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Metabolite ID Name Formula
MW
StructureHost & Biospecimen
(status - Q; D; E; P)
# Related MicrobesMetabolite TypeAdditional sources
Erucic acidC22H41O2

337.569
Human Feces
Human Blood
Human Adrenal Gland
Human Placenta
10Co-metaboliteNot Available
Stearidonic acidC18H27O2

275.413
Human Feces
Human Blood
Human Placenta
3Co-metaboliteNot Available
GlutaconateC5H4O4

128.084
Human Feces
1Co-metaboliteNot Available
2-Aminomuconic acidC6H6NO4

156.118
Human Feces
3Co-metaboliteNot Available
3-Methylthiopropionic acidC4H7O2S

119.16
Human Feces
Human Urine
117Co-metaboliteNot Available
AcrylateC3H3O2

71.056
Human Feces
222Co-metaboliteNot Available
D-LimoneneC10H16

136.234
Human Feces
Human Blood
Human Epidermis
1Co-metaboliteNot Available
Perillyl aldehydeC10H14O

150.221
Human Feces
Human Saliva
12Co-metaboliteNot Available
Perillic acidC10H13O2

165.213
Human Feces
Human Blood
Human Kidney
Human Liver
10Co-metaboliteNot Available
Trans,Trans,Cis-Geranylgeranyl DiphosphateC20H33O7P2

447.426
Human Feces
438Co-metaboliteNot Available
5-Carboxy-2-oxohept-3-enedioateC8H8O7

216.145
Human Feces
137Co-metaboliteNot Available
4-Oxo-1-(3-pyridyl)-1-butanoneC9H9NO2

163.176
Human Feces
1Co-metaboliteNot Available
2-trans,6-trans-FarnesalC15H24O

220.356
Human Feces
10Co-metaboliteNot Available
2-Aminomuconic acid semialdehydeC6H7NO3

141.1247
Human Feces
3Co-metaboliteNot Available
5-Carboxymethyl-2-hydroxymuconate semialdehydeC8H8O6

200.146
Human Feces
74Co-metaboliteNot Available
PhosphonoacetaldehydeC2H5O4P

124.0325
Human Feces
269Co-metaboliteNot Available
SulfoacetaldehydeC2H4O4S

124.11
Human Feces
17Co-metaboliteNot Available
2-Hydroxy-3-keto-5-methylthiopentenyl-1-phosphateC6H11O6PS

242.18
Human Feces
77Co-metaboliteNot Available
InulinC228H382O191

6179.373
Human Feces
128Co-metaboliteNot Available
1-MethylpyrroliniumC5H10N

84.1396
Human Feces
2Co-metaboliteNot Available
Aflatoxin B1C17H12O6

312.2736
Human Feces
Human Blood
6Co-metaboliteNot Available
DopaquinoneC9H9NO4

195.1721
Human Feces
21Co-metaboliteNot Available
CoumarinC9H6O2

146.145
Human Feces
Human Saliva
10Co-metaboliteNot Available
2-PhenylacetamideC8H9NO

135.1632
Human Feces
1Co-metaboliteNot Available
D-ArginineC6H15N4O2

175.2089
Human Feces
Human Epidermis
Human Platelet
11Co-metaboliteNot Available
Microbe ID Organism Kindgom Phylum Oxygen preference Energy production Host and body site Pathogenicity and disease # Related metabolites
Not AvailableMicrosporaNanaerobeNot AvailableHuman Gut
Non-pathogenic0
EubacteriaActinobacteriaAerobePolyisoprene rubber degraderHuman Gut
Non-pathogenic812
EubacteriaFirmicutesAnaerobeNot AvailablePig
Human Gut
Pathogenic675
EubacteriaFirmicutesAnaerobeAsaccharolytic, glutamate is fermentedHuman Gut
Pathogenic580
EubacteriaProteobacteriaNot AvailableHydrocarbon DegradationHuman Gut
Pathogenic0
EubacteriaProteobacteriaAerobePrototrophicHuman
Human Thigh
Human Lower respiratory tract
Human Lung
Human Trachea
Human Gingiva
Pathogenic39
EubacteriaProteobacteriaAerobeAsaccharolyticHuman Gut
Human Lower respiratory tract
Non-pathogenic837
EubacteriaProteobacteriaAerobeAsaccharolyticHuman Gut
Non-pathogenic791
EubacteriaActinobacteriaAnaerobeAsaccharolytic, nonfermentativeHuman Gut
Pathogenic553
EubacteriaProteobacteriaFacultative anaerobeSaccharolytic, fermentativeHuman Gut
Human Large intestine
Non-pathogenic847
EubacteriaProteobacteriaFacultativeRespiratoryHuman
Human Gut
Human Lung
Human Oral cavity dental cary
Human Ovary
Human Sinus
Non-pathogenic706
EubacteriaProteobacteriaAerobeRespiratoryHuman Gut
Non-pathogenic858
EubacteriaVerrucomicrobiaAnaerobicFermentative, Mucin-degrading, Decarboxylation (arginine decarboxylase), Alkaline phosphatase activity, Short chain fatty acid production, Interaction with gut epithelial cells, Anti-inflammatory, Propionate production, Vitamin b12 synthesisHuman Large intestine
Human Duodenum
Pathogenic0
EubacteriaVerrucomicrobiaAnaerobeSaccharolytic, fermentativeHuman Gut
Human
Human Large intestine
Human Bladder
Pathogenic149
EubacteriaVerrucomicrobiaAnaerobeSaccharolytic, fermentativeHuman
Human Gut
Human Large intestine
Pathogenic718
EubacteriaProteobacteriaAerobeRespiratoryHuman Gut
Human Lower respiratory tract
Non-pathogenic807
EubacteriaBacteroidetesAnaerobicFermentative, Scfa producer, Putrefaction, Indole production, Histidine degradation, Gaba production, Sulfonolipid production, Anaerobic respiration, Sulfonolipid biosynthesisHuman Large intestine
Human Bladder
Pathogenic0
EubacteriaBacteroidetesAnaerobeSaccharolytic, fermentativeHuman Gut
Human Appendix
Pathogenic646
EubacteriaBacteroidetesAnaerobeSaccharolytic, fermentativeHuman Gut
Human Appendix
Pathogenic598
EubacteriaFirmicutesAnaerobeNot AvailableHuman
Human Gut
Pathogenic631
EubacteriaFirmicutesAnaerobeSaccharolytic, fermentative, acetate and lactate converted to butyrateHuman Large intestine
Pathogenic602
EubacteriaFirmicutesAnaerobeSaccharolytic, fermentativeHuman Gut
Human Large intestine
Pathogenic42
EubacteriaProteobacteriaAerobeNon-fermentative, asaccharolyticHuman
Human Gut
Non-pathogenic665
EubacteriaFirmicutesFacultative anaerobeRespiration or fermentation of carbohydrates and central metabolism intermediatesHuman Gut
Non-pathogenic836
EubacteriaFirmicutesAerobeRespiration or fermentation of carbohydrates and central metabolism intermediatesHuman Gut
Non-pathogenic844