Bacillus licheniformis DSM 13 = ATCC 14580: BLi00814
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Entry
BLi00814 CDS
T00200
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
bld
Bacillus licheniformis DSM 13 = ATCC 14580
Pathway
bld00230
Purine metabolism
bld00240
Pyrimidine metabolism
bld00760
Nicotinate and nicotinamide metabolism
bld01100
Metabolic pathways
bld01110
Biosynthesis of secondary metabolites
bld01232
Nucleotide metabolism
Brite
KEGG Orthology (KO) [BR:
bld00001
]
09100 Metabolism
09104 Nucleotide metabolism
00230 Purine metabolism
BLi00814 (yfkN)
00240 Pyrimidine metabolism
BLi00814 (yfkN)
09108 Metabolism of cofactors and vitamins
00760 Nicotinate and nicotinamide metabolism
BLi00814 (yfkN)
Enzymes [BR:
bld01000
]
3. Hydrolases
3.1 Acting on ester bonds
3.1.3 Phosphoric-monoester hydrolases
3.1.3.5 5'-nucleotidase
BLi00814 (yfkN)
3.1.3.6 3'-nucleotidase
BLi00814 (yfkN)
3.1.4 Phosphoric-diester hydrolases
3.1.4.16 2',3'-cyclic-nucleotide 2'-phosphodiesterase
BLi00814 (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:
AAU39749
UniProt:
Q65MG5
LinkDB
All DBs
Position
complement(832147..836484)
Genome browser
AA seq
1445 aa
AA seq
DB search
MVGIQKRRFSRKNILRILLTSVMILSLLMPNTQTYAEEQNEHPLISLSILGTTDIHAHMM
DYDYYADKETAEFGLARTAQLIEKYRSRNPNTILVDNGDLIQGNPLGEYIFKHERESIIS
GTKTHPIIDVMNKLQYDAGTLGNHEFNYGLEFLDGTIKGAEFPIVNANIKTPDGKNKYTP
YHIEDRTLTDESGRKHQLKVGYIGFVPPQILTWDKKHLDGKITVQDITESAKETIPKMKQ
EGADVIIAIAHSGIENGEQAAGAENAVYDLALKTEGIDAIISGHQHGLFPGTDYPGNGVI
DNQKGTINGIPVVMPKNWGSHLGIIDMQLELDGGKWKVKDASAKTEAIAGNVTSRNETVV
SAIKDTHEKTLEYVRAPVGQTEADINSFFAQVKDDPSIQIVTDAQKWYAEDVMKGTEYEN
LPILSAGAPFKAGGRNGADYYTNIKAGNLAIKNIGDLYLYDNTLYIVKLTGSEVKDWIEM
SAGQFNQIDPSKSGEQALLNPDFRSYNFDVIDGVTYQIDVTQPAKYNASGGVKNPQANRV
KQLSYNGKPVRDDQEFLVVTNNYRASGGGGFPHLTQDKVVYAAADENRQVLMNYIMEKKT
VNPAADNNWSIAPIKGADVTFESSLLAKPFAEKANDIDFVRESENKGYGVYKLNFDGSEP
PVDDENWTLTVMHTNDTHAHLDGAARRAAKVKEIRSETENNVLLDAGDVFSGDLYFTKWN
GLADLKLMNMMGYDAMTFGNHEFDKGPKVLADFLSGNYTAVDPLNRHQLEKPDFPIVSSN
VDVSKEPKLRSFQKEPAVLAAGKKKESGIYPYILLDVNGEQVGVFGLTTEDTSYTSSPGP
NIAFHDAYQSAEKTVKELKEKEKVNKIIALTHLGYNRDLELAKKVKGIDLIIGGHTHTLV
DHLKVVENEEPTIVAQVKDYGQFLGRVDVVFDENGVVQTDQSRFNLIAIDDKVDEDPPGK
EVLDGFKEDIDELKKKKVGYADVPLDGKREHVRSKETNLGNFIADGMLKKAKQAGGADIA
ITNGGGIRSGIAKGEITLGDVLTVMPFGNTLYAADLTGAQIKEALEHGVSQVEEGGGAFP
HVSGLSFTFTLSKPKGERILDVNLVNDKGDAVPLDLDKTYRVATNNFMGGGGDGYSVFKE
AKNGVDLGFTDYDIFTEQLALYDSVSPNIENRITEVFLPDRQADGSWTLAEKPFETYAKN
