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200 Samples Reporting

Symptoms when uBiome was taken

Only symptoms associated with at least one abnormal metabolite are shown. This is based on Gut bacteria only.

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  • Neuroendocrine Manifestations: subnormal body temperature

  • Based on self-reporting

    Metabolites

    NameLowHighAverageCount
    Amino acid metabolism: Alanine, aspartate and glutamate metabolism 5 9 0.9508571428571431 35
    Amino acid metabolism: Arginine and proline metabolism 10 6 0.9321428571428572 35
    Amino acid metabolism: beta-Alanine metabolism 14 5 0.9154285714285716 35
    Amino acid metabolism: Cyanoamino acid metabolism 9 10 0.9212857142857144 35
    Amino acid metabolism: Cysteine and methionine metabolism 10 6 0.9197142857142858 35
    Amino acid metabolism: D-Alanine metabolism 13 7 0.8695714285714287 35
    Amino acid metabolism: D-Arginine and D-ornithine metabolism 27 6 0.5930000000000001 35
    Amino acid metabolism: D-Glutamine and D-glutamate metabolism: 5 11 0.9317142857142857 35
    Amino acid metabolism: Glutathione metabolism 11 10 0.9695714285714284 35
    Amino acid metabolism: Glycine, serine and threonine metabolism 10 2 0.9042857142857142 35
    Amino acid metabolism: Histidine metabolism 9 8 0.9247142857142856 35
    Amino acid metabolism: Lysine biosynthesis 8 7 0.9199999999999999 35
    Amino acid metabolism: Lysine degradation 16 10 0.9131428571428574 35
    Amino acid metabolism: Phenylalanine metabolism 7 12 0.9391428571428573 35
    Amino acid metabolism: Phenylalanine, tyrosine and tryptophan biosynthesis 13 2 0.8902857142857142 35
    Amino acid metabolism: Phosphonate and phosphinate metabolism 6 18 0.9915714285714285 35
    Amino acid metabolism: Selenocompound metabolism 7 9 0.9428571428571428 35
    Amino acid metabolism: Taurine and hypotaurine metabolism 7 11 0.9501428571428572 35
    Amino acid metabolism: Tryptophan metabolism 11 16 0.999857142857143 35
    Amino acid metabolism: Tyrosine metabolism 10 8 0.9497142857142857 35
    Amino acid metabolism: Valine, leucine and isoleucine biosynthesis 8 5 0.9114285714285713 35
    Amino acid metabolism: Valine, leucine and isoleucine degradation 9 12 0.9884285714285715 35
    Bacterial Abilities: Bacterial chemotaxis 20 5 0.7357142857142859 35
    Bacterial Abilities: Bacterial motility proteins 20 9 0.7467142857142858 35
    Bacterial Abilities: Bacterial secretion system 10 10 0.8724285714285717 35
    Bacterial Abilities: beta-Lactam resistance 15 8 0.8044285714285714 35
    Bacterial Abilities: Cell division 13 8 0.8441428571428571 35
    Bacterial Abilities: Cell motility and secretion 11 16 0.9292857142857145 35
    Bacterial Abilities: Flagellar assembly 20 7 0.7084285714285714 35
    Bacterial Abilities: Lysosome 12 16 0.9268571428571428 35
    Bacterial Abilities: Phagosome 13 15 5.032285714285714 35
    Bacterial Abilities: Sporulation 23 4 0.7390000000000001 35
    Carbohydrate metabolism: Amino sugar and nucleotide sugar metabolism 10 6 0.8591428571428571 35
    Carbohydrate metabolism: Ascorbate and aldarate metabolism 10 16 0.9655714285714286 35
    Carbohydrate metabolism: Butanoate metabolism 7 12 0.8475714285714284 35
    Carbohydrate metabolism: C5-Branched dibasic acid metabolism 10 7 0.8679999999999997 35
    Carbohydrate metabolism: Citrate cycle (TCA cycle) 9 19 0.9502857142857142 35
    Carbohydrate metabolism: Fructose and mannose metabolism 16 4 0.8539999999999999 35
    Carbohydrate metabolism: Galactose metabolism 11 8 0.8844285714285713 35
    Carbohydrate metabolism: Glycolysis / Gluconeogenesis 11 6 0.8738571428571428 35
    Carbohydrate metabolism: Glyoxylate and dicarboxylate metabolism 13 3 0.8305714285714286 35
    Carbohydrate metabolism: Inositol phosphate metabolism 5 16 0.9875714285714287 35
    Carbohydrate metabolism: Pentose and glucuronate interconversions 8 10 1.024 35
    Carbohydrate metabolism: Pentose phosphate pathway 9 8 1.0102857142857142 35
    Carbohydrate metabolism: Propanoate metabolism 10 11 0.8512857142857142 35
    Carbohydrate metabolism: Pyruvate metabolism 6 8 0.86 35
    Carbohydrate metabolism: Starch and sucrose metabolism 14 4 0.8445714285714286 35
    Lipid metabolism: alpha-Linolenic acid metabolism 22 9 0.821 35
    Lipid metabolism: Arachidonic acid metabolism 24 6 0.6374285714285713 35
    Lipid metabolism: Biosynthesis of unsaturated fatty acids 20 6 0.8055714285714285 35
    Lipid metabolism: Ether lipid metabolism 23 10 0.7005714285714285 35
    Lipid metabolism: Fatty acid biosynthesis 8 8 0.859857142857143 35
    Lipid metabolism: Glycerolipid metabolism 11 9 0.8819999999999998 35
