Bifidobacterium longum: 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 32
- Escherichia coli Microbes Recorded only Recorded as able to use the chenodeoxycholic acid, cholic acid and 3 more compounds B. longum makes. Records show both handle the same compound, not that one feeds the other in a gut.Microbes Recorded only Recorded as making the biotin, menaquinone and riboflavin B. longum uses. 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, biotin and 2 more compounds B. longum makes. Records show both handle the same compound, not that one feeds the other in a gut.Microbes Recorded only Recorded as making the menaquinone and riboflavin B. longum uses. Records show both handle the same compound, not that one feeds the other in a gut.Open its map
- Clostridium perfringens Microbes Recorded only Recorded as able to use the biotin, chenodeoxycholic acid and 2 more compounds B. longum 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 able to use the biotin, folate and 2 more compounds B. longum makes. Records show both handle the same compound, not that one feeds the other in a gut.Microbes Recorded only Recorded as making the menaquinone B. longum uses. 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 biotin, folate and 2 more compounds B. longum makes. 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 biotin, folate and 2 more compounds B. longum makes. Records show both handle the same compound, not that one feeds the other in a gut.Microbes Recorded only Recorded as making the menaquinone and riboflavin B. longum 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 biotin, folate and 2 more compounds B. longum makes. Records show both handle the same compound, not that one feeds the other in a gut.Microbes Recorded only Recorded as making the riboflavin B. longum uses. Records show both handle the same compound, not that one feeds the other in a gut.Open its map
- [Clostridium] scindens Microbes Recorded only Recorded as able to use the chenodeoxycholic acid, cholic acid and vitamin b12 B. longum makes. Records show both handle the same compound, not that one feeds the other in a gut.Open its map
- Acidaminococcus fermentans Microbes Recorded only Recorded as able to use the biotin, vitamin b12 and vitamin b6 B. longum makes. Records show both handle the same compound, not that one feeds the other in a gut.Open its map
- Bacteroides fragilis Microbes Recorded only Recorded as able to use the chenodeoxycholic acid, cholic acid and vitamin b12 B. longum makes. Records show both handle the same compound, not that one feeds the other in a gut.Microbes Recorded only Recorded as making the menaquinone B. longum uses. Records show both handle the same compound, not that one feeds the other in a gut.Open its map
- Bacteroides thetaiotaomicron Microbes Recorded only Recorded as able to use the chenodeoxycholic acid, cholic acid and vitamin b12 B. longum makes. Records show both handle the same compound, not that one feeds the other in a gut.Microbes Recorded only Recorded as making the menaquinone B. longum uses. 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 biotin, folate and vitamin b6 B. longum makes. Records show both handle the same compound, not that one feeds the other in a gut.Microbes Recorded only Recorded as making the menaquinone B. longum 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, vitamin b12 and vitamin b6 B. longum makes. Records show both handle the same compound, not that one feeds the other in a gut.Open its map
- Ruminococcus bromii Microbes Recorded only Recorded as able to use the biotin, vitamin b12 and vitamin b6 B. longum makes. Records show both handle the same compound, not that one feeds the other in a gut.Open its map
- Staphylococcus aureus Microbes Recorded only Recorded as able to use the biotin, thiamine and vitamin b12 B. longum makes. Records show both handle the same compound, not that one feeds the other in a gut.Open its map
