Bacillus weihaiensis: A9C19_09770
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Entry
A9C19_09770 CDS
T04822
Name
(GenBank) hypothetical protein
KO
K01426
amidase [EC:
3.5.1.4
]
Organism
bwh
Bacillus weihaiensis
Pathway
bwh00330
Arginine and proline metabolism
bwh00360
Phenylalanine metabolism
bwh00380
Tryptophan metabolism
bwh00643
Styrene degradation
bwh01100
Metabolic pathways
bwh01120
Microbial metabolism in diverse environments
Brite
KEGG Orthology (KO) [BR:
bwh00001
]
09100 Metabolism
09105 Amino acid metabolism
00330 Arginine and proline metabolism
A9C19_09770
00360 Phenylalanine metabolism
A9C19_09770
00380 Tryptophan metabolism
A9C19_09770
09111 Xenobiotics biodegradation and metabolism
00627 Aminobenzoate degradation
A9C19_09770
00643 Styrene degradation
A9C19_09770
Enzymes [BR:
bwh01000
]
3. Hydrolases
3.5 Acting on carbon-nitrogen bonds, other than peptide bonds
3.5.1 In linear amides
3.5.1.4 amidase
A9C19_09770
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SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
Amidase
Gram_pos_anchor
Orf78
Motif
Other DBs
NCBI-ProteinID:
APH05012
UniProt:
A0A1L3MRP5
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All DBs
Position
2062480..2065701
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AA seq
1073 aa
AA seq
DB search
MSNSMNTFINQKRVILSVSMIILLLIGSVILPTSLVSATNLKSDNGASWRIHDTVRPSLD
TGSFRTVSESPIHGFGNIFVRVSSTPEPLFNDQMMRGFGLTYDGIDTFETTQAVDLGGVH
ITREIKMDRSESWTRFFDSFTNTTDETVVVEVSFGGALGYGTGDEHGAIQTTSDGDKVIT
PADEWTIAATPKDDERPVGVVIGTPAPFEGALTKVGNQERNPFETPYVTEGHESNFYGYI
HTLTIEPGESESLARFLLVGDTQGLTAIPSTEEKLDNLATEPDFTGLTTEEIYSLENWDI
TTLPEYNPDTFSESITLDYPEPPTKEEFYTTSNYDVVNKTIAELQTDMEVGVTTSEEITR
AYLDRIAAYDNGQFGFNAFITVAENAIEQAKAADEARSNGQTGSLLGIPIAIKDIFDTKD
MPNTGGSLALKDWQPATDAHQVNLLREAGAVIIGKTNLSEFAFSGSQSDSGFGQVWNALY
PSKTSYGSSGGSSVSVALSMTAAALGSQTGVSLYAPANGASITMFRGTDGMASVHGVMPL
NWGQDYAGPMARTVTDLAYLLNATTGTDAKDMLTEEADEHRPADWTVSLDKSALQGKRIG
YIPSSFVSGFANDGTGQAVMDHFTDLEAAGATMVEMPDPPSRPDSVKGDKTEEGWARYIE
LHSSFPFAKGSDILKDENVLPYNHEDEDATRMTSEEVDAWLNYRTEYKERIKQWMDDNNV
DAIVYAGFLSDMYNNDSSIYQLSADRGTGVLTSNVGLPTVLVPVGTNPHGYSISMQLVGR
AWDDANILGMGYALEQQANGQQFTSFAPALEVMATDNPDPEDPDTGNPDTEDPDTDNPDT
DNPDPDNPGTDTPEANTELTLGEQMVVVANQTYTITGTKAKITMPADLPEGSKVTIIKED
ATDHDGLEVAGEVLNVTFEFPEGSTPPTNGYTLTLGYNQGADTEQLAIYYFNETSNEWEH
KGGEVNEEEETITLDVPHFSSYGVFVEIEETTPTEDESGTTDDETDSNNDQSTNENEQDD
ENTNETNNTTNNDKSNHNLPNTATSVFNWLMIGAITIATGIVLLIVRRRKVNM
NT seq
3222 nt
NT seq
+upstream
nt +downstream
nt
ttgtctaattctatgaatacttttatcaatcaaaaaagggttattttatctgtttcaatg
atcattctgttactaatagggagtgtcatcctaccaactagtttggtttcagctactaat
ctgaaatctgataacggggctagttggagaatacatgatactgttcgtcctagtctagat
accgggagttttcgaactgtaagtgaatctcctatccatggttttggtaacatatttgtt
cgtgtttcttcaactcctgagcccctttttaatgatcaaatgatgcggggattcggacta
acctatgatggaattgacacgtttgaaacaacccaagcagtagacctaggcggagtacat
attactcgtgaaattaagatggataggtcagaaagctggacaagattctttgatagtttt