ANQAIAYFPDTEKEHIMLNMTKAQTDLVKERTGDPSITLKNDRIAMQLPAVNLASEKTKI
SIKIAKDIKQAVTKVYDFNIQQNGKTVSTFKEPVGLLFQVDAPDKHLSVYYVDRKNNSFT
KVTNGYTKGRTVAGYVDHFSEYTVMNDNDAGSPSLPTGSGDDDTPDGGSGGEPPASPGAG
SGGDGSGGHDSGGADDGNEPSDGSNGGFLPDTASNAYHWLMLGLLLLISGSGLYLYQRKR
RKLQI
NT seq
4338 nt
NT seq
+upstream
nt +downstream
nt
atggtgggaatacagaaaagacggttttcaaggaaaaacattctccgtattctgctaacc
tcagtgatgatactcagtttactcatgccaaacacccagacatatgcagaagaacaaaac
gaacacccgctgatcagcctcagcatcttgggtacgacagatatccacgcccatatgatg
gattatgactactatgccgacaaagaaacggctgaattcggactggcacgaacggctcag
ctgatcgaaaagtaccggagccggaatcctaacacgattcttgtcgacaacggcgactta
attcaaggaaaccctctaggggaatacatcttcaaacatgaacgtgaatcgattatctcc
ggaacgaaaacacacccgatcattgatgtcatgaacaaactgcaatatgacgccggcacg
ctcggaaaccacgaattcaactacggccttgaattccttgacggcacgataaaaggggcc
gaatttcccatcgtcaatgccaatattaaaacaccggacggaaagaacaaatatacgcca
tatcatattgaagaccggacgctgacggatgaaagcggccgaaagcaccagcttaaagtc
ggctatatcggcttcgttccgcctcagattttaacatgggataaaaagcacctggacggc
aaaatcacagtgcaggacatcaccgaatcagcaaaagaaacgattccaaaaatgaaacag
gaaggcgccgacgtgatcatcgcgatcgcccactccggaattgaaaatggcgaacaggcg
gcgggagccgaaaacgccgtatacgacctggctctcaagacggaaggaatagatgcgatc
atctccggacatcagcacggtctgttccccggcaccgactatcccggtaacggcgtgatc
gacaaccaaaaaggaacgatcaacggcattcctgtcgtcatgccgaagaactggggcagc
catttaggaattatcgatatgcagcttgaactggacggcggcaaatggaaagtgaaagat
gccagcgcaaaaacggaagcgattgccggaaatgtgacgtcgcgaaacgaaaccgtcgtt
tccgcgattaaagatacgcacgaaaaaacgctcgaatacgtccgcgcgccggttggccaa
acagaagctgatattaacagctttttcgcgcaggtaaaagacgatccttcaatccagatt
gtcacagatgcacaaaaatggtatgcggaagatgtcatgaagggaacggaatacgaaaac
ctgccgattttatcagcgggcgcgccgttcaaagcaggaggacgcaacggtgctgattat
tatacaaacattaaagcaggaaaccttgcgatcaaaaacatcggcgatttgtatttgtac
gacaatacgctctatatcgtcaaactgacgggaagcgaagtgaaggactggatcgaaatg
tcggccgggcagttcaatcagatcgatccttcaaaatcgggtgaacaggcgctcctcaac
cccgatttcaggtcgtataatttcgatgtcattgacggtgtgacctaccagatcgatgtc
acacagcctgcaaaatacaatgcctcaggcggggtgaaaaatccgcaggcgaaccgcgtc
aaacagttgtcttacaacggaaaacccgtccgcgacgaccaggaattccttgtcgtcaca
aataattaccgcgcctccgggggcggcggattcccgcatctgactcaggacaaagtcgtt
tatgcggcggctgatgaaaacaggcaggtgctcatgaactacattatggagaagaaaacg
gtcaatcccgccgccgacaacaactggtcgatcgctccgattaaaggagccgacgtgaca
ttcgagtcttccctccttgccaaaccgtttgctgaaaaagcgaatgacatcgattttgtc
agggaatccgaaaacaaaggatatggcgtctataagctgaactttgacggttcagagcct
ccagttgatgatgaaaactggacattaaccgtcatgcacacgaacgacacgcatgcccac
