Levilactobacillus brevis: its interactions
Everything we hold for this microbe: the microbes it lives with, the metabolites it eats and makes, life factors and health. Click any dot to centre the map on it.
Microbes 29
- Escherichia coli Microbes Recorded only Recorded as making the folate, niacin and thiamine L. brevis uses. Records show both handle the same compound, not that one feeds the other in a gut.Open its map
- Bifidobacterium bifidum Microbes Recorded only Recorded as making the folate and thiamine L. brevis uses. Records show both handle the same compound, not that one feeds the other in a gut.Open its map
- Bifidobacterium breve Microbes Recorded only Recorded as making the folate and thiamine L. brevis uses. Records show both handle the same compound, not that one feeds the other in a gut.Open its map
- Bifidobacterium longum Microbes Recorded only Recorded as making the folate and thiamine L. brevis uses. Records show both handle the same compound, not that one feeds the other in a gut.Open its map
- Streptococcus thermophilus Microbes Recorded only Recorded as making the folate and thiamine L. brevis uses. Records show both handle the same compound, not that one feeds the other in a gut.Open its map
- Agrobacterium tumefaciens Microbes Recorded only Recorded as able to use the 4-aminobutyrate L. brevis makes. Records show both handle the same compound, not that one feeds the other in a gut.Open its map
- Anaerostipes caccae Microbes Recorded only Recorded as able to use the 4-aminobutyrate L. brevis makes. Records show both handle the same compound, not that one feeds the other in a gut.Open its map
- Bacillus subtilis Microbes Recorded only Recorded as able to use the 4-aminobutyrate L. brevis makes. Records show both handle the same compound, not that one feeds the other in a gut.Open its map
- Bifidobacterium adolescentis Microbes Recorded only Recorded as making the folate L. brevis uses. Records show both handle the same compound, not that one feeds the other in a gut.Open its map
- Bifidobacterium animalis Microbes Recorded only Recorded as able to use the folate L. brevis makes. Records show both handle the same compound, not that one feeds the other in a gut.Microbes Recorded only Recorded as making the folate L. brevis uses. Records show both handle the same compound, not that one feeds the other in a gut.Open its map
- Bifidobacterium catenulatum Microbes Recorded only Recorded as making the folate L. brevis uses. Records show both handle the same compound, not that one feeds the other in a gut.Open its map
- Bifidobacterium dentium Microbes Recorded only Recorded as making the folate L. brevis uses. Records show both handle the same compound, not that one feeds the other in a gut.Open its map
- Bifidobacterium pseudocatenulatum Microbes Recorded only Recorded as making the folate L. brevis uses. Records show both handle the same compound, not that one feeds the other in a gut.Open its map
- Corynebacterium glutamicum Microbes Recorded only Recorded as able to use the 4-aminobutyrate L. brevis makes. Records show both handle the same compound, not that one feeds the other in a gut.Open its map
- Enterococcus faecalis Microbes Recorded only Recorded as making the folate L. brevis uses. Records show both handle the same compound, not that one feeds the other in a gut.Microbes Recorded only Recorded as able to use the folate L. brevis makes. Records show both handle the same compound, not that one feeds the other in a gut.Open its map
- Enterococcus faecium Microbes Recorded only Recorded as able to use the folate L. brevis makes. Records show both handle the same compound, not that one feeds the other in a gut.Open its map
- Lacticaseibacillus paracasei Microbes Recorded only Recorded as able to use the folate L. brevis makes. Records show both handle the same compound, not that one feeds the other in a gut.Open its map
- Lactiplantibacillus plantarum Microbes Recorded only Recorded as making the folate L. brevis uses. Records show both handle the same compound, not that one feeds the other in a gut.Open its map
- Lactobacillus acidophilus Microbes Recorded only Recorded as making the folate L. brevis uses. Records show both handle the same compound, not that one feeds the other in a gut.Open its map
- Lactobacillus delbrueckii Microbes Recorded only Recorded as able to use the folate L. brevis makes. Records show both handle the same compound, not that one feeds the other in a gut.Open its map
