KEGG   Paenibacillus sp. FSL H7-0357: H70357_09970
Entry
H70357_09970      CDS       T03358                                 
Name
(GenBank) 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
paeh  Paenibacillus sp. FSL H7-0357
Pathway
paeh00230  Purine metabolism
paeh00240  Pyrimidine metabolism
paeh00760  Nicotinate and nicotinamide metabolism
paeh01100  Metabolic pathways
paeh01110  Biosynthesis of secondary metabolites
paeh01232  Nucleotide metabolism
Brite
KEGG Orthology (KO) [BR:paeh00001]
 09100 Metabolism
  09104 Nucleotide metabolism
   00230 Purine metabolism
    H70357_09970
   00240 Pyrimidine metabolism
    H70357_09970
  09108 Metabolism of cofactors and vitamins
   00760 Nicotinate and nicotinamide metabolism
    H70357_09970
Enzymes [BR:paeh01000]
 3. Hydrolases
  3.1  Acting on ester bonds
   3.1.3  Phosphoric-monoester hydrolases
    3.1.3.5  5'-nucleotidase
     H70357_09970
    3.1.3.6  3'-nucleotidase
     H70357_09970
   3.1.4  Phosphoric-diester hydrolases
    3.1.4.16  2',3'-cyclic-nucleotide 2'-phosphodiesterase
     H70357_09970
SSDB
Motif
Pfam: 5_nucleotid_C SLH Metallophos YL1_C PMSI1 DUF748
Other DBs
NCBI-ProteinID: AIQ16950
UniProt: A0A089I1M7
Position
2188847..2193226
AA seq 1459 aa
MKVTRWNKPIASILAATVLGAQVLGGMFAGSVLGAEKVEAAGAAADSSATVKLRLMSTTD
VHTNVYGWDYFKNNKSLTVGLDRTATLVKTARQENPNNLLLDNGDLIQGTPLGTYMATKS
DIMTKAGKIHPLIAAMNVMGYDAATFGNHEFNYGLEYLDRVVNGSKEDSEATNADFKYVN
ANIYIDDHNADPADDVNAYKPYIIIPKTVTDSSGQTQTIKVGLLGLVTPQIMEWDKVNLE
GKYITKDIAETAEKFVPQMEQAGADVIVAMAHTGFDASAVKGDLSENDVNALSKVPGIDA
ITFSHSHKVFPTNGNDTLLDASFKDPVTKLPYNNDKAVIDNAKGHINNVPAVQAGYGGAY
LGIIDLSVVKDGDSGWKVDKANSESSTRSIYRTENKVNIANVAPDAEVDAAVAADHEATI
AYTGQKLGETTAPMNSYFAMVQDDPTVQIVTYAQKWYVENYIATSAPEYKDLPILSVGAP
FKAGRNGPDEYTKIDKGDLTIRSASDLYLYDNTLKAILVKGSTVKEWLEMSAGAFNRIKT
GISTPQSLLNPSFAVYNFDVIDGIKYQIDVTKNAKYKPDGSINDATSSRVTEVTYNDQPL
DMNQEFVVVTNNYRASGGGNFPGVKDSVMILNSQEENRQVLMDYITTAGTIDPTADNNWS
IAPIKGNVNVTFTSSPAAAAVMTGNITDTGERDGRDFEIYNLKLKETTPSPTGDVEVHLL
GINDFHGQLDTTSMVGDKKAGTAAVLATYLKEARAKYPNSLLFHNGDSVGASAPVSSLER
DEPTHEWMNLMKFDVGTLGNHEFDQGVAALKTQIFGGVDPVNSKVNHAGSDFDYINANAV
DSKTGEPIITPYVIKEVGGIQIGFIGVVTKATPSKVSPAGTAGVKFLSAEEEVAAIEKYA
KELQQKGVETIIVLAHDPATTKNDVTTGEAADLANALPANSPVDVIVAGDNHALANGVVN
GKLVVQAYSYGTAFEDIKLVIDSTTRDVKSKTAVVTTTFQENITPDAETQALVNKYLALH
PELTQPVGTTDGTINRNDAYTKESNLGNLIADAMRQADFGDGKGTADFAFMNPGGIRADL
PKGNVAFGDLAKIQPFGNTLVKLTLTGEQIKTLLQQQWNVKADGTVDTKTLQISGLKYTA
NMYLPVADRVANLTKADGTAISMTQSYTAVVNNFMAAGGDNYSVLTKASATLPGPIDLDV
FYDYVVKTFKGGAITAALEGRIVNNLTAPSTGGGGTLPTATPKPSPTTSASPSPSATPAP
AGTSAPSATPVPSATAVPVFKDLGKVAWAQEAISALAAKGIVKGLDGNTFAPAKTVTRAE
