The researcher has conducted extensive work focusing on energy expenditure, metabolic health, reproductive biology, genetics, and environmental effects on health outcomes across diverse populations. Key findings include increased daily energy expenditure linked to obesity development in later life, with diet and activity levels significantly influencing metabolic profiles during early adulthood. Sleep length was found to affect sperm production rates, while genetic elements such as the tumor suppressor protein p53 are implicated in disease progression associated with various health conditions. Environmental factors have also been shown to impact metabolic risks across multiple populations, highlighting their critical role in public health interventions and research.
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