- [Clostridium] hylemonae Microbes Recorded only Recorded as able to use the chenodeoxycholic acid and cholic acid B. longum makes. Records show both handle the same compound, not that one feeds the other in a gut.Open its map
- Bacteroides intestinalis Microbes Recorded only Recorded as able to use the chenodeoxycholic acid and cholic acid B. longum makes. Records show both handle the same compound, not that one feeds the other in a gut.Open its map
- Brucella abortus Microbes Recorded only Recorded as able to use the biotin and thiamine B. longum makes. Records show both handle the same compound, not that one feeds the other in a gut.Open its map
- Clostridioides difficile Microbes Recorded only Recorded as able to use the biotin and vitamin b6 B. longum makes. Records show both handle the same compound, not that one feeds the other in a gut.Open its map
- Clostridium butyricum Microbes Recorded only Recorded as able to use the 1,2-propanediol and biotin B. longum makes. Records show both handle the same compound, not that one feeds the other in a gut.Open its map
- Bacillus cereus Microbes Recorded only Recorded as making the menaquinone B. longum uses. Records show both handle the same compound, not that one feeds the other in a gut.Open its map
- Bacteroides ovatus Microbes Recorded only Recorded as making the menaquinone B. longum uses. 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 biotin B. longum 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 biotin B. longum uses. Records show both handle the same compound, not that one feeds the other in a gut.Open its map
- Corynebacterium diphtheriae Microbes Recorded only Recorded as making the menaquinone B. longum uses. Records show both handle the same compound, not that one feeds the other in a gut.Open its map
- Eggerthella lenta Microbes Recorded only Recorded as making the menaquinone B. longum uses. Records show both handle the same compound, not that one feeds the other in a gut.Open its map
- Klebsiella pneumoniae Microbes Recorded only Recorded as making the riboflavin B. longum uses. 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 riboflavin B. longum uses. 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 riboflavin B. longum uses. Records show both handle the same compound, not that one feeds the other in a gut.Open its map
- Mycobacterium tuberculosis Microbes Recorded only Recorded as making the menaquinone B. longum uses. Records show both handle the same compound, not that one feeds the other in a gut.Open its map
- Mycolicibacterium smegmatis Microbes Recorded only Recorded as making the menaquinone B. longum uses. Records show both handle the same compound, not that one feeds the other in a gut.Open its map
- Phocaeicola vulgatus Microbes Recorded only Recorded as making the menaquinone B. longum uses. Records show both handle the same compound, not that one feeds the other in a gut.Open its map
Metabolites 83
- 1,2-propanediol Metabolites · Makes From genomes (AGORA2) 28 of 28 strainsMetabolites · Makes Recorded only Papers say yesOpen its map
- Biotin Metabolites · Makes From genomes (AGORA2) 28 of 28 strainsMetabolites · Eats Recorded only Papers say yesMetabolites · Makes Recorded only Papers say yesOpen its map
- Butylamine Metabolites · Makes From genomes (AGORA2) 28 of 28 strainsMetabolites · Makes Recorded only Papers say yesOpen its map
- Chenodeoxycholate Metabolites · Makes From genomes (AGORA2) 28 of 28 strainsOpen its map
- Cholate Metabolites · Makes From genomes (AGORA2) 28 of 28 strainsOpen its map
- Cobalamin Metabolites · Makes From genomes (AGORA2) 28 of 28 strainsOpen its map
- D-maltose Metabolites · Eats From genomes (AGORA2) 28 of 28 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 22 of 24 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