- Lactobacillus gasseri Microbes Recorded only Recorded as able to use the folate L. brevis makes. Records show both handle the same compound, not that one feeds the other in a gut.Open its map
- Lactobacillus helveticus Microbes Recorded only Recorded as making the thiamine L. brevis uses. Records show both handle the same compound, not that one feeds the other in a gut.Open its map
- Lactococcus lactis Microbes Recorded only Recorded as able to use the folate L. brevis makes. Records show both handle the same compound, not that one feeds the other in a gut.Microbes Recorded only Recorded as making the folate L. brevis uses. Records show both handle the same compound, not that one feeds the other in a gut.Open its map
- Leuconostoc mesenteroides Microbes Recorded only Recorded as able to use the folate L. brevis makes. Records show both handle the same compound, not that one feeds the other in a gut.Open its map
- Ligilactobacillus salivarius Microbes Recorded only Recorded as able to use the folate L. brevis makes. Records show both handle the same compound, not that one feeds the other in a gut.Open its map
- Limosilactobacillus fermentum Microbes Recorded only Recorded as making the folate L. brevis uses. Records show both handle the same compound, not that one feeds the other in a gut.Open its map
- Limosilactobacillus reuteri Microbes Recorded only Recorded as making the folate L. brevis uses. Records show both handle the same compound, not that one feeds the other in a gut.Open its map
- Saccharomyces cerevisiae Microbes Recorded only Recorded as making the glycerol L. brevis uses. Records show both handle the same compound, not that one feeds the other in a gut.Open its map
- Streptococcus mutans Microbes Recorded only Recorded as able to use the folate L. brevis makes. Records show both handle the same compound, not that one feeds the other in a gut.Open its map
Metabolites 45
- D-ribose Metabolites · Eats Recorded only 16 of 16 strains Made or used by most gut microbes we hold (49 species), so it doesn't link microbes on its own.Metabolites · Eats From genomes (AGORA2) 3 of 3 strains Made or used by most gut microbes we hold (49 species), so it doesn't link microbes on its own.Metabolites · Eats Recorded only Papers say yes Made or used by most gut microbes we hold (49 species), so it doesn't link microbes on its own.Open its map
- Glucose Metabolites · Eats Recorded only 14 of 16 strains Made or used by most gut microbes we hold (152 species), so it doesn't link microbes on its own.Open its map
- Xylose Metabolites · Eats Recorded only 14 of 21 strains Made or used by most gut microbes we hold (55 species), so it doesn't link microbes on its own.Open its map
- Fructose Metabolites · Eats Recorded only 13 of 13 strains Made or used by most gut microbes we hold (79 species), so it doesn't link microbes on its own.Open its map
- Maltose Metabolites · Eats Recorded only 13 of 15 strains Made or used by most gut microbes we hold (119 species), so it doesn't link microbes on its own.Metabolites · Eats From genomes (AGORA2) 3 of 3 strains Made or used by most gut microbes we hold (119 species), so it doesn't link microbes on its own.Metabolites · Eats Recorded only Papers say yes Made or used by most gut microbes we hold (119 species), so it doesn't link microbes on its own.Open its map
- Nitrate Metabolites · Eats Recorded only 12 of 13 strainsOpen its map
- D-arabinose Metabolites · Eats Recorded only 11 of 22 strains Made or used by most gut microbes we hold (59 species), so it doesn't link microbes on its own.Metabolites · Eats From genomes (AGORA2) 3 of 3 strains Made or used by most gut microbes we hold (59 species), so it doesn't link microbes on its own.Metabolites · Eats Recorded only Papers say yes Made or used by most gut microbes we hold (59 species), so it doesn't link microbes on its own.Open its map
- Melibiose Metabolites · Eats Recorded only 10 of 15 strains Made or used by most gut microbes we hold (39 species), so it doesn't link microbes on its own.Metabolites · Eats From genomes (AGORA2) 3 of 3 strains Made or used by most gut microbes we hold (39 species), so it doesn't link microbes on its own.Metabolites · Eats Recorded only Papers say yes Made or used by most gut microbes we hold (39 species), so it doesn't link microbes on its own.Open its map
