Candidatus Fluviicola riflensis: CHH17_08265
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Entry
CHH17_08265 CDS
T05019
Name
(GenBank) hypothetical protein
KO
K01207
beta-N-acetylhexosaminidase [EC:
3.2.1.52
]
Organism
flu
Candidatus Fluviicola riflensis
Pathway
flu00520
Amino sugar and nucleotide sugar metabolism
flu01100
Metabolic pathways
flu01501
beta-Lactam resistance
Brite
KEGG Orthology (KO) [BR:
flu00001
]
09100 Metabolism
09107 Glycan biosynthesis and metabolism
00520 Amino sugar and nucleotide sugar metabolism
CHH17_08265
09160 Human Diseases
09175 Drug resistance: antimicrobial
01501 beta-Lactam resistance
CHH17_08265
Enzymes [BR:
flu01000
]
3. Hydrolases
3.2 Glycosylases
3.2.1 Glycosidases, i.e. enzymes that hydrolyse O- and S-glycosyl compounds
3.2.1.52 beta-N-acetylhexosaminidase
CHH17_08265
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SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
Glyco_hydro_3
Beta-lactamase
Glyco_hydro_3_C
DUF1707
ABC2_membrane_3
Motif
Other DBs
NCBI-ProteinID:
ASS48725
LinkDB
All DBs
Position
1965139..1968075
Genome browser
AA seq
978 aa
AA seq
DB search
MKFFKPVLVVTLLIALATIALSITPKKGKTGNRSNGKALSEEDKWVNDKLTKMTLEEKIG
QSFMVACWSNRGDSHIEEIEQQITEDKIGGVIFFQGERGNLQNSIDRFQKKAETPLLIGM
DAEWGIAMRIFQEERFPYAQTIGAANDVELTKKMGEYMAIECDQMGIHLSFSPVADVNSN
PKNPVIGFRAFGSDAAHVSKHVSAFVQGMEGQNVLSCVKHFPGHGDTDVDSHLELPTVSH
TEAEFRATDFAPFKSGIAAGTSAVMVAHLNVPSLDNSGTPSSLSKKVIQGYLRDELKFKG
LVISDALNMKAVSEKYGKSEVVAKAYMAGCDIVLFPESVKEAIQLIRKKVESGDLEKSEV
DARCKQVLRAKYKAIIHKPMVKRKDVSIELKLACAQVYEKAMVVIKNENKSLPLDRLDRK
IVRISVGTHALAFRESIDRYANVEHHHFYSIKEALERLKDKSWQGYDVIITDFHSNAQRA
KNNYGFGEWQKVTDLLPVEATVITTFFGNPLVLSGTPQLPVNIDACVLGYENHELAQDRV
GQFIMGAFDVSGKLDISINDTWKKGTGLSVKGNGRLKYTVPEELGISSDKMAEIDAIVDN
AIRSKALPGCQVVVAIDGKVIHQKSYGTTMYEKGDSITNDHLYDIASITKIASSTMSLMK
LKSEGKFDETATLGELVPEIVGETPYAKLKASDMLTHQAGLTPWIPFYKTTLKEGQLKTE
IYSTTKKEGFSVPVADGLWIKDDYAKVMMKTILETPLSGEKKYEYSDLGYYFFKAYIEKT
TGKTQDKYVDQAIYKPLGLQRMTYLPLRKFRLSEIVPTENDKEYRKQVIHGYVHDPGAAM
VGGVGGHAGLFSNATDLAALMQVLLNKGQVGEFSLIDRSIVEEFTRCQYYPKNRRGLGFD
KPTIDKKSGPTCSLVSSGSFGHSGFTGTLAWADPEFKVNFVFLSNRVYPDATNWKITNMG
IRTEIQRVIYEALADSKK
NT seq
2937 nt
NT seq
+upstream
nt +downstream
nt
atgaaatttttcaagccggttctggttgttacattattgattgctttggcgacaattgct
ttgtcgataactccgaaaaagggtaaaacaggcaatcgttccaacggcaaagcgctttca
gaagaagataaatgggtcaacgacaaactgacaaaaatgacgctggaagaaaagatcggg
cagtcatttatggtggcttgctggtcgaatcgtggtgatagtcatatcgaagaaattgaa
caacaaattaccgaagataaaataggtggtgtgatttttttccagggtgaacgcggaaat
ttacaaaacagcatagaccgttttcagaaaaaagcggaaactccgttattgatcggaatg
gatgccgaatggggaatcgcaatgcgtattttccaggaagaacgttttccgtatgcgcaa
