Neobacillus mesonae: CHR53_23625
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Entry
CHR53_23625 CDS
T06691
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
nmk
Neobacillus mesonae
Pathway
nmk00230
Purine metabolism
nmk00240
Pyrimidine metabolism
nmk00760
Nicotinate and nicotinamide metabolism
nmk01100
Metabolic pathways
nmk01110
Biosynthesis of secondary metabolites
nmk01232
Nucleotide metabolism
Brite
KEGG Orthology (KO) [BR:
nmk00001
]
09100 Metabolism
09104 Nucleotide metabolism
00230 Purine metabolism
CHR53_23625
00240 Pyrimidine metabolism
CHR53_23625
09108 Metabolism of cofactors and vitamins
00760 Nicotinate and nicotinamide metabolism
CHR53_23625
Enzymes [BR:
nmk01000
]
3. Hydrolases
3.1 Acting on ester bonds
3.1.3 Phosphoric-monoester hydrolases
3.1.3.5 5'-nucleotidase
CHR53_23625
3.1.3.6 3'-nucleotidase
CHR53_23625
3.1.4 Phosphoric-diester hydrolases
3.1.4.16 2',3'-cyclic-nucleotide 2'-phosphodiesterase
CHR53_23625
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
Big_6
5_nucleotid_C
Metallophos
Big_13
NadN_nucleosid_C
Peptidase_C25_C
Big_9
Motif
Other DBs
NCBI-ProteinID:
AZU64004
UniProt:
A0A3Q9QXY5
LinkDB
All DBs
Position
complement(4811409..4816154)
Genome browser
AA seq
1581 aa
AA seq
DB search
MKRKVLNGSLAAALALTVIPLNIFPQAAKAEGTAPSTATLRILETTDLHSNIMSYDYYQD
TDKGINYGLAKTASLIKQARGEVAPSNSMLFDAGDMIQGNPLADYVNRIKPLGKDDTHPL
FKAMNYLKYDAGIVGNHEFNYGLDYLNNVLEEAQFPIVNANIYHDDKDGNPDNDVNYFTP
YQIIEKTIKDANGNDVKIKVGVIGFAPPQIMNWDKDNLTGKVIAKDIVQQANKFIPKMKE
DGADVIVAIAHSGCDIAEEGQELAENAVYDLTKVPGIDAMLFGHAHLQFPGGKEFNDIKG
IDNTNGIINGTPAVEAGFWGNNLGVLDLALVQDANGKWTVDKAKSKSVDRPVTSDTPVDE
TIVNDVKAEHEGTLEYVRGKIGETTLPMHSYFSRVMDDPSVQIVNNAQMEYAKKWINNPV
NGLDKYKNTPIISAAAPFKGGRGGVGDFTNITKGNLSIKSANDLYLFNNTFKAIKLTGAQ
VREWLEMSASQFLKIDPAKQGNQELLDYNFRPYNYDVIDGLKYQIDVTQPRRYNWETGKV
ENADAHRIINFTMMDGTPIKDDQEFIVATNNYRASGGGGFPIKGGEVVVDSPYENRELLM
DYIKEQGTVNPVADNNWKIAPVKGAQLVFQSAPAAQQYLGQTPNVKDLGASTTKDGYETY
QLDQNVHIQLLGINDFHGQLDYKTTVAGKPVGGIEYLAGYLKEREAANPANTLKVQAGDL
VGASRPVSALLQDEPTIRFMNELGFDVGTIGNHEFDEGVKEMLRLIYGGAHPKTVEKYGE
FEGAAFPYIVANVVDEKTNELILPPYVVKEVDGVKIGFIGVVTTETPNIVTKSGVEGVKF
TDEIEAINKYAKALKDQGVKTIVAITHDPGTSKSDGSDPTGKVVDIAKAVDPEVDVIYGA
HDHKYLNSTVNGKLLVQSYSYGTAFSDIDLTIDPITQDVVTKKAEVASTFQDEQHLDTKI
KAELDKYQADIAPIVNEVVGKAYIDITRMANAAGESTLGNLIADSMLDAGKTDFAFMNSG
GIRDDLRKGTVTWGHLFAVQPFGNDLVTMKLTGDQIRTVLNQQWGPERTRIMQIAGLTYT
WDDKYPKGQKVVDIFLPNGKKIDPKAEYSVTINNFMADGGDGYAEFTNGKERATIMTDFD
ALYNYVKEQKRGLYAEIEGRITVLDTTPPIAPILDEINDQTTKVAGKTEAGAQVEVKVKG
DVLGSAVAAEDGSFAIEIKAQKPGTEIIVTAADAAGNVSETKVIVKDVTDPEVPTIGIVT
NKDLQITGTAEPGTHVVITDGKNVRFNVIADEKGEFKVQLLEPFTEGTALYVFSIDLANH
