Neobacillus novalis: QNH39_24425
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Entry
QNH39_24425 CDS
T09082
Name
(GenBank) bifunctional 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
nnv
Neobacillus novalis
Pathway
nnv00230
Purine metabolism
nnv00240
Pyrimidine metabolism
nnv00760
Nicotinate and nicotinamide metabolism
nnv01100
Metabolic pathways
nnv01110
Biosynthesis of secondary metabolites
nnv01232
Nucleotide metabolism
Brite
KEGG Orthology (KO) [BR:
nnv00001
]
09100 Metabolism
09104 Nucleotide metabolism
00230 Purine metabolism
QNH39_24425
00240 Pyrimidine metabolism
QNH39_24425
09108 Metabolism of cofactors and vitamins
00760 Nicotinate and nicotinamide metabolism
QNH39_24425
Enzymes [BR:
nnv01000
]
3. Hydrolases
3.1 Acting on ester bonds
3.1.3 Phosphoric-monoester hydrolases
3.1.3.5 5'-nucleotidase
QNH39_24425
3.1.3.6 3'-nucleotidase
QNH39_24425
3.1.4 Phosphoric-diester hydrolases
3.1.4.16 2',3'-cyclic-nucleotide 2'-phosphodiesterase
QNH39_24425
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
5_nucleotid_C
Big_6
Choline_bind_1
Choline_bind_3
Choline_bind_2
Metallophos
Big_13
NadN_nucleosid_C
Motif
Other DBs
NCBI-ProteinID:
WHY85715
UniProt:
A0AA95MLH7
LinkDB
All DBs
Position
complement(4934530..4939458)
Genome browser
AA seq
1642 aa
AA seq
DB search
MKRKITRNIRSKLLKSSLALALAASMIPFSFSPGVANAEAAGNTATLRILETTDLHNNIM
SYDYYQDTSAGINYGLSKTASLIGQARSEVPTENSMLFDAGDTLQGNPMADYVAKVKPIT
KADTHPMFKAMNLLKYDAAIVGNHEFNFGLDFLDTALANAAFPIVNANIYIDDKDGNPDN
DKNYFTPYEIIDKKIKDKNGQEQTVKVGVIGLAPPQIMQWDRDKVEGKLIIKDIVKTANK
FIPEMKAKGADVIVAIAHSGCDIASEGKEAAENAVFDLTKVDGIDAMLFGHSHTNFPGSS
FNGKKGIDNEKGHINNTPAVEAGYWGNNLGVLDLELVQQADGTWKADRANSKSVNRPVTA
ATNAVDEIVNAVKHEHEATLDYVRGKLGETPAPINTFFSRVIDDPALQLINEAQADFVKK
YITEHRPDLKDIPVISAAAPFKGGSSYTNIPKGDISIKSANDLYIYNNTLKALQLTGAEV
KEWLELCAAAFNKIDPNKDGIQDLLDNGFTPYNYDVIDGLKYQIDVTKNARYTRNGVRTS
SQEHRIIHLTMMDGTPVKDDQVFILATNNHRAGGTGNYPGTGADAKLILDSLLENREVLM
DYIKEKNVVNAVADNNWKIAPVGGVAKLVFNSSPDAKAYLSSAPNLKDLGPSTIRPGYQL
YELDQNVHVKLLGINDLHGQLDYSTTVSGQLVGGIEYLAGYLKEKEATNPSHTLKVHAGD
AVGASRPVSALMQEEPTIRFLNELGFDVGTVGNHEFDQGITEMMRLINGGSHPKTVDKYG
PFEGASFPYTVANVVDEKTNELILPPYVIKEVDGVKIGFIGVVTTETPTIVTPSGVAGVK
FTDEVDAINKYTAVLKEKGIKAIVVLAHESGSSSTNGSNPTGKVVEFAKKVDDEVDVIFG
AHNHAYMNSTVNGKLMIQSYSYGTAFSDVDLTIDPVTQDIVAKEAKIVRTVQNKEHLDSK
TKAKLDEYLEYIQPITSEVVGEAATAISRSTSSAGESALGNLIADGMRANTGTQFAFMNS
GGIRDDIKKPGPITWGDLFAIQPFGNDIVTMKITGDQVRILLNQQWSDSGSKVMQISGLK
YTWTSKLPIGNRVLDIYLPDGTEIDPKGEYTVTVNNFMADGGDGFTILKEGKERVTGTTD
FKAFFNYVKAQSVIKPIAPVIEGRILRDVVKTPTVQVSQFDSILRGQTSPGAKIVVSIGE
IKFDEVTADASGKFEVEIGKQAVGTVITLDITDTLGNKGTFKVTVAAPAAPVVNPVTDAD
VVITGTSEAGEKVVAKAGDKELGTAVANAEGKFTITIAKQAAGTVIMVTATDAAGNVSIA
TEVTVSDATAPAAPQVNDVTDADEILTGTAEAGSTVTAMVDGKEIGQATADSAGKFEIKI
