KEGG   Streptococcus salivarius NCTC 8618: SSAL8618_01125
Entry
SSAL8618_01125    CDS       T03511                                 
Symbol
cpdB
Name
(GenBank) 2', 3'-cyclic nucleotide 2'-phosphodiesterase
  KO
K01119  2',3'-cyclic-nucleotide 2'-phosphodiesterase / 3'-nucleotidase [EC:3.1.4.16 3.1.3.6]
Organism
strs  Streptococcus salivarius NCTC 8618
Pathway
strs00230  Purine metabolism
strs00240  Pyrimidine metabolism
strs01100  Metabolic pathways
Brite
KEGG Orthology (KO) [BR:strs00001]
 09100 Metabolism
  09104 Nucleotide metabolism
   00230 Purine metabolism
    SSAL8618_01125 (cpdB)
   00240 Pyrimidine metabolism
    SSAL8618_01125 (cpdB)
Enzymes [BR:strs01000]
 3. Hydrolases
  3.1  Acting on ester bonds
   3.1.3  Phosphoric-monoester hydrolases
    3.1.3.6  3'-nucleotidase
     SSAL8618_01125 (cpdB)
   3.1.4  Phosphoric-diester hydrolases
    3.1.4.16  2',3'-cyclic-nucleotide 2'-phosphodiesterase
     SSAL8618_01125 (cpdB)
SSDB
Motif
Pfam: 5_nucleotid_C Metallophos Gram_pos_anchor PGA_cap Beta-prism_lec
Other DBs
NCBI-ProteinID: AIY20391
UniProt: A0A448A640
Position
202226..204766
AA seq 846 aa
MKTNRYVTQSAVVLGLFALLTVPQVVGQADEATAPVPTASTETVADSGTSVVSGQGTSGT
AVQGGTETVSATPTTVATNASAEPSANTSTTQASQEASAVLTNANQVTPAVPVQAETVTE
PAHEGQTVDMQILSTTDLHTNLVNYDYYQDKPSQTVGLSKTAVLIKKARETNPNTVLVDS
GDTIQGTPFGTYKALIDPVAQGETHPMYKAFEMLGYDAETLGNHEFNYGLEFLDRMVKAA
KINIINANVRNAQTGDYYYNPYKIVNKTFTDTDGKQVTLKIGITGVLPTQILVWDKANLE
GKVTVDDPMEAVKAIVPKMKAAGADYILVAAHSGIGDNEYTKNEENEGYQIAGIEGVDAV
ATGHSHADFPNGDGTSFYAKYPGVDDVNGIINGKPVVMAGKFGDHLGIMDVKLTYTDGKW
KVVNSKAKLEKIDTKSDVADKDLIDMAAHDHNGTINYVRKEVGETTAPITSYFAQVQDDP
SIQIVNNAQLWYAKKQVAGTADENLPILSAAAPFKAGTRGDATYYTDIPAGPLAIKNVAD
LYLYDNVTALLKVTGAQIKEWLEMSAGQFNQIDPNSKEPQQLINSSYRSYNYDVIDGLTY
KFDLTQPNKYDREGKLVNPDASRVRDLAYQGKPIDLNQTFLVVTNNYRATGNFPGVKDAA
EKRLLNLENRQAIIDYIVSEKTINPTADGNWSFVPNITNADIRFASSDNARAHLAGQDAI
SYVGPSTQAGFAEYRLIVKEKANQVEDTTKKESEKSPKGSETADQTKRETPKATVGASVA
KPAPAIQLSNAQVVILPQAQVQEAQGSSSVKALPNTGSDESVSATLAGLVLMTLAGFFGI
KKHEKN
NT seq 2541 nt   +upstreamnt  +downstreamnt
atgaaaacgaatcgttatgtgactcaatccgctgtggttttgggcctctttgctctcttg
actgtgccacaagtcgtagggcaagccgatgaagcaacggcaccagtaccaactgcttct
accgaaactgtggcagatagtggtacttctgtagtatcaggacaaggaacttctgggaca
gctgttcaaggaggaacagagactgtctctgctacaccaacaacagtagcgacaaatgcg
tctgcagagccatcagctaatacctcaacgacccaagcaagtcaagaagccagtgctgtt
ttgacgaatgccaatcaggtgacaccagcagtgccagtacaggctgaaactgtaacagag
cctgctcatgaggggcagaccgttgatatgcagattttgtcaacaacagaccttcatacc
aacttggttaactatgactattatcaagataagccgtctcaaacagttggtttgtctaaa
