Bacillus paralicheniformis: BaLi_c09180
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Entry
BaLi_c09180 CDS
T02694
Symbol
yfkN
Name
(GenBank) trifunctional nucleotide phosphoesterase protein YfkN
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
blh
Bacillus paralicheniformis
Pathway
blh00230
Purine metabolism
blh00240
Pyrimidine metabolism
blh00760
Nicotinate and nicotinamide metabolism
blh01100
Metabolic pathways
blh01110
Biosynthesis of secondary metabolites
blh01232
Nucleotide metabolism
Brite
KEGG Orthology (KO) [BR:
blh00001
]
09100 Metabolism
09104 Nucleotide metabolism
00230 Purine metabolism
BaLi_c09180 (yfkN)
00240 Pyrimidine metabolism
BaLi_c09180 (yfkN)
09108 Metabolism of cofactors and vitamins
00760 Nicotinate and nicotinamide metabolism
BaLi_c09180 (yfkN)
Enzymes [BR:
blh01000
]
3. Hydrolases
3.1 Acting on ester bonds
3.1.3 Phosphoric-monoester hydrolases
3.1.3.5 5'-nucleotidase
BaLi_c09180 (yfkN)
3.1.3.6 3'-nucleotidase
BaLi_c09180 (yfkN)
3.1.4 Phosphoric-diester hydrolases
3.1.4.16 2',3'-cyclic-nucleotide 2'-phosphodiesterase
BaLi_c09180 (yfkN)
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
5_nucleotid_C
Metallophos
PGA_cap
NadN_nucleosid_C
Gram_pos_anchor
Motif
Other DBs
NCBI-ProteinID:
AGN35312
LinkDB
All DBs
Position
complement(918723..923060)
Genome browser
AA seq
1445 aa
AA seq
DB search
MVGIQKRRFSRKNILRILLTSVMILSLLIPNTQTYAEEPNEHPLINLSILGTTDIHAHIM
DYDYYADKETAEFGLARTAQLIEKHRSRNPNTILVDNGDLIQGNPLGEYIFKHEREAIIS
GTKTHPIIDVMNKLHYDAGTLGNHEFNYGLEFLDGTIKGAEFPIVNANIKTSDGKNKYTP
YHIEERTLTDESGQKHQLKVGYIGFVPPQILTWDKKHLDGKITVQDITESAKQTIPKMKQ
EGADVIIAIAHSGIENGEQAAGAENAVYDLALKTEGIDAIISGHQHGLFPGTDYPGNGVI
DNQKGTINGIPVVMPKNWGSHLGIIDMQLEQDGGKWTVKDASAKTEAIAGHVTSRHDTVV
STIKDTHEKTLEYVRAPVGQTEADINSFFAQVKDDPSIQIVTDAQKWYAEDVMKGTEYEN
LPILSAGAPFKAGGRNGADYYTNIKAGNLAIKNIGDLYLYDNTLYIVKLTGSEVKDWIEM
SAGQFNQIAPSKSGEQALLNPDFRSYNFDVIDGVTYQIDVTQPAKYNASGGVKNPQANRV
KQLSYNGKAVRDDQEFLVVTNNYRASGGGGFPHLTQDKVVYAAADENRQVLMNYIMEKKT
VNPAADNNWSIAPIKGADVTFESSLLAKPFAEKAKDIDFVRESENSGYGVYKLNFEGTEP
PVDNGNWTLTVMHTNDTHAHLDEAARRAAKVKEIRSEAENNVLLDAGDVFSGDLYFTKWN
GLADLKLMNMMGYDAMTFGNHEFDKGPKVLADFLSGNNAAVDPLNRHQLEKPDFPIVSSN
VDVSKEPQLRSFQKEPALLTAGEKKESGIYPYILLDVNGEQVGVFGLTTEDTSYTSSPGP
NIAFHDAYLSAEKTVKELKEKEKVNKIIALTHLGYNRDLELAKKVKGIDLIIGGHTHTLV
DHLKVVESEEPTIVAQVKDYGQFLGRVDVVFDEKGVVQTDQSRFNLIAIDGKVDEDPPAK
EVLDGFKEDIDELKKKKVGYADVPLDGKREHVRSKETNLGNFIADGMLKKAKQAGGADIA
ITNGGGIRSGIAKGDITLGDVLTVMPFGNTLYAADLTGAQIKEALEHGVSQVEEGGGAFP