FVTMLVRSLNLSTPGSATFKDVKQGTWYSEPISIAVNAGLVKGSGDNRFEPGRVITRQEM
AIMIAGALKEQLPSVDKTAVLAKFADKSSIASYAQEAVAQLTELGILNGMDDAKFAPKSN
ANRAQAAVIIYRMLENKAS
NT seq 4380 nt   +upstreamnt  +downstreamnt
atgaaagtaacaagatggaacaagcctatcgcttcaatactggcggcaacggttcttggt
gcgcaagtgttgggagggatgtttgcaggttcagttttgggagcggaaaaggttgaagcc
gcaggtgctgcagcagactcttcggccacagttaaactgcggctcatgagtacaacggac
gtgcatacaaatgtctatggctgggactacttcaagaataataaatccttgacggtaggt
ctggaccgcacagcaacattggtcaaaacggccagacaagagaacccgaacaatcttttg
ctcgacaacggtgatttgattcaaggcactccgcttggcacttatatggcaaccaaatcg
gacattatgacaaaggcgggcaaaattcatccgctgatcgcagccatgaacgtgatgggc
tatgacgcagcgaccttcggcaaccatgaattcaactacgggttggagtatttggatcgg
gtagttaatggaagtaaggaagatagcgaagctacgaatgctgattttaaatatgtgaat
gcaaacatttatattgacgaccataatgcggatcctgcagatgacgtcaatgcctataag
ccttatatcatcattcctaagacagttactgacagcagcggccagacgcagacgatcaag
gtgggactccttggactggtaacaccgcaaattatggaatgggacaaagtgaatttggaa
ggcaaatatatcaccaaggatattgccgaaaccgcagagaagtttgttccccaaatggag
caagcgggcgcagatgtaatcgtggcgatggcacataccggatttgatgcatctgccgtg
aagggtgatctttccgaaaatgacgtcaatgcgctgagcaaagtgccgggtatcgatgcc
attaccttctcccacagccacaaggtattcccgaccaacgggaatgataccctgctggat
gcttcttttaaagatcccgtgaccaagctgccgtacaacaacgacaaagcggtcatcgac
aatgcaaagggacacatcaataatgttcctgctgtacaagccggctacggcggtgcatac
ctgggcatcatcgatctctcggttgtcaaagacggagacagcggctggaaggtggataaa
gccaactcggaatcctccacacgttcgatctaccgcacagaaaacaaagtgaacatcgca
aatgttgctccggatgccgaagtggatgcggcggttgctgccgaccatgaagctacaatc
gcgtacaccggccagaagctgggcgaaactacggctccgatgaacagctacttcgctatg
gtacaggatgatccgacagtacagatcgtaacctatgcgcaaaaatggtacgtggagaat
tacatcgccaccagcgcaccggaatacaaggatctgccaattctcagtgtcggggcgcct
ttcaaagcgggacgaaatggccctgacgaatacaccaaaattgataaaggcgatttgacg
atccgcagcgccagcgacctctatctctatgacaatacgctgaaggcgattctggtcaaa
ggcagcacagtcaaagaatggcttgaaatgagcgccggtgccttcaaccgtatcaaaacg
ggcatttcgacgccgcagtctttgcttaatccttcttttgccgtatataatttcgatgta
attgacggaattaaataccaaattgatgtgaccaagaacgcaaagtacaagccggacggg
tctatcaatgacgcaacttccagccgggtgacggaagtgacctacaacgatcagccgctg
gatatgaatcaggaattcgtcgttgtaacgaataactaccgtgccagcggcggcggcaac
ttcccaggtgtgaaggactcagtcatgatcctgaattcccaggaagagaaccgccaggtg
ctgatggattacattaccactgccggtacaattgatccaactgctgacaacaactggtcg
attgctccgatcaaggggaatgtcaacgttacctttacctcttctccagctgcagcagca
gtgatgaccgggaatattacggataccggtgagcgtgacggacgtgattttgaaatctac
aatttgaaattgaaggaaaccactccttcgcctaccggggatgtcgaggttcaccttctc
ggaatcaatgacttccacggtcaattggatacaacttctatggtgggcgataaaaaggca
ggtactgcagctgtgctcgccacctatttgaaagaggcacgcgcgaaatatccgaattcc