- Arginine Metabolites · Eats Recorded only 9 of 9 strainsOpen its map
- D-galactose Metabolites · Eats Recorded only 9 of 10 strains Made or used by most gut microbes we hold (76 species), so it doesn't link microbes on its own.Open its map
- Methyl alpha-d-glucopyranoside Metabolites · Eats Recorded only 7 of 11 strainsOpen its map
- Hippurate Metabolites · Eats Recorded only 6 of 9 strainsOpen its map
- Lactose Metabolites · Eats Recorded only 5 of 20 strains Made or used by most gut microbes we hold (92 species), so it doesn't link microbes on its own.Open its map
- Potassium 5-ketogluconate Metabolites · Eats Recorded only 5 of 9 strainsOpen its map
- Gluconate Metabolites · Eats Recorded only 4 of 11 strainsOpen its map
- N-acetylglucosamine Metabolites · Eats Recorded only 4 of 11 strainsOpen its map
- Biotin Metabolites · Makes From genomes (AGORA2) 3 of 3 strainsOpen its map
- Chenodeoxycholate Metabolites · Makes From genomes (AGORA2) 3 of 3 strainsOpen its map
- Cholate Metabolites · Makes From genomes (AGORA2) 3 of 3 strainsOpen its map
- Deoxycholate Metabolites · Makes From genomes (AGORA2) 3 of 3 strainsOpen its map
- Dextrin Metabolites · Eats From genomes (AGORA2) 3 of 3 strainsMetabolites · Eats Recorded only Papers say yesOpen its map
- Esculin Metabolites · Eats Recorded only 3 of 17 strainsOpen its map
- Folate Metabolites · Makes From genomes (AGORA2) 3 of 3 strainsMetabolites · Eats Recorded only Papers say yesMetabolites · Makes Recorded only Papers say yesOpen its map
- GABA Metabolites · Makes From genomes (AGORA2) 3 of 3 strainsOpen its map
- Glycerol Metabolites · Eats Recorded only Papers say yesOpen its map
- Lactate Metabolites · Makes From genomes (AGORA2) 3 of 3 strains Made or used by most gut microbes we hold (107 species), so it doesn't link microbes on its own.Metabolites · Eats Recorded only Papers say yes Made or used by most gut microbes we hold (107 species), so it doesn't link microbes on its own.Open its map
- Lithocholate Metabolites · Makes From genomes (AGORA2) 3 of 3 strainsOpen its map
- 1,3-Propanediol Metabolites · Makes Recorded only Papers say yesOpen its map
- Arbutin Metabolites · Eats Recorded only 2 of 21 strainsOpen its map
- D-mannitol Metabolites · Eats Recorded only 2 of 17 strains Made or used by most gut microbes we hold (47 species), so it doesn't link microbes on its own.Open its map
- D-mannose Metabolites · Eats Recorded only 2 of 19 strains Made or used by most gut microbes we hold (87 species), so it doesn't link microbes on its own.Open its map
- D-tagatose Metabolites · Eats Recorded only 2 of 22 strainsOpen its map
- Melezitose Metabolites · Eats Recorded only 2 of 22 strainsOpen its map
- Salicin Metabolites · Eats Recorded only 2 of 21 strainsOpen its map
- Sucrose Metabolites · Eats Recorded only 2 of 18 strains Made or used by most gut microbes we hold (103 species), so it doesn't link microbes on its own.Metabolites · Eats Recorded only Papers say yes Made or used by most gut microbes we hold (103 species), so it doesn't link microbes on its own.Open its map
- 4-Aminobutyrate Metabolites · Makes Recorded only Papers say yesOpen its map
- Acetate Metabolites · Makes Recorded only Papers say yes Made or used by most gut microbes we hold (120 species), so it doesn't link microbes on its own.Open its map
- CO2 Metabolites · Makes Recorded only Papers say yes Made or used by most gut microbes we hold (43 species), so it doesn't link microbes on its own.Open its map
- Methyl beta-d-xylopyranoside Metabolites · Eats Recorded only 1 of 21 strainsOpen its map
- N-acetyl-d-glucosamine Metabolites · Eats Recorded only 1 of 1 strainOpen its map
- Niacin Metabolites · Eats Recorded only Papers say yesOpen its map
- Pantothenic acid Metabolites · Eats Recorded only Papers say yesOpen its map
- Raffinose Metabolites · Eats Recorded only 1 of 21 strains Made or used by most gut microbes we hold (75 species), so it doesn't link microbes on its own.Open its map
- Thiamine Metabolites · Eats Recorded only Papers say yesOpen its map
- Trehalose Metabolites · Eats Recorded only 1 of 22 strains Made or used by most gut microbes we hold (56 species), so it doesn't link microbes on its own.Open its map
5 metabolites it can't eat
Inulin
Resistant starch
Starch
Pectin
Gut mucus
18 metabolites it can't make
Butyrate
Propionate
Succinate
Formate
Secondary bile acids
Thiamin
Life factors 0
3 diets compared, nothing found
Omnivore
Vegan
Vegetarian