actatcggtgcggcaaatgatgtggaactcaccaaaaagatgggcgaatacatggcgatt
gaatgtgatcaaatgggcattcacctgagtttttcgccggtggcagatgtcaatagcaat
ccgaaaaatccggtaattggttttcgtgcatttggttcggatgctgcgcatgtttccaaa
catgtttcggcgtttgtacaaggaatggaaggacaaaacgtgttgtcgtgtgttaaacat
tttcccggccacggcgatacggatgttgattcgcatttggaactaccaactgtttcgcat
accgaggctgaattcagagccacggattttgcacctttcaaaagtggaattgcagccgga
accagcgctgtgatggtggctcacctgaatgttccttcgctggataattcgggaacaccg
agcagtctttctaaaaaagtaatccagggatatttgcgtgatgaattgaaattcaaagga
ttggtgatttctgacgccttaaatatgaaagcggtttcggagaaatacggcaaatcggaa
gtggtagcaaaagcttacatggccggttgcgatatcgtgttgttccccgaaagtgtgaaa
gaagctattcagcttattcgcaagaaagttgaatccggtgatttggaaaaatctgaagtc
gatgcccgctgtaagcaggtgcttcgcgccaaatacaaagccatcattcacaaaccgatg
gtgaaacgcaaagatgtttccattgaacttaagcttgcttgtgcacaggtttacgaaaaa
gcaatggtggtgatcaaaaacgagaataagtcgttgccgcttgatcgtttggaccgtaaa
attgtccgcatcagcgttggtacgcatgcgctggcattccgcgaaagtattgatcgttat
gcgaatgtggaacatcatcatttttattctatcaaagaagcgcttgaacgtttgaaagac
aaatcatggcaggggtacgatgtaattattaccgatttccattccaacgcacaacgtgcc
aaaaacaattatggttttggcgaatggcagaaagtaaccgatctgcttcctgtcgaagcg
actgtgattactacgttttttggaaatccgttggtgttgtcaggaacacctcagttaccg
gtaaatatagacgcttgtgtattgggctatgaaaaccatgaactggcgcaggatcgtgtg
gggcagtttataatgggagcttttgatgtgagcggaaaactggatatttccatcaatgat
acctggaaaaaaggaaccggattatctgtaaaaggcaatggccgtttgaaatatactgtt
ccggaagaattgggtatttcgtctgataaaatggctgaaattgacgcgatcgttgacaat
gcgattcgttcgaaagcgcttcccggctgccaggttgtcgtggcgattgacggaaaagtg
attcaccagaaatcgtatggaaccacgatgtacgaaaaaggcgattcgattaccaatgat
catttgtacgatattgcttcgattaccaaaattgcctcgtcgacgatgtcgctgatgaaa
cttaaatcggaagggaaatttgacgaaaccgctaccttgggcgaactcgtacctgaaatt
gtgggcgaaactccttacgctaagctgaaagccagtgatatgctcacgcaccaggccggt
ttgacaccctggattccgttctataaaacaactttaaaagaggggcaattgaaaacggaa
atctacagcacgaccaaaaaagaagggttttccgttccggtagctgatggtttgtggatc
aaagatgattacgccaaagtgatgatgaaaaccattttggaaacgccgttgtcaggcgag
aagaaatacgaatattccgatttgggctactatttctttaaagcttacattgaaaaaaca
accggtaaaacgcaggataaatatgtcgaccaagccatctataaaccattgggattgcag
cgaatgacgtatttgccgttgcggaaattccgcttatcggagattgttcctaccgaaaac
gacaaagaataccgcaagcaggttattcacggctatgtacacgatccgggagcagcaatg
gttggtggagtaggcggtcacgccggtttattctccaatgcgaccgatttggcagctttg
atgcaggttttactcaacaaaggtcaggtgggagaattcagtttgattgatcgcagtatc
gtagaagaattcacccgctgtcagtattacccgaaaaaccgtcgtggtttgggatttgac
aaaccaaccatcgacaaaaaaagcggtccgacatgctcgttggtatcatcaggcagtttt
ggccattcaggttttacaggaacattggcgtgggccgacccggaattcaaagtgaatttc
gtcttcctttctaaccgtgtttatcctgatgcaaccaattggaaaatcaccaatatgggc
attcgaactgaaattcagcgggtaatctatgaggctttggccgattcgaagaaataa
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