Chromium Supplementation for Metabolic Health and Livestock Performance
This community investigates the biological effects of dietary chromium, specifically organic forms like picolinate and propionate, on glucose regulation, lipid metabolism, and oxidative stress in humans and animals. The work focuses on how chromium supplementation influences insulin resistance, blood glucose levels, and metabolic adaptation in conditions such as type 2 diabetes and heat stress in poultry and dairy cattle.
The research is dominated by studies on chromium picolinate and chromium propionate, with significant attention to their roles in managing type 2 diabetes and improving production traits in broiler chickens and dairy cows. Recurring themes include the mitigation of heat stress, the modulation of lipid profiles, and the assessment of antioxidant status. Methodologies frequently involve randomized controlled trials, systematic reviews, and meta-analyses, alongside mechanistic studies in diabetic rat models. The work also examines the interaction between chromium and other trace elements, such as zinc, and evaluates the safety and efficacy of these compounds as feed additives and dietary supplements for both human and animal health.
The community is most heavily concentrated in chromium research, accounting for 2.4% of all tracked chromium studies, with 2,542 papers. It also includes a substantial body of work related to zinc, comprising 256 papers, and iron, with 186 papers.
The community comprises 4,264 papers, primarily published in Biological Trace Element Research, Analytical Chemistry, and the Journal of Animal Science.
Recent work continues to focus on the specific mechanisms of chromium picolinate in alleviating heat stress-induced metabolic disorders in broiler chickens and dairy cows, as well as the clinical correlation of serum chromium and zinc levels in patients with type 2 diabetes.