Traditional diagnosis and understanding of the pathophysiology of obesity are based on excessive fat storage due to a chronically positive energy balance characterized by body mass index (BMI). TGX-221 Quantitative and qualitative analysis of lean and adipose tissue compartments by body composition analysis reveals that characterization of obesity…[Read more]

Traditional diagnosis and understanding of the pathophysiology of obesity are based on excessive fat storage due to a chronically positive energy balance characterized by body mass index (BMI). TGX-221 Quantitative and qualitative analysis of lean and adipose tissue compartments by body composition analysis reveals that characterization of obesity…[Read more]

Traditional diagnosis and understanding of the pathophysiology of obesity are based on excessive fat storage due to a chronically positive energy balance characterized by body mass index (BMI). TGX-221 Quantitative and qualitative analysis of lean and adipose tissue compartments by body composition analysis reveals that characterization of obesity…[Read more]

Traditional diagnosis and understanding of the pathophysiology of obesity are based on excessive fat storage due to a chronically positive energy balance characterized by body mass index (BMI). TGX-221 Quantitative and qualitative analysis of lean and adipose tissue compartments by body composition analysis reveals that characterization of obesity…[Read more]

0 mg L-1 significantly damaged the organism’s genetic makeup. The results of this study have great implications for risk assessment of PFOS and PFOA in aquatic ecosystems, given the potential of PFOS to pose a risk to Daphnia even at lower concentrations (1 μg L-1).Microplastics pollution is one of the most pressing environmental problems of the…[Read more]