HVAGLSFTFTLSKPKGERILDVNLVNDKGDAVPLDLDKTYRVATNNFMGGGGDGYSVFKE
AKNGVDLGFTDYDIFTEQLALYDSVSPNIENRITEVFLPDRQTDGTWTLAEKPFETYAKN
ANQVIAYFPDTEKDHIKLNMTKAQTDLVKERTDDPSITLKNDRIAMQLPAVNLASEKTKI
SIKIAKNIKQAVTKVYDFNIQQNGKTVSTFKEPVGLFFQVEAPDKHLSVYYVDRKNNSFT
KVTNGYTKGRTVAGYVDHFSEYTVMNDKDAGSPSLPPGSGDDDGPNGGSGGEPPASPGAG
SGGDGSGGHGSGGSDDGNEPSDGSNGGFLPDTASNAYHWLMLGLLLLISGSGLYLYQRKR
RKLQI
NT seq
4338 nt
NT seq
+upstream
nt +downstream
nt
atggtgggaatacagaaaagacggttttcaaggaaaaacattctccgtattctgctaacc
tcagtgatgatactcagtttactcattccaaacacccagacatatgcagaagaaccaaat
gaacacccgctgatcaacctcagcatcctgggtacgacagatatccacgcccatatcatg
gactatgactactatgccgacaaagaaacggcagaattcggactggcccgcacggctcag
ctgatcgaaaagcaccggagccggaatccgaacacgattcttgtcgacaacggcgactta
attcaagggaaccctctaggggagtatatcttcaaacatgaacgtgaagcaattatctcc
ggaacgaaaacacacccgatcattgatgtcatgaacaaactgcactatgacgccggcacg
ctcggaaaccacgaattcaactatggccttgaattccttgacggcacgataaaaggcgcc
gaatttcccatcgtcaatgccaatataaaaacatcggacggaaagaacaaatatacgcca
tatcatattgaagagcggacgctgacggatgaaagcggccaaaagcaccagcttaaagtc
ggctacatcggcttcgttccgccgcagattttaacatgggataaaaagcatctggacggc
aaaatcacggtgcaggacatcaccgaatcagcgaaacaaacgattccgaaaatgaagcaa
gaaggcgccgacgtgatcattgcgatcgcccactccggaattgaaaatggcgaacaggcg
gcgggagcagaaaacgccgtatatgacctggctctcaagacggaaggaatagatgcgatc
atctccggacatcagcacggtctgttccccggtacggactatccaggaaatggcgtgatc
gacaatcaaaaaggaacgatcaacggcatccctgtcgtcatgccgaaaaactggggcagc
catttaggaatcatcgatatgcaacttgaacaggacggcggcaaatggacagtgaaagat
gccagcgcaaaaacggaagcgattgccggacatgtgacgtcacgacacgacaccgtcgtt
tccacgattaaagacacacacgaaaaaacgcttgaatacgtccgcgcgccggttggccaa
acggaagctgatattaacagctttttcgcacaagtaaaagacgatccttcgattcagatt
gtcacagacgcacaaaaatggtatgcggaagatgtcatgaagggaacggaatacgaaaac
ctgccgattttatcagcgggcgcgccatttaaagcaggagggcgtaacggtgctgattat
tatacaaacattaaagcaggaaaccttgcgatcaaaaacatcggcgatttgtatttgtac
gacaatacgctctatatcgtcaagctgacgggaagcgaagtgaaggactggatcgaaatg
tcggccgggcagttcaaccagatcgccccttcaaaatcgggtgaacaggcgctcctcaac
cccgatttcaggtcgtataatttcgatgtcattgacggtgtgacctaccagatcgatgtc
acacaaccggcaaaatacaatgcgtcaggcggggtgaaaaatccgcaggctaaccgcgtc
aaacagttgtcttacaacggaaaagccgtccgcgacgatcaggaattccttgtggtcaca
aataattaccgcgcgtccgggggcggcggattcccgcatctgacgcaggacaaagtcgtt
tatgcggcggctgatgaaaacaggcaggtgctcatgaactacatcatggaaaagaaaacg
gtcaatcctgccgccgataacaactggtcgatcgctccgattaaaggagccgatgtgaca
ttcgaatcttctctcctcgccaaaccgtttgctgaaaaagcgaaggacatcgattttgtc
agagaatccgaaaacagcggatatggcgtctataagctgaactttgaaggtacagagcct