ctgctgttccataacggtgactccgtgggtgcatctgcaccggtatcctcgcttgaacgc
gacgagccgacccacgaatggatgaacctgatgaaatttgatgtgggaaccttgggcaac
catgagttcgatcaaggtgttgcagcgctgaaaacacaaattttcggcggtgtggacccc
gttaacagcaaagttaatcatgcgggttcggattttgattacatcaatgctaatgcagta
gacagcaaaaccggagaaccgatcatcacgccttacgttattaaggaagttggcggtatc
caaatcggctttatcggcgtggttaccaaagcgacgccaagcaaagtatcccctgccgga
acggctggcgtgaaattcctgtccgctgaggaagaagttgcggcgattgagaaatacgca
aaggaattgcagcaaaaaggcgtggaaacgatcattgtacttgcccatgatcccgctaca
actaaaaatgatgtgaccacaggcgaagctgccgatctggccaacgcgcttccggccaac
tcgccggtagacgttatcgtagccggagataaccatgcgctggccaatggggttgtgaac
ggcaagctggttgttcaggcttactcttacggcaccgcttttgaagacatcaagcttgtc
attgattctactacccgtgatgtgaagagcaaaacggctgtagttacgaccacattccag
gaaaatatcacacctgatgccgagactcaggcactggtgaataagtatctggcgcttcat
ccggagctgactcagcctgtaggcactacagacggaacgattaaccgcaacgatgcctac
accaaggaatccaacctcggcaacctgattgccgatgcgatgcgccaagccgatttcggt
gacggcaaagggactgctgatttcgcctttatgaatccgggcggcatccgcgctgacctt
ccaaagggaaatgtggcatttggcgatttggccaaaatccagccgttcggcaacacgctg
gtgaagctgaccctgaccggcgaacaaatcaaaacgctgcttcagcagcagtggaacgtt
aaagccgatggaacggtagatacaaaaacactgcaaatttccggtctgaaatatacggcc
aacatgtacctgccggttgctgaccgtgtggccaaccttaccaaggctgacggaaccgcg
atcagcatgactcagagctatacggcagtagtcaacaatttcatggctgcaggcggtgac
aattacagcgtattgacaaaggcaagcgcaactttgccgggacctattgacctcgacgtg
ttctatgactacgttgtgaagacattcaagggcggtgccattactgcggcgcttgaagga
cgtatcgtcaataatcttacggctcctagtacaggaggaggcggtacattaccgacagca
acaccaaaaccttctccaaccacatcagcaagcccgtcgcctagcgcaacacctgcgccg
gcaggaacctcagcgcctagcgcaacgccggtgccgagtgcaacagcggttcctgtattt
aaggatctgggcaaggtagcctgggcacaggaagcgatcagtgctttggccgccaaaggc
attgtcaaaggcctggacggcaatacttttgctccggcgaaaactgtaaccagagcagaa
tttgtaaccatgcttgttcgttcactgaaccttagcacgccaggaagtgcaacgttcaag
gatgttaagcaaggaacctggtattctgagccgatctccattgcggtgaatgccggtctt
gtaaaaggctccggagataaccgctttgagccgggacgtgtaattacccgccaggaaatg
gcgattatgattgcgggtgcgcttaaagagcagctgccttccgtagacaagactgcggtt
ttggcaaagttcgccgataagtcctccattgcctcctatgcccaggaagctgttgcacag
ctgacagagcttggaattctgaatgggatggatgacgccaagtttgcaccgaaatctaat
gcgaaccgtgctcaggcagcggtgatcatctaccgcatgctggagaataaagcatcttaa

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Ontology (2)   
   KEGG BRITE (2)   
Pathway (2)   
   KEGG MODULE (2)   
Chemical substance (38)   
   KEGG COMPOUND (38)   
Chemical reaction (25)   
   KEGG ENZYME (3)   
   KEGG REACTION (22)   
Genome (1)   
   KEGG GENOME (1)   
Gene (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (6)   
   Pfam (6)   
All databases (78)   

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