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QuickView for trimethylamine monooxygenase activity (biogroup)


Body Atlas

Most Correlated Tissues

  1. Liver
  2. Lung
  3. Adipose tissue subcutaneous
  4. Adrenal gland cortex
  5. Lymph nodes
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Disease Atlas

Most Correlated Diseases

  1. Trimethylaminuria
  2. Liver fluke infection
  3. Tularemia
  4. Q fever
  5. Hepatocellular dysplasia
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Pharmaco Atlas

Most Correlated Compounds

  1. iodoform
  2. SSGA protein, Metarhizium anisopliae
  3. serum albumin, bovine (152-168)
  4. interleukin-33, mouse
  5. EMD 392949
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Knockdown Atlas

Most Correlated Gene Perturbations

  1. MVP
  2. SGPL1
  3. USF1
  4. GM2A
  5. CSH2
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Curated Studies

Most Correlated Studies

  1. Sex-dependent and strain-dependent gene liver gene expression
  2. Liver from male and female wildtype or Stat5a null mice
  3. Liver tissue from C57xC3H F2 hybrid mice on "Western" diet
  4. Liver tissue from gonadal hormone treated mice versus pool
  5. Lean and obese B6 and BTBR mice aged 4 weeks and 10 weeks
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Literature

Most Relevant Literature

  1. Pseudomonas putida A ATCC 12633 oxidizes trimethylamine aerobically via two different pathways.
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Clinical Trials

Most Relevant Clinical Trials

  1. Choline Source, Gut Microbiota and Trimethylamine-N-oxide Response
  2. Trimethylamine-N-oxide Production and Metabolism
  3. Targeting FMO-Mediated TMAO Formation in Kidney Disease (TMAO) Study
Explore Clinical Trials Results
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