    Lipid metabolism: Glycerophospholipid metabolism 12 2 0.8382857142857143 35
    Lipid metabolism: Linoleic acid metabolism 10 10 0.8445714285714284 35
    Lipid metabolism: Sphingolipid metabolism 12 13 0.8712857142857147 35
    Lipid metabolism: Steroid biosynthesis 21 10 1.6824285714285714 35
    Lipid metabolism: Steroid hormone biosynthesis 14 16 0.9341428571428569 35
    Lipid metabolism: Synthesis and degradation of ketone bodies 18 8 0.7721428571428571 35
    other: ß-galactosidase (estrogen related) 17 0 -0.7647058823529411 17
    other: ß-glucuronidase (estrogen related) 17 0 -0.7647058823529411 17
    Secondary metabolite biosynthesis: Betalain biosynthesis 17 9 0.9755714285714286 35
    Secondary metabolite biosynthesis: Butirosin and neomycin biosynthesis 14 9 0.7948571428571429 35
    Secondary metabolite biosynthesis: Caffeine metabolism 23 8 1.2118571428571427 35
    Secondary metabolite biosynthesis: Flavone and flavonol biosynthesis 13 16 0.9915714285714288 35
    Secondary metabolite biosynthesis: Flavonoid biosynthesis 18 14 0.9488571428571427 35
    Secondary metabolite biosynthesis: Indole alkaloid biosynthesis 16 10 1.1067142857142858 35
    Secondary metabolite biosynthesis: Isoquinoline alkaloid biosynthesis 14 7 0.8235714285714286 35
    Secondary metabolite biosynthesis: Novobiocin biosynthesis 6 7 0.8651428571428572 35
    Secondary metabolite biosynthesis: Penicillin and cephalosporin biosynthesis 12 18 0.9984285714285717 35
    Secondary metabolite biosynthesis: Phenylpropanoid biosynthesis 12 16 0.8994285714285715 35
    Secondary metabolite biosynthesis: Stilbenoid, diarylheptanoid and gingerol biosynthesis 15 20 1.494571428571429 35
    Secondary metabolite biosynthesis: Streptomycin biosynthesis 8 13 0.8847142857142858 35
    Secondary metabolite biosynthesis: Tropane, piperidine and pyridine alkaloid biosynthesis 13 4 0.7892857142857144 35
    Secondary metabolite degradation: Aminobenzoate degradation 13 11 0.9161428571428569 35
    Secondary metabolite degradation: Atrazine degradation 21 12 0.916142857142857 35
    Secondary metabolite degradation: Benzoate degradation 14 6 0.8082857142857143 35
    Secondary metabolite degradation: Bisphenol degradation 10 10 0.7922857142857141 35
    Secondary metabolite degradation: Caprolactam degradation 21 13 1.0078571428571428 35
    Secondary metabolite degradation: Chloroalkane and chloroalkene degradation 6 15 0.9155714285714284 35
    Secondary metabolite degradation: Chlorocyclohexane and chlorobenzene degradation 15 17 1.1065714285714285 35
    Secondary metabolite degradation: Dioxin degradation 18 11 0.812 35
    Secondary metabolite degradation: Drug metabolism - cytochrome P450 14 17 1.1795714285714285 35
    Secondary metabolite degradation: Drug metabolism - other enzymes 13 4 0.7647142857142857 35
    Secondary metabolite degradation: Ethylbenzene degradation 18 11 0.8112857142857142 35
    Secondary metabolite degradation: Fluorobenzoate degradation 25 10 1.1862857142857146 35
    Secondary metabolite degradation: Metabolism of xenobiotics by cytochrome P450 14 15 1.1141428571428573 35
    Secondary metabolite degradation: Naphthalene degradation 13 9 0.8854285714285716 35
    Secondary metabolite degradation: Nitrotoluene degradation 15 9 0.8715714285714284 35
    Secondary metabolite degradation: Polycyclic aromatic hydrocarbon degradation 14 4 0.8359999999999999 35
    Secondary metabolite degradation: Styrene degradation 20 7 0.8232857142857141 35
    Secondary metabolite degradation: Toluene degradation 8 23 1.235714285714286 35
    Secondary metabolite degradation: Xylene degradation 17 11 0.8137142857142855 35
    Vitamin metabolism: Biotin metabolism 13 6 0.8238571428571428 35
    Vitamin metabolism: Folate biosynthesis 11 7 0.8804285714285713 35
    Vitamin metabolism: Lipoic acid metabolism 10 19 1.1382857142857143 35
    Vitamin metabolism: Nicotinate and nicotinamide metabolism 12 2 0.802 35
    Vitamin metabolism: One carbon pool by folate 13 2 0.7862857142857144 35
    Vitamin metabolism: Pantothenate and CoA biosynthesis 12 2 0.8474285714285714 35
    Vitamin metabolism: Porphyrin and chlorophyll metabolism 16 7 0.8078571428571427 35
    Vitamin metabolism: Retinol metabolism 14 14 1.0321428571428573 35
    Vitamin metabolism: Riboflavin metabolism 15 3 0.8217142857142857 35
    Vitamin metabolism: Thiamine metabolism 11 4 0.8591428571428571 35
    Vitamin metabolism: Ubiquinone and other terpenoid-quinone biosynthesis: 12 20 0.9821428571428571 35
    Vitamin metabolism: Vitamin B6 metabolism 8 9 0.863857142857143 35
    Coming... foreach
    Anonymous (Legacy User)