- D-ribose Metabolites · Eats From genomes (AGORA2) 28 of 28 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 9 of 23 strains Made or used by most gut microbes we hold (49 species), so it doesn't link microbes on its own.Open its map
- Deoxycholate Metabolites · Makes From genomes (AGORA2) 28 of 28 strainsOpen its map
- Dextrin Metabolites · Eats From genomes (AGORA2) 28 of 28 strainsMetabolites · Eats Recorded only Papers say yesOpen its map
- Dimethylamine Metabolites · Makes From genomes (AGORA2) 28 of 28 strainsMetabolites · Makes Recorded only Papers say yesOpen its map
- Folate Metabolites · Makes From genomes (AGORA2) 28 of 28 strainsMetabolites · Makes Recorded only Papers say yesOpen its map
- Fructose Metabolites · Eats From genomes (AGORA2) 28 of 28 strains Made or used by most gut microbes we hold (79 species), so it doesn't link microbes on its own.Metabolites · Eats Recorded only 8 of 8 strains Made or used by most gut microbes we hold (79 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 (79 species), so it doesn't link microbes on its own.Open its map
- GABA Metabolites · Makes From genomes (AGORA2) 28 of 28 strainsOpen its map
- Galactosamine Metabolites · Eats From genomes (AGORA2) 28 of 28 strainsMetabolites · Eats Recorded only Papers say yesOpen its map
- Galactose Metabolites · Eats From genomes (AGORA2) 28 of 28 strains Made or used by most gut microbes we hold (76 species), so it doesn't link microbes on its own.Metabolites · Eats Recorded only 8 of 8 strains Made or used by most gut microbes we hold (76 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 (76 species), so it doesn't link microbes on its own.Open its map
- Glucose Metabolites · Eats From genomes (AGORA2) 28 of 28 strains Made or used by most gut microbes we hold (152 species), so it doesn't link microbes on its own.Metabolites · Eats Recorded only 8 of 8 strains Made or used by most gut microbes we hold (152 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 (152 species), so it doesn't link microbes on its own.Open its map
- Isomaltose Metabolites · Eats From genomes (AGORA2) 28 of 28 strainsMetabolites · Eats Recorded only Papers say yesOpen its map
- Lactate Metabolites · Makes From genomes (AGORA2) 28 of 28 strains Made or used by most gut microbes we hold (107 species), so it doesn't link microbes on its own.Metabolites · Makes 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
- Lactose Metabolites · Eats From genomes (AGORA2) 28 of 28 strains Made or used by most gut microbes we hold (92 species), so it doesn't link microbes on its own.Metabolites · Eats Recorded only 24 of 24 strains Made or used by most gut microbes we hold (92 species), so it doesn't link microbes on its own.Open its map
- Lithocholate Metabolites · Makes From genomes (AGORA2) 28 of 28 strainsOpen its map
- Melibiose Metabolites · Eats From genomes (AGORA2) 28 of 28 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 24 of 24 strains Made or used by most gut microbes we hold (39 species), so it doesn't link microbes on its own.Open its map
- Phenylethylamine Metabolites · Makes From genomes (AGORA2) 28 of 28 strainsMetabolites · Makes Recorded only Papers say yesOpen its map
- Raffinose Metabolites · Eats From genomes (AGORA2) 28 of 28 strains Made or used by most gut microbes we hold (75 species), so it doesn't link microbes on its own.Metabolites · Eats Recorded only 25 of 25 strains Made or used by most gut microbes we hold (75 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 (75 species), so it doesn't link microbes on its own.Open its map
- Sucrose Metabolites · Eats From genomes (AGORA2) 28 of 28 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 23 of 23 strains Made or used by most gut microbes we hold (103 species), so it doesn't link microbes on its own.Open its map
- Thiamine Metabolites · Makes From genomes (AGORA2) 28 of 28 strainsMetabolites · Makes Recorded only Papers say yesOpen its map
- Vitamin B6 Metabolites · Makes From genomes (AGORA2) 28 of 28 strainsMetabolites · Makes Recorded only Papers say yesOpen its map
