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Metabolite ID Name Formula
MW
StructureHost & Biospecimen
(status - Q; D; E; P)
# Related MicrobesMetabolite TypeAdditional sources
Engyodontiumone HC16H14O7

318.281
Not Available2Co-metaboliteNot Available
Cyclo-(L-Trp-L-Tyr), (C) Cyclo-(L- Trp-L-Ile), (D) Cyclo-(L-Trp-L-Leu)C20H19N3O3

349.3832
Not Available1Co-metaboliteNot Available
Isochromophilone VIIC21H25ClO6

408.88
Not Available2Co-metaboliteNot Available
Penitrem DC37H45NO4

567.77
Not Available2Co-metaboliteNot Available
Lactococcin mmfiiC42H63N15O15S

1050.12
Not Available1Co-metaboliteNot Available
2,3,4-trihydroxy-6-(hydroxymethyl)-5-methylbenzylacoholC9H12O5

200.19
Not Available1Co-metaboliteNot Available
Bezerramycin BC16H12N2O6

328.28
Not Available1Co-metaboliteNot Available
Tramspiroin AC15H22O3

250.338
Not Available1Co-metaboliteNot Available
AtromentinC18H12O6

324.288
Not Available3Co-metaboliteNot Available
Helvolinic acidC31H42O7

526.67
Not Available1Co-metaboliteNot Available
Fusaperazine CC17H22N2O4

318.373
Not Available1Co-metaboliteNot Available
BurkholoneC18H23NO

269.388
Not Available1Co-metaboliteNot Available
Conidiogenone BC20H30O

286.459
Not Available1Co-metaboliteNot Available
Hydroxy-fumonisin C1C33H57NO16

723.81
Not Available1Co-metaboliteNot Available
Polymyxin B6C56H98N16O14

1219.498
Not Available1Co-metaboliteNot Available
Sterebin Q2C20H36O6

372.502
Not Available1Co-metaboliteNot Available
Brevianamide KC21H21N3O2

347.418
Not Available1Co-metaboliteNot Available
Pestaloficiol EC17H26O5

310.39
Not Available1Co-metaboliteNot Available
Bk-1229C52H83N11O23

1230.29
Not Available1Co-metaboliteNot Available
6-methoxyspirotryprostatin BC22H23N3O4

393.443
Not Available3Co-metaboliteNot Available
Aspernigrin BC27H24N2O5

456.498
Not Available1Co-metaboliteNot Available
ErgoptineC31H39N5O5

561.683
Not Available1Co-metaboliteNot Available
10-Oxodihydrobotry-1(9),4(5)-diendialC15H20O2

232.323
Not Available1Co-metaboliteNot Available
BromosphaeroneC20H30Br2O3

478.265
Not Available1Co-metaboliteNot Available
TerpeptinC28H40N4O3

480.653
Not Available1Co-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