Long-term environmental cadmium exposure induced serum metabolic changes related to renal and liver dysfunctions in a female cohort from Southwest China

Keyphrases

• Cadmium Exposure 100%
• Metabolic Changes 100%
• Renal Disease 100%
• Southwest China 100%
• Environmental Cadmium 100%
• Liver Dysfunction 100%
• Health Effects 30%
• Biomarkers of Effect 30%
• Hepatic Function 20%
• Metabolic Alternation 20%
• Cadmium 10%
• Health Risk 10%
• Metabolism 10%
• Renal Function 10%
• Amino Acids 10%
• Glycerophospholipids 10%
• Cadmium Concentration 10%
• Biological Mechanisms 10%
• Total Bilirubin 10%
• Adverse Health 10%
• Increased Incidence 10%
• Urinary Metabolites 10%
• Heavy Mental 10%
• Alkaline Phosphatase 10%
• Linoleic Acid 10%
• Serum Creatinine 10%
• Bone Health 10%
• Exposure Effects 10%
• Multiple Diseases 10%
• Nonsmoking Women 10%
• Sphingolipids 10%
• Intermediate Metabolites 10%
• Urinary Cadmium 10%
• Direct Bilirubin 10%
• Hepatic Insufficiency 10%
• Renal Insufficiency 10%
• Arachidic Acid 10%
• Clinical Indicators 10%
• Albumin-to-globulin Ratio 10%
• Meet-in-the-middle 10%
• Impaired Renal Function 10%

Pharmacology, Toxicology and Pharmaceutical Science

• Biological Marker 100%
• Liver Dysfunction 100%
• Glycerophospholipid 33%
• Amino Acid 33%
• Creatinine 33%
• Kidney Failure 33%
• Alkaline Phosphatase 33%
• Linoleic Acid 33%
• Sphingolipid 33%
• Comorbidity 33%
• Bilirubin 33%
• Liver Failure 33%
• Bilirubin Glucuronide 33%
• Arachidic Acid 33%
• Globulin 33%
• Albumin 33%