actgctgtccttatcaaaaaagctcgtgaaactaatccaaatacggtcttagtggacagt
ggggatacgattcaggggactccttttgggacttataaggccttgattgaccctgttgcc
caaggtgagactcaccctatgtacaaggctttcgagatgcttgggtatgacgccgaaacg
cttggaaaccacgagtttaactatggcctagaatttttggatcgcatggttaaggctgct
aagattaatattatcaatgccaatgtgcgtaatgctcagactggtgattactattacaac
ccttataagattgttaacaagacctttactgatacggacggcaaacaggtaacactaaaa
atcggtattactggtgtccttccaacacagattttggtttgggataaggccaaccttgaa
ggtaaggtaaccgttgatgatccaatggaggctgttaaggctatcgttcctaagatgaag
gctgcaggagctgactatattcttgttgctgctcactctggtattggtgataatgaatac
actaagaacgaagaaaatgagggttaccaaattgctggtatcgaaggcgttgatgctgtt
gcgacagggcattctcacgctgatttcccaaatggagatggcacaagtttttatgcgaaa
tatcctggtgtagatgatgtcaatggtatcatcaatgggaaacctgtggttatggctggt
aaattcggagatcatctaggtatcatggatgttaaattgacttacacggacggcaaatgg
aaagttgttaacagtaaggctaagcttgaaaagattgatactaagtcagatgttgcggac
aaggacttaattgacatggcagctcatgaccataatggaacaatcaactatgttcgtaag
gaagttggtgagactactgcaccaattactagctactttgctcaggttcaggatgatcca
tctattcaaatcgttaataatgcacaactatggtatgctaaaaaacaagtagcgggaaca
gcagatgagaatctcccaatcctctcagcggctgcacctttcaaggcagggactcgtggg
gatgcgacctactataccgatatcccagctggtccattggccattaagaacgtcgcagat
ctctacctctacgacaatgttactgccctactcaaagtgactggggcacaaattaaagaa
tggttggaaatgtctgcaggacagttcaatcaaattgatcctaacagcaaagaaccacag
caactcattaacagtagctatcgctcatacaattatgatgtgattgatgggttgacttat
aagtttgatttgacacaacctaacaaatacgatcgtgaaggtaagttggttaatccagac
gctagtcgtgttcgtgacttggcttatcaagggaaacctattgatttgaatcagactttc
cttgtcgtgactaacaactatcgtgcgactggtaacttccctggtgttaaagatgctgcc
gaaaaacgcctcctcaatcttgagaatcgtcaggccatcattgattatatcgttagcgag
aagacaattaacccaactgccgatggaaattggagtttcgtccctaatattacgaatgca
gatatccgttttgcttcatctgacaatgcgcgtgcccaccttgctggtcaggatgccatt
agttatgtaggaccatcaacacaagccggatttgcagagtaccgcttgattgttaaggaa
aaggcaaatcaagttgaggatacgactaagaaagaatctgagaagtcaccaaaaggttct
gagacagcggatcaaactaagcgtgagacaccaaaagctactgtaggtgctagcgtggct
aaacctgccccagctatccaattgtcaaatgctcaagtcgttatcttgcctcaagctcaa
gtacaagaagcccaaggttcaagttcagttaaggccttgccaaacactggttcagacgaa
tctgtgtcagcaactttagctggtctggttcttatgaccttggctggattctttggaatc
aaaaaacacgaaaaaaattaa

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Ontology (2)   
   KEGG BRITE (2)   
Pathway (3)   
   KEGG PATHWAY (3)   
Chemical substance (14)   
   KEGG COMPOUND (14)   
Chemical reaction (10)   
   KEGG ENZYME (2)   
   KEGG REACTION (8)   
Genome (1)   
   KEGG GENOME (1)   
Gene (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (5)   
   Pfam (5)   
All databases (39)   

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