- Xylooligosaccharides Metabolites · Eats From genomes (AGORA2) 28 of 28 strainsOpen its map
- Arabinogalactan Metabolites · Eats From genomes (AGORA2) 27 of 28 strainsMetabolites · Eats Recorded only Papers say yesOpen its map
- Fructooligosaccharides Metabolites · Eats From genomes (AGORA2) 27 of 28 strainsOpen its map
- Xylose Metabolites · Eats From genomes (AGORA2) 27 of 28 strains Made or used by most gut microbes we hold (55 species), so it doesn't link microbes on its own.Metabolites · Eats Recorded only 9 of 11 strains Made or used by most gut microbes we hold (55 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 (55 species), so it doesn't link microbes on its own.Open its map
- D-Turanose Metabolites · Eats From genomes (AGORA2) 26 of 28 strainsMetabolites · Eats Recorded only 3 of 7 strainsOpen its map
- L-arabinose Metabolites · Eats From genomes (AGORA2) 26 of 28 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 21 of 25 strains Made or used by most gut microbes we hold (59 species), so it doesn't link microbes on its own.Open its map
- D-mannose Metabolites · Eats Recorded only 12 of 21 strains Made or used by most gut microbes we hold (87 species), so it doesn't link microbes on its own.Metabolites · Eats From genomes (AGORA2) 1 of 28 strains Made or used by most gut microbes we hold (87 species), so it doesn't link microbes on its own.Open its map
- Trehalose Metabolites · Eats Recorded only 11 of 24 strains Made or used by most gut microbes we hold (56 species), so it doesn't link microbes on its own.Metabolites · Eats From genomes (AGORA2) 1 of 28 strains Made or used by most gut microbes we hold (56 species), so it doesn't link microbes on its own.Open its map
- Fructooligosaccharides (FOS) Metabolites · Eats Recorded only Papers say yesOpen its map
- Esculin Metabolites · Eats Recorded only 8 of 9 strainsOpen its map
- Melezitose Metabolites · Eats Recorded only 8 of 24 strainsOpen its map
- Gut mucus Metabolites · Eats Recorded only Papers say yes Made or used by most gut microbes we hold (33 species), so it doesn't link microbes on its own.Metabolites · Eats From genomes (AGORA2) 1 of 28 strains Made or used by most gut microbes we hold (33 species), so it doesn't link microbes on its own.Open its map
- Methyl alpha-d-glucopyranoside Metabolites · Eats Recorded only 6 of 8 strainsOpen 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
- Chenodeoxycholic acid Metabolites · Makes Recorded only Papers say yesOpen its map
- Deoxycholic acid Metabolites · Makes Recorded only Papers say yesOpen its map
- Glycochenodeoxycholate Metabolites · Eats Recorded only Papers say yesOpen its map
- Glycocholate Metabolites · Eats Recorded only Papers say yesOpen its map
- Glycodeoxycholate Metabolites · Eats Recorded only Papers say yesOpen its map
- Taurochenodeoxycholate Metabolites · Eats Recorded only Papers say yesOpen its map
- Taurocholate Metabolites · Eats Recorded only Papers say yesOpen its map
- Taurodeoxycholate Metabolites · Eats Recorded only Papers say yesOpen its map
- Cholic acid Metabolites · Makes Recorded only Papers say yesOpen its map
- D-fucose Metabolites · Eats Recorded only 2 of 9 strainsMetabolites · Eats From genomes (AGORA2) 2 of 28 strainsMetabolites · Eats Recorded only Papers say yesOpen its map
- D-glucuronic acid Metabolites · Eats From genomes (AGORA2) 2 of 28 strainsMetabolites · Eats Recorded only Papers say yesOpen its map
- Ethanol Metabolites · Makes Recorded only Papers say yes Made or used by most gut microbes we hold (46 species), so it doesn't link microbes on its own.Open its map
- Formate Metabolites · Makes Recorded only Papers say yes Made or used by most gut microbes we hold (56 species), so it doesn't link microbes on its own.Open its map
- Glycolithocholate Metabolites · Eats Recorded only Papers say yesOpen its map
- Lithocholic acid Metabolites · Makes Recorded only Papers say yesOpen its map