AKLAAGVKISVTATDAAGNTSAATEVTVSAKVVEQPAKQGWKFENGKWYFYDNDLAKTGW
LKDKEKWYYLGADGAMVTKAWVQTGAKWYYLGTDGVMVTKAWAQTGAKWYYLGADGVMVT
KAWVQTGAKWYYLSADGAMVTKSWAQSGAKWYYLDADGVMVTKAWVLSGGKWYFLGSDGK
MLENEWLLDKNKWYYLGKNGAMASTSWVLSGSNWYFMDNHGAMKTGWVLTGGKWYYLYTN
GKMAANTVVQGYKLGANGAWIK
NT seq
4929 nt
NT seq
+upstream
nt +downstream
nt
ttgaaaagaaagattactagaaacattcggagcaaactattaaaaagttctctcgcatta
gcactcgcagcaagtatgattcccttctcatttagccctggagtggctaatgcagaggca
gcaggaaacacggcgactcttcggatcttagaaacaacggacctacataataacatcatg
tcctatgattattatcaggataccagtgcaggtatcaactatggtctatccaaaacagca
agcttgattgggcaggctagatcagaggttccaacggaaaactccatgctgtttgatgca
ggtgacacgcttcaagggaaccctatggccgattatgtggcaaaagtgaagcccatcacc
aaagcagacacgcacccgatgtttaaagctatgaatctattaaaatatgatgctgcgatt
gtcggtaatcatgaatttaactttggtttagactttctcgacacggcgctagcaaatgca
gcatttccaattgtaaacgctaacatttatattgatgataaggacggaaatcctgataac
gataaaaactactttacgccatatgaaatcattgataaaaaaatcaaggataaaaatggt
caagaacaaacagttaaggtaggggttattggccttgctcctccgcaaatcatgcagtgg
gatcgagacaaagttgaaggaaaactaatcattaaagacattgttaaaaccgccaacaag
tttatccctgaaatgaaagcaaagggcgctgacgttattgtcgccattgctcactctggc
tgtgacattgcctcagaaggaaaagaagcggcagaaaatgctgtttttgacttaacgaaa
gtcgacggcattgatgccatgctctttggacattctcataccaatttccctggctcttct
tttaatggtaaaaagggaattgataatgaaaaaggacatattaacaatacacccgctgtt
gaagctggttattggggaaataacctaggtgtcctcgatttagaattagttcaacaagca
gatggaacgtggaaagctgacagagctaattcaaaatctgttaaccgccctgttactgct
gcaacgaatgctgttgacgagattgtaaatgcagtaaaacatgagcatgaagctacacta
gattatgtacgtggcaagcttggggaaactccggctccaataaatacgtttttttcacgg
gtaattgatgacccggcgcttcaacttattaatgaggcacaggctgattttgtaaaaaag
tatattactgagcaccgcccagatttgaaagatataccggtcatttccgctgcagctcca
tttaaaggcggatcaagttatacgaatatccctaaaggtgatatttcgattaaaagtgcg
aatgacctttatatctataacaatacgcttaaggcccttcaattaacgggtgccgaggta
aaagagtggttagaattgtgtgcggcagcattcaataaaattgacccaaacaaagatggc
attcaagatttactcgataacggtttcactccttacaattatgatgtgattgatggtctt
aaataccaaattgatgtcacaaaaaatgcccgatatacaagaaatggtgtgagaacttct
tctcaggaacatcggattatccatttaacgatgatggatggaacacctgtcaaagatgat
caagtatttatcctagcaaccaataaccaccgtgctggcggcactgggaactatccgggt
acaggtgctgatgcaaaactaattcttgattcactgctcgaaaaccgcgaagtactgatg
gattatatcaaagaaaaaaatgtagtcaatgctgttgcagataacaactggaagattgct
ccagttggcggtgtagctaaattagtattcaactcttcaccagatgcaaaagcctattta
tcttcagcaccaaatcttaaggatcttggcccatcaacgattagaccaggatatcagctc
tatgaattagatcaaaatgtccatgtgaaactattgggtatcaatgatctccatggacaa
ttggattattcgacaacggttagtggccagctagtgggcggaattgaatatttagccgga
tatttgaaagaaaaagaagcaacaaacccttcccatacgttaaaggttcatgctggtgat
gcggttggagccagccgtccggtgtctgcattaatgcaggaagaaccgactattcgtttc
ttaaatgaacttggttttgatgtgggtactgttggtaaccatgaatttgatcagggcatt
accgagatgatgcgtctaatcaacggcggaagccatcctaagaccgtcgataagtatggt