cttgatggagcggcaaggcgcgctgccaaagtgaaagaaatccgcagtgaaacagaaaac
aatgtgctgctcgatgccggcgacgtcttttccggcgatctgtattttacaaaatggaac
ggactcgccgatttgaaactgatgaacatgatgggctatgacgccatgaccttcggcaac
catgaatttgataaagggcctaaagtgctcgcagactttctcagcggaaactatacagcc
gtcgacccgttaaacagacaccagctggaaaagcccgattttccgatcgtcagctccaat
gtggatgtatcaaaagagccgaagctgcgaagctttcagaaagagcctgcagtcttagca
gcgggaaaaaagaaagaaagcggcatctatccttatattctgcttgatgtaaacggcgaa
caagtcggcgtattcggcttgacgacggaagatacgtcatatacatcaagccccggtccg
aacattgcgtttcatgacgcttatcagtcagcagagaaaacggtgaaggaactgaaagaa
aaagaaaaggtcaacaaaatcatcgccctcacccacctcggctacaaccgggatctggag
cttgccaagaaagtgaagggcatcgatttgattatcggcgggcatacgcatacacttgtc
gatcacttgaaagtggtggagaacgaagaaccgacaatcgtcgctcaagtgaaagactac
ggacagtttttgggaagggtcgatgtggtgtttgatgagaacggcgtcgttcaaacggac
caatcaaggttcaatttgatcgcgatcgacgacaaagtggacgaagaccctcctgggaaa
gaagtgcttgacggctttaaagaagatattgacgaactgaaaaagaaaaaagtaggctat
gccgatgtcccgctggacggaaaacgcgagcatgtccgctcaaaagaaaccaacctcggc
aattttatcgcggacggcatgctgaagaaagcaaaacaagccggcggagctgacatcgcc
atcacaaacggcggcggaatcagaagcggtattgccaaaggcgaaatcacactcggcgat
gtgctgacggtcatgccgttcggcaacaccctttatgccgctgatttgacgggggcgcaa
atcaaagaagcgcttgagcacggggtgagccaagtcgaagaaggcggaggcgcgtttccg
catgtttcgggtctatccttcacctttacactgagcaagccaaaaggtgagcgaatcctt
gatgtgaacctagtcaatgacaaaggggacgctgttccgctcgatttggacaaaacctac
cgtgtcgctacaaataacttcatgggcggcggcggagacggctattccgtttttaaagaa
gcgaaaaacggtgtcgatctcggctttaccgattacgacatttttacagagcagcttgcc
ttatacgattctgtttcaccgaacatcgagaacagaatcacagaagtgttccttcccgac
cgtcaggcagacggctcttggacgcttgcggaaaagccgttcgaaacatacgcgaaaaac
gcaaatcaggcgattgcctatttccctgacacagaaaaggaacacatcatgctgaatatg
acaaaagcacagactgaccttgtcaaagaaagaaccggtgatccaagcatcaccctgaaa
aacgatcgcattgcgatgcagcttccagccgttaatctggcaagcgaaaagacaaaaatc
agcattaaaatcgccaaggatatcaaacaggcggtcacaaaggtatatgatttcaacatt
cagcagaatggtaaaacggtcagcacatttaaagagcctgtcggactgttgttccaagtc
gatgctcctgataaacatttgagcgtctattatgtcgaccgcaaaaacaacagcttcaca
aaagtaacaaacggctatacgaaaggccgtaccgttgcaggctatgtcgaccatttcagc
gagtataccgtgatgaatgacaatgatgccgggtcgccttcccttccgacgggttccggc
gatgatgacactccggatggcggcagcggcggtgaaccccctgcttcgcccggcgccggc
agcggcggagacggatcaggcggtcatgacagcggcggagcagatgacggaaatgaacct
tccgatggttcaaacggcggttttttgcctgacaccgcttcaaacgcctatcattggctg
atgctcggcctgctgttgcttatatccggaagcggcctgtacctttaccaaaggaagcgg
cgcaagctccagatctaa
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