- Menaquinone Metabolites · Eats Recorded only Papers say yesOpen its map
- N-acetylglucosamine Metabolites · Eats Recorded only 2 of 8 strainsMetabolites · Eats From genomes (AGORA2) 1 of 28 strainsOpen its map
- Starch Metabolites · Eats Recorded only Papers say yes Made or used by most gut microbes we hold (57 species), so it doesn't link microbes on its own.Metabolites · Eats Recorded only 1 of 8 strains Made or used by most gut microbes we hold (57 species), so it doesn't link microbes on its own.Open its map
- Succinate Metabolites · Makes Recorded only Papers say yes Made or used by most gut microbes we hold (64 species), so it doesn't link microbes on its own.Open its map
- Taurolithocholate Metabolites · Eats Recorded only Papers say yesOpen its map
- Xylooligosaccharides (XOS) Metabolites · Eats Recorded only Papers say yesOpen its map
- 4-Aminobenzoate Metabolites · Eats Recorded only Papers say yesOpen its map
- 4-Aminobutyrate Metabolites · Makes Recorded only Papers say yesOpen its map
- Amygdalin Metabolites · Eats Recorded only 1 of 9 strainsOpen its map
- Beta-Muricholic acid Metabolites · Makes Recorded only Papers say yesOpen its map
- Butyrate Metabolites · Makes Recorded only Papers say yes Made or used by most gut microbes we hold (48 species), so it doesn't link microbes on its own.Open its map
- D-Glucosamine Metabolites · Eats Recorded only Papers say yesOpen its map
- Fructan Metabolites · Eats Recorded only Papers say yesOpen its map
- Gentiobiose Metabolites · Eats Recorded only 1 of 9 strainsOpen its map
- Glycerol Metabolites · Eats From genomes (AGORA2) 1 of 28 strainsOpen its map
- H2 Metabolites · Makes Recorded only Papers say yes Made or used by most gut microbes we hold (47 species), so it doesn't link microbes on its own.Open its map
- Hippurate Metabolites · Eats Recorded only 1 of 18 strainsOpen its map
- Inulin Metabolites · Eats Recorded only 1 of 7 strainsMetabolites · Eats From genomes (AGORA2) 1 of 28 strainsOpen its map
- Mannitol Metabolites · Eats From genomes (AGORA2) 1 of 28 strains Made or used by most gut microbes we hold (47 species), so it doesn't link microbes on its own.Open its map
- Methyl beta-d-glucopyranoside Metabolites · Eats Recorded only 1 of 18 strainsOpen its map
- Myo-inositol Metabolites · Eats Recorded only 1 of 8 strainsOpen its map
- N-acetylneuraminic acid Metabolites · Eats From genomes (AGORA2) 1 of 28 strainsOpen its map
- Riboflavin Metabolites · Eats Recorded only Papers say yesOpen its map
- Tauro-b-muricholic acid Metabolites · Eats Recorded only Papers say yesOpen its map
- Tributyrin Metabolites · Eats Recorded only 1 of 1 strainOpen its map
- Vitamin B12 Metabolites · Makes Recorded only Papers say yesOpen its map
- Xylan Metabolites · Eats Recorded only Papers say yesOpen its map
2 metabolites it can't eat
Resistant starch
Pectin
10 metabolites it can't make
Propionate
Riboflavin
Niacin
Vitamin K2
Hydrogen sulfide
Methane
Life factors 2
- ↑ Vegan Life factors · Food and diet Shown in a study Higher in vegans than omnivoresOpen its map
- ↑ Vegetarian Life factors · Food and diet Shown in a study Higher in vegetarians than omnivoresOpen its map
1 life factor studied, nothing found
Coffee
Health 5
- ↓ Neuroblastoma Health · Condition Compared within datasets · Seen more than once Less common in people with itOpen its map
- ↓ Bile duct cancer Health · Condition Compared within datasets · Seen once Less common in people with itOpen its map
- ↓ Clostridium infections Health · Condition Compared within datasets · Seen once Less common in people with itOpen its map
- ↓ Cystic fibrosis Health · Condition Compared within datasets · Seen once Less common in people with itOpen its map
- ↓ Diarrhea Health · Condition Compared within datasets · Seen once Less common in people with itOpen its map
55 conditions compared, nothing found
+39 more recorded (can use what it releases)
+8 more recorded (releases what it uses)