accaatacaaccgatgagacagttgttgttgaagtttcgtttggtggtgcactcggatat
ggtacaggtgatgaacatggtgcgatccaaactacttctgatggtgataaagtcatcact
ccagcagatgaatggacaattgctgccactccgaaagacgatgagcgccctgtaggagtt
gtcattggtacaccagcaccatttgaaggtgcattgacgaaggttggtaaccaagaacga
aatccttttgaaacaccgtatgtaacagagggacatgaatcaaatttctatgggtacatt
catacgttgacaattgaacctggagaatctgaatcattagcaagattcttattggttggt
gatacgcaaggtttaacagcgattccatccactgaagaaaagcttgataatcttgcaaca
gagcctgacttcactggtttaacaacagaagaaatttattcattagaaaactgggacatt
actactttaccagaatacaatccagatacattctctgaatctattacacttgattatcca
gaacccccaactaaagaagaattctacacgacgtcgaactatgatgttgtgaataaaaca
atcgctgaacttcaaacggatatggaagtaggcgttacaacctcagaagaaatcacacgt
gcctacctagacagaattgctgcttatgacaatggtcagtttggcttcaatgcctttata
acagttgctgagaatgcaattgaacaagcaaaggcagccgatgaagcacgttctaatggc
caaacaggctcactcttaggaattccaattgctattaaagatatttttgatacgaaagac
atgccgaacacaggtggaagcctcgcattaaaggattggcaacctgcaacggatgcacac
caagttaatctcctgcgcgaagctggcgctgtcataattggtaagactaatctatctgag
tttgcattctcaggaagtcaaagtgacagtggattcggtcaagtttggaatgccttatat
ccttccaagacttcttatggttcaagtggaggctcatctgtttctgtagcccttagcatg
accgctgcagcattaggtagccaaaccggcgtttctctttatgcaccagcaaatggagct
agcattaccatgttccgtgggactgatggaatggcaagtgttcacggtgtcatgccatta
aattggggacaggattatgcaggtcctatggctagaactgtgacagaccttgcctattta
ctaaatgcaacaacaggaacggatgcaaaagacatgcttactgaggaagctgatgaacat
cgaccagctgattggacagtttctcttgataaaagcgccttacaaggtaaacgaatcgga
tatatcccaagttcatttgtctctggttttgcaaatgatggaacagggcaagcagtgatg
gatcactttactgaccttgaggcagcaggagcaacgatggtagagatgccagatccacca
agtagacctgatagtgtgaagggagacaaaacagaagaaggttgggcgcgttatatcgaa
cttcattctagctttccttttgctaaaggaagtgacattttaaaggatgaaaacgtctta
ccttacaaccatgaggatgaagacgcaacaagaatgactagtgaagaagttgatgcatgg
ttaaattaccgtaccgaatacaaagaacgaatcaaacaatggatggatgataacaatgtt
gatgcgattgtttatgcaggtttcctaagtgatatgtataataatgacagctctatttac
caattgagcgcagatagaggaaccggtgtattaacttctaacgtaggtctaccaactgta
ttggttccggtaggtactaatcctcatgggtactctatttcaatgcaactagttggtaga
gcatgggatgatgcaaatattttagggatgggctatgcacttgaacaacaagccaatggc
caacaattcacatcttttgctcctgcattagaggtcatggcaacagataatccagaccca
gaagatccagatacgggtaatcctgatacagaagatccagacacggacaatccagacaca
gacaatccagatccagataacccgggaacagatacgccagaggctaacacagaactaaca
cttggcgaacaaatggttgtagtagctaaccaaacctataccattacaggaacaaaagca
aaaattacaatgccagctgacttaccagaagggtcaaaagtaaccattataaaagaagat
gccactgatcatgacggattagaagttgcaggtgaagtactaaatgtcacattcgaattt
ccagaaggttcaactcctcctactaatggttacacactaacattaggttataatcagggg
gctgatacagaacaactagcaatctactactttaacgaaacatcaaatgaatgggaacat
aaaggcggcgaagtaaacgaagaagaagaaacaatcactctagatgttccgcacttctcg
tcatacggagtgtttgttgaaatagaagaaacgacacctacagaagatgaatcaggcact
acagatgatgaaacagattccaacaatgatcagtctaccaatgaaaatgaacaagatgat
gaaaatacgaacgaaacaaataatactactaacaatgataagtccaatcataatctacca
aatactgcgacaagcgtgttcaattggttgatgatcggggctatcaccatcgcaacggga
attgttttactcattgtacgtagacggaaagtaaatatgtaa
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