Keyphrases
Spoilage
100%
Pectinatus
100%
Brassicae
20%
Hydrolysis
10%
Fatty Acids
10%
Growth Temperature
10%
Acetate
10%
Lactose
10%
Temperature Range
10%
Gram-negative
10%
Acid Production
10%
Glycerol
10%
Firmicutes
10%
Milk
10%
Sorbitol
10%
Fructose
10%
Maltose
10%
Molecular Biology Techniques
10%
Phylogenetic Tree
10%
Close Relatives
10%
Trehalose
10%
Bootstrap
10%
16S rRNA Gene Sequencing
10%
Mannose
10%
Xylitol
10%
Acetoin
10%
Production Growth
10%
Strictly Anaerobic
10%
Inositol
10%
Ribose
10%
Propionate
10%
Curved Rod
10%
Flagella
10%
Vancomycin
10%
Maximum Likelihood
10%
Concave Side
10%
Erythritol
10%
Pickling Wastewater
10%
Negativicutes
10%
Motile Bacteria
10%
Neighbor Joining
10%
Non-spore Forming
10%
Major Metabolites
10%
Salicin
10%
Emended Description
10%
INIS
strains
100%
tanks
100%
production
18%
carbon 13
18%
spores
9%
hydrolysis
9%
genes
9%
acetates
9%
glucose
9%
length
9%
growth
9%
fatty acids
9%
carbon 18
9%
carbon 11
9%
bacteria
9%
waste water
9%
lactose
9%
rods
9%
metabolites
9%
temperature range
9%
glycerol
9%
milk
9%
sorbitol
9%
fructose
9%
maltose
9%
disaccharides
9%
joining
9%
carbon 15
9%
carbon 17
9%
inositol
9%
mannose
9%
stains
9%
maximum-likelihood fit
9%
ribose
9%
erythritol
9%
Biochemistry, Genetics and Molecular Biology
Pectinatus
100%
Type Strain
30%
Enzymatic Hydrolysis
10%
Glycerol
10%
Metabolite
10%
Gene Sequence
10%
Phylum
10%
Firmicutes
10%
Negativicutes
10%
Phylogenetic Tree
10%
Salicin
10%
Vancomycin
10%
Maltose
10%
Sorbitol
10%
16S Ribosomal RNA
10%
Fructose
10%
Lactose
10%
Mannose
10%
Xylitol
10%
Trehalose
10%
Ribitol
10%
Inositol
10%
Erythritol
10%
Gram Staining
10%
Ribose
10%
Flagellum
10%
Immunology and Microbiology
Pectinatus
100%
Type Strain
30%
Gram Staining
10%
Firmicutes
10%
Phylum
10%
Gene Sequence
10%
Phylogenetic Tree
10%
Negativicutes
10%
Metabolite
10%
Flagellum
10%
Glycerol
10%