY
KNPAGQNVIVTEPGKWGQYVSQIDFNISKDSNGKWVIDNKTSKAVKMDDSIQADPTIMQL
AESYQDATLKYVGTKIGVASGDFLGTDQLTKETALMDLINKVQKYYAKTDLSIAAPLSSS
AQILKGDVTIQDMMRVYVYENYLYGIKMTGKQLKDWMEWSVRYYQQVKSPQDPITKDKTL
NIPDYNLDQLYGASYTIDLTQPAGSRIKNLSVNGKPVKDSDVFTVAINNYRFNGGGGFMK
AAGITNPEVVFDSAKVYGDDGQVRNLMIKYIQEKGTIDPTVDNYWTISKTSESGENPVPA
PTPNPVPTPSTAPSNYGVVTASVLNVRSGAGTQYSVVGLLYAGKVVNLIGKVNDWYQIDY
NGKTGYIYSKYVAATPNPSNVVVLKKVRVTAKSGLNVRVNNSTAARRIGAVPYGTELKVV
GEYNGWYQVEYNNGYGYVYAGYTK
NT seq
3675 nt
NT seq
+upstream
nt +downstream
nt
atgtttaaaaacaaaggcaggtttataagtgtttttgttgctcttttcatggttttcagc
atgtttatatcaagcatacctcagactgcatttgcagcgacatctaagacttttgatttc
gttgaggtaacggactttcatggaaatttacaagcatccggcaaactgagtgatggaaca
gcaataacacaggagaggggctctgttcttgcaaaacagataaaagacattaaagcagca
aacccagacacagtcgtgctatctggcggagatatgtttcaaggtacaccactttctaat
gttttaaaaggtcaacctgtcattaacatgatgaaaagcataggatttgatgcgatgacc
ctaggaaatcatgagtatgactggggtattgattctatcattgatactaataatgcaaca
cttaaaaattcttcaataccagttttagctgcaaatgtatatgacaagacgacaggtaaa
ccagttaattacactaaaccatatgttttgcttgaaagagatggagttaaaataggcata
ataggcattgtagacaataaagaatttccagatataataatgcctgcgtttataaaagat
gtagattttaaagatcctgttcctatcgtaaacgaccttgcacagcaattaagaaaaaat
ggtgcacagatcgtagtagtactagcacatatgggtgcgattacagataaaaatactggt
gcaacaacaggaaatctcattgattttgcaaaacaggttaaaggtgttgacgcaatattt
ggaggacatacacatactattgttgcaacaaaagtcaatggaattcctgtaggggttgca
aataatgccggatttgggtacattgatttaaagattacgttgaatgccgatggaacagtt
accacaggtgatatgaaatataacgatgattacaacctttataatacaaaaacacctgta
gttgatccagatgtacaagctatcattgataaagcggttaatgatgctggtcctttattt
aagcaagttataggcacagcagatatagatttaacaagagcacagagtgctgagccttat
ggtgattcaatacttggcaattgggtatcagaagtaacaaaagacgcagttaaagcagac
ataggatttgccaataatggaggacttagaattgatgttccaaaaggtgatataacagtc
ggaacaatgtacacacttatgccgtttgataatacaattgttaccatgagcatgacaggc
gcacagattaaaacagtacttgaacaaggagtacaagatggtggaaagggcatacaggta
gcaggacttaaatttaaatatgatccatctaaaccatcaatgcaaagagtatttgatatg
aaaaaatctgatggtactcctattgatatgaatgcaaaatacctcgttgcaacaaataac
ttcatgggagcaggcggagacggatttaaagaatttgtagatccggatgttcaaaagact
tatatagatacacaaaaattagttagagatgctttgattgacgcagtaaaagctcaaaag
aacgtaacatcaaagattgataatagaatagcaccggctacgatgcctgtatcaaacggt
acaacagtgaccgttcttgcaacatcagacttacacggaaacttggtaccttgggattac
agcagtgcaaaatcagcaaatcaaggtcttgcaaaagtagctacatatgtaaatcaggta
aggtctcaaaatccgaatgtagtattagctgataatggcgacacaatacagggaacaccc
ctctcatactactacgataaaatagatacaaccacagaatatccaatggcaaaagcaatg
ggtgctatgaaatatgatacatggacacttggaaaccacgagtacaactacggttttgat
gtattaaatcgagttataaaaaatatgcagaaagaaaatatacatgtattatcagcaaat
acttataaagatgatggaacaaactttgtagagccgtattacattaagacaattacaaca
ccacaaggtgatgttaaagtaggcatacttggtcttacaacaaagacaataccgtcatgg
gaagacaaggcacattatgcagggctgaacttcaatgaccttgtagaagaagcaaacaaa
tgggtaccgaaggtaagagccgcgggtgcagatatagtagttgttgcaatgcattcaggc
gaagaatctgcatcagatacaataccagaaaaccaggtaaaggcagtagcgactggcgtg
aatggtattgacgcaatcatagcaggacatacacatgcggttatacagcaggatacctac
aaaaacccagctggacaaaatgttatagtaaccgagccaggcaaatggggtcaatatgta
tcgcaaatagacttcaatatctcgaaagattcaaacggtaaatgggtaatagacaataag
acaagtaaagccgtaaaaatggatgattcaatacaagcagatccaacaataatgcagctt
gcagaatcttatcaagatgcaacattaaaatatgtagggacaaagataggagtggcatct
ggcgattttcttggaacagatcaattaacaaaagagacagctttgatggaccttataaac
aaagttcagaaatactatgcaaagactgacctttcaattgcagcaccacttagcagttca
gcgcagatactaaaaggcgatgtaacaatacaggatatgatgagagtctatgtatatgaa
aactacttatatggaataaagatgacaggtaagcaattgaaggattggatggaatggtca
gtaaggtattatcagcaggtaaaatcaccacaagatccaataacaaaggacaagacattg
aatataccagattataatctcgaccagttatatggtgcatcatatacaatagatttaaca
cagccagcaggaagcagaataaaaaatctatctgttaatggcaaacctgtcaaagacagt
gacgtatttaccgttgctattaataactacaggtttaatggtggcggtggattcatgaaa
gcagcaggaataacaaatccagaagtagtctttgattcagcaaaagtatatggtgatgat
ggacaggttagaaatttaatgataaagtacattcaagaaaaaggcacaatagacccaaca
gttgacaactactggacaatatctaaaacatctgaatctggagaaaacccagtaccagct
ccaacaccaaatcctgtaccgacaccaagtacagcaccttcaaattacggcgttgttact
gcatcagttctaaatgtaaggtctggcgcaggaacacaatatagcgtagtaggtttatta
tacgcaggaaaagtagtaaatcttataggcaaagtaaatgactggtatcaaattgattat
aacggaaagacaggatatatatacagtaaatatgtagctgcaacgccgaacccgtcgaat
gtagttgttcttaagaaagtaagagtaactgctaagagcggattaaatgttagagtaaat
aattcaacagctgcaagaagaattggcgctgtaccatatggaacggaattaaaggtagta
ggtgaatacaatggctggtatcaagtagaatacaataatggatatggctatgtatatgcc
ggctatacaaaataa
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