VSPLTIVYVQDVIAPNKPLVKQVSDNEKVVHGSAEPGTTVTVSSKSGKLGSAVVNPAGNF
AVQMKAAQKAGTVLTVSVTDKAGNGSESVEVTVIDKTAPVKPVVNQVKDYDKKVTGKAET
GATVTVKAGKTVLGVAVAKDGKFTVNLKTAQKAGTKLTVTATDKANNISIATTITVVDRT
VPAAASVGKVTVKTTKLVGKAEVGAKVEVRVGKKLIASATADKKGKYSVTIKKQKAGTVL
TITVKDKAGNVSKATKVKVSK
NT seq
4746 nt
NT seq
+upstream
nt +downstream
nt
atgaaacggaaggtgcttaatggttctctggcagctgcattagcgcttacagtaataccg
ttgaatattttcccacaggcggctaaagcagaaggaacagccccaagcactgcaacatta
agaatcttggaaactactgatttacattccaacatcatgtcttatgattactatcaggat
actgataaggggattaattatgggctggcaaaaacggcaagcttgattaaacaagctaga
ggcgaagtagcgccaagcaactcgatgctgtttgatgcaggtgatatgatccaaggaaat
ccgcttgctgattatgtgaaccggattaaacccttaggaaaagacgacacacatccgctt
tttaaagcgatgaattacttgaagtacgatgcagggattgttggcaaccacgaatttaac
tatggattagactatttaaacaatgtattagaggaagctcagttcccaattgtaaacgct
aacatctatcatgatgataaagatggaaatcctgataatgatgttaactattttactcca
tatcaaattattgaaaaaacaatcaaagatgccaatggcaatgatgtcaaaatcaaggtt
ggggtaatcggctttgcaccaccgcaaattatgaattgggataaagacaatctaactggc
aaggtaattgctaaagatattgtgcagcaagcaaacaaatttattccaaaaatgaaggaa
gatggagcagatgtaatagttgcgatcgctcactccggctgtgatattgcggaagaaggc
caagaattagcagaaaatgctgtctacgatttaacaaaggtacctggcattgacgcgatg
ctgtttggacatgcgcatttacaattccctgggggaaaagaatttaacgatattaaggga
atcgacaatacaaatggaatcatcaacggcacaccggcagtagaggctggattctggggc
aataacctaggggtcctcgatttagctcttgtccaagatgcgaatggtaaatggactgtt
gataaagctaaatcaaaatctgtagaccgtcctgtaacgtccgataccccagtagatgaa
accattgtgaatgatgtaaaagcagagcacgaaggaacgcttgagtatgtacgcggaaaa
attggcgaaacgacactgccaatgcacagctacttctctcgtgtaatggatgacccatcc
gttcaaatcgtaaacaacgcgcaaatggaatacgccaaaaaatggatcaataacccagtt
aatggactcgacaaatataagaatacaccaattatttctgctgcagcgccatttaaaggc
ggacgaggcggtgtaggcgactttactaatattacaaaaggcaatctttctattaagagt
gccaatgatttatacctatttaacaacacgtttaaagcgattaaattaaccggtgcacaa
gttagagaatggctggaaatgtcggcatctcaattcttgaaaattgaccctgctaagcaa
ggcaatcaagaactgcttgactacaatttccgtccatataactatgatgtgattgatgga
cttaagtatcaaatcgatgttacccagccgagaagatacaattgggaaacaggtaaagtg
gaaaacgctgacgctcatcgtattatcaactttacgatgatggatggaacgccgattaaa
gatgatcaagaattcattgtggcaaccaataattaccgtgctagcggaggcggcggattc
ccaattaaaggtggggaagttgtggttgattctccatatgagaaccgtgagcttttaatg
gactacatcaaggagcaaggtacggtgaatccagttgccgataataactggaagattgcc
cctgtaaaaggagcacagcttgtgtttcaatctgctccagcagcgcagcaatatcttggg
caaacaccaaatgtgaaggatcttggagcatccacaacaaaagatggatatgagacttat
caattagatcaaaatgttcatattcaattattgggaatcaacgacttccatggacagctg
gactataaaacaaccgttgcaggaaagcctgtcggcgggattgaatacttagccggttac
ttgaaagaaagagaagcagcaaaccctgcgaatacattaaaggtacaagctggtgactta
gttggcgcaagccgtccagtatctgccttgctgcaggatgagccaacaattcgcttcatg