ccggttgataatggaaactggacgttaacagtcatgcacacgaacgacacgcacgcccac
cttgatgaagcggcaaggcgcgctgccaaagtgaaagaaatccgcagtgaagcagaaaac
aatgtgctgctcgatgccggcgatgtcttttccggtgacttgtattttacaaaatggaac
ggactcgccgatttgaagctgatgaacatgatgggctatgacgccatgaccttcggcaac
catgaatttgataaagggccgaaagtgctcgcagactttctgagcggaaacaatgcggcc
gtcgatccgttaaacagacaccagctggaaaagcccgattttccaatcgtcagctccaat
gtcgatgtatcaaaggagcctcagctgcgaagctttcaaaaagagcctgcactcttaaca
gcgggagaaaagaaagaaagcggcatctatccttatattctgcttgatgtaaatggcgag
caagtcggcgtattcggcctgacgacggaagatacgtcatatacgtcaagccccggaccg
aacattgcgttccatgacgcttatctgtcagcggagaaaacggtcaaggaactgaaagaa
aaagaaaaggtcaacaaaatcatcgccctcacccacctcggctacaaccgggatctggag
ctggcaaaaaaagtgaagggcatcgatttgattatcggcgggcatacgcatacactcgtc
gatcatttaaaagtggtggagagcgaagaaccgacaatcgtcgcccaagtgaaagactac
gggcagtttttaggacgggtcgatgttgtgtttgatgagaaaggcgtcgttcaaacggat
caatcaaggttcaatttgatcgcgattgacggcaaagtggacgaagatcctccagcgaaa
gaagtgcttgacggctttaaagaagatattgacgaactgaagaagaaaaaagtaggctat
gccgatgtcccgcttgacggaaaacgcgagcatgtccgctcaaaagaaaccaacctcggc
aattttatcgcggacggcatgctgaagaaagcaaaacaagctggcggggctgacatcgcc
atcacaaacggcggcggaatcagaagcggtattgccaaaggcgacatcacactcggcgat
gtgctgacggttatgccgttcggcaacaccctttatgccgctgatttgacgggtgcgcaa
atcaaagaagcgcttgagcacggggtgagccaagtcgaagaaggcggaggcgcgtttccg
catgtcgcgggtttatccttcacatttacactgagcaagccaaaaggtgagcgcatcctt
gatgtgaaccttgtcaatgacaaaggggatgctgttccgctcgatttggacaaaacctat
cgtgtggctacaaataacttcatgggcggcggcggagacggctattccgtttttaaagaa
gcgaaaaacggtgtcgatctcggttttaccgattacgacatttttacagagcagcttgcc
ttgtacgattctgtttcaccgaacatcgaaaacagaatcacagaagtgttccttcctgac
cgtcagacagacggcacttggacgcttgcggaaaaaccgttcgaaacatacgcgaaaaac
gcaaatcaggtgattgcttatttccccgacacagaaaaagaccacatcaagctgaatatg
acaaaagcacagactgaccttgtcaaagaaagaactgatgatccaagtatcaccctgaaa
aacgatcgcattgcgatgcagcttccagccgttaatctggcaagcgaaaagactaaaatc
agcatcaaaatcgccaagaatatcaaacaggcggtcacaaaggtatatgatttcaacatt
cagcagaatggaaaaacggtcagcacatttaaagagcctgtcggactgtttttccaagtc
gaggctcctgacaaacatttgagcgtctattatgtcgaccgcaaaaacaacagcttcaca
aaagtgacaaacggctatacgaaaggccgtaccgttgcaggctatgtcgaccatttcagc
gagtataccgtgatgaatgacaaagatgccgggtctccttcacttccgccgggttcaggc
gatgatgacggtccgaatggcggcagcggcggtgaaccccctgcttcgcccggcgccgga
agcggcggagacggatcaggcggtcatggcagcggcgggtcagatgacggaaatgaacct
tcagatggttcaaacggcgggtttttgcctgacaccgcttcaaacgcctatcattggctg
atgctcggcctgctgctgcttatatccggaagcggtctgtacctttaccaaaggaagcgg
cgcaaactccaaatctaa
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