ccctttgaaggtgcgagtttcccatacacggtagcaaacgttgtcgatgaaaaaacaaac
gagcttattttgcctccatacgtcatcaaagaggtagacggagtcaaaattggttttatt
ggagtcgtgacaacggaaactccaacaattgttacgccaagcggggtagccggagtgaaa
tttaccgatgaggtagacgccattaacaagtatacggctgtacttaaagaaaaaggcata
aaggcaatcgtcgttcttgcccatgaatctggaagctcatctactaatggctcgaacccg
actggaaaagtggttgagtttgccaaaaaggttgatgatgaagttgacgtgatttttggc
gcccacaaccatgcgtatatgaattcaacagtaaatggaaaattaatgattcaatcgtat
tcgtacggaacagctttttcagatgttgatttaacaatagatccagttacacaggatatc
gtggcaaaagaggccaaaatcgtaagaacggtacaaaacaaagaacatcttgatagtaaa
acgaaagcgaagcttgatgaatatctagaatatattcaaccaatcacaagtgaagtggta
ggcgaagcggctactgcgattagccgttctactagttcagccggcgaatcggcattgggt
aacttaattgccgatggaatgcgtgcgaatactggaacgcaattcgcctttatgaattca
ggcggaatccgtgatgatatcaaaaagccaggtccgattacttggggcgatctttttgcc
attcagccgtttggtaacgatattgttacgatgaaaataacgggtgaccaagtaaggatc
ttactcaaccaacaatggtctgattctgggtcgaaggttatgcagatttccggattgaaa
tatacttggacaagtaaattacccattggaaatagggtgttagatatctatcttccagat
ggtacggaaattgaccctaaaggcgagtatacggtcactgtcaataactttatggcagat
ggcggagacggctttaccatccttaaagaaggtaaggaaagagtaaccgggacaactgat
tttaaagcattttttaactatgtaaaagctcaatcggttattaaaccaatagccccagtt
attgagggaagaattttaagagatgtggtaaaaaccccaactgttcaggtgtcgcaattt
gattcgattttacgcggacaaacaagcccgggggcaaagattgttgtatccataggcgag
ataaaattcgacgaagtcacagctgatgcttcaggtaaatttgaagttgaaattggtaaa
caagctgtcggtacagtaattacgctagacattacagatactcttggtaataagggaact
ttcaaagtgacggtcgcagcacctgcagcaccggttgtaaatccggtaactgatgcggac
gtagtcatcaccggaacttcggaagccggagaaaaagtagtggcaaaagcgggcgataag
gaattaggtactgccgttgcgaatgcagaaggtaaatttaccatcactattgcgaagcaa
gcagcaggaaccgtcatcatggtaacagcaacagatgcagctggaaacgtaagtatcgca
acagaagtaaccgttagcgacgcaacagcaccagcagcaccgcaagtaaatgatgttacg
gatgcggacgagatccttacaggtacagctgaagcaggctcgacagtgacagcaatggtt
gatggaaaggaaatcgggcaagcgactgcagattcagcaggcaagtttgaaatcaaaatt
gcgaagctggcagctggcgtgaagatttctgtaacggcgacagatgcggccggaaataca
agtgcggcaacagaagtaaccgtaagtgctaaagtggtggagcagccagctaaacaaggt
tggaaatttgaaaacggtaaatggtatttctatgacaatgatctggccaaaactggctgg
ttaaaggacaaagagaagtggtactacttaggtgccgatggagccatggtaacaaaagct
tgggttcaaaccggagcgaaatggtactacttaggtactgatggagtcatggtaacgaaa
gcctgggcgcaaaccggagcgaaatggtattacttaggtgccgatggcgttatggtaacg
aaagcatgggttcaaaccggagcgaaatggtactacttgagtgctgatggagccatggtc
acaaaatcgtgggcacaatccggagcgaaatggtattacttagatgccgatggagtcatg
gtaacgaaagcctgggttctatccggcggcaaatggtatttccttggcagtgacgggaaa
atgctcgaaaatgaatggctgcttgacaaaaataaatggtactacttaggtaaaaatggt
gcaatggcttccacttcatgggtactatcaggaagcaactggtatttcatggacaaccat
ggcgccatgaaaactggctgggtactgaccggcggcaaatggtactatctctacactaat
ggaaagatggcagcaaacacggttgttcaaggttataaacttggagcaaacggtgcctgg
attaaataa
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