aatgagcttggatttgacgtaggaacaatcggtaaccatgaatttgacgaaggcgttaag
gaaatgcttcgcttaatttatggtggtgcccatccaaaaaccgttgagaaatatggtgaa
tttgaaggggctgcattcccttacatcgttgcaaacgtggtggatgaaaaaacaaatgaa
cttattttaccgccatacgtggtgaaagaagtagatggcgtgaagattggcttcatcggt
gttgtcacaactgaaactccaaatattgtaacgaagagcggcgttgaaggagttaaattc
acggatgaaatagaagcaatcaacaaatatgctaaagcactaaaggatcaaggcgttaaa
acgattgtagcaattacccatgacccgggaacatcaaaatcagatggttcagacccaaca
ggtaaagtggtggatatcgccaaagctgttgatcctgaagttgacgtgatttacggagca
catgaccataaatatttgaattcaacagtaaacggaaaactgcttgttcaatcctattct
tacggaacagctttctctgatatcgatttaaccattgatccaattacgcaggatgttgta
acaaagaaagcagaagttgcctcaacattccaggatgaacaacatcttgatacgaaaatt
aaagcggagcttgataagtatcaagctgatattgcaccaattgtaaatgaagtagttggc
aaggcgtatattgacattacgcgtatggctaatgccgccggtgaatccacattaggaaat
ttaattgcggattccatgcttgatgccggtaaaactgattttgcctttatgaactcaggc
ggtattcgagatgatttaagaaaaggtacggtaacctggggacacctatttgccgttcag
ccatttggaaatgatcttgttacgatgaagttaacaggtgatcaaatccgtacggtcctt
aaccagcaatggggaccagaaagaacacggattatgcaaattgcaggtttaacatatacg
tgggatgataaatatccaaaaggccaaaaggtagtcgatatcttcttaccgaacggtaaa
aaaatcgatccaaaagcggaatactcagtaacgattaataactttatggctgacggcgga
gatggttatgcggaatttacgaatggtaaagaacgtgcaaccatcatgacagacttcgat
gccttatacaattatgttaaggaacaaaaaagaggtctgtatgctgaaattgaaggacgt
atcactgttctcgatacaactccaccaattgcaccaattcttgatgaaatcaatgaccaa
accacaaaggtagctggaaaaacagaagccggtgcacaagttgaagttaaagtaaagggc
gatgttcttggttcagctgttgccgctgaagacggaagctttgctatcgaaattaaggca
caaaaaccaggaactgaaatcatagttacagcagccgatgcagctggaaatgtcagcgaa
acaaaggtaattgttaaagacgtaaccgaccctgaagttccgacaattggcatagtaacg
aataaggaccttcaaatcactgggaccgctgaaccaggcacacatgtagtcattactgat
ggtaaaaatgtaagattcaacgttattgcggatgaaaaaggtgaatttaaggttcaatta
ttggagccatttacagaaggtactgcattatatgtattttcaattgatttagccaatcat
gtaagtccattaactattgtgtatgtacaagatgtgatcgcaccaaataaaccgttggtg
aaacaagtaagcgataatgaaaaagtggttcatggatcagcagaacctggtacaactgtt
acagtttcaagtaaatcaggaaaactcggcagtgctgttgtgaacccagcgggtaatttc
gctgttcagatgaaagcagcacaaaaagctggaaccgttttaactgtaagtgtgaccgac
aaggctggaaatggaagcgagtctgtagaagtaaccgtaattgacaaaacagctcctgta
aaaccagtggtcaatcaagtgaaagattatgataagaaggtaacaggtaaagctgaaaca
ggtgcaaccgtgactgttaaggcagggaaaacagtgcttggtgtagcagtagcgaaagac
ggcaagtttactgttaatttgaaaacagctcaaaaagcgggaacaaaattaacggtaact
gctacggataaagccaacaacatcagtattgcaacaactataacagtagtcgatagaacc
gttcctgcagccgccagtgttggaaaagttacggttaagacaacaaagcttgttggtaaa
gccgaagttggcgctaaggttgaagtacgagtaggaaagaaactaatcgcttctgccacg
gctgacaaaaaaggcaagtactccgtaaccatcaagaaacaaaaagccggcactgttctt
accattactgtaaaagataaagcaggtaatgtaagtaaggcgacaaaagttaaagtaagt
aaataa
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