[Correction of Metabolic Processes in Rats during Chronic Endotoxicosis using Isotope (D/H) Exchange Reactions]

Area of Science:

• Biochemistry
• Physiology
• Isotope Chemistry

Context:

• Investigated the impact of deuterium/protium (D/H) isotope exchange reactions on physiological and pathological states in rats.
• Focused on chronic hepatorenal endotoxicosis, a model for severe systemic inflammation and organ dysfunction.
• Examined the antioxidant blood system's response to altered D/H ratios.

Purpose:

• To determine how modifying the D/H ratio in drinking water affects morphofunctional indices and antioxidant status in rats.
• To assess the potential benefits of deuterium-depleted water during endotoxemia.
• To understand the adaptive mechanisms related to changes in the body's D/H ratio.

Summary:

• Feeding rats water with lower deuterium content reduced tissue and plasma deuterium levels significantly (plasma by 32-36%, tissues by 13-17%).
• This isotopic modification correlated with improved metabolic processes and enhanced activity of the nonspecific protection system.
• Animals pre-adapted to the altered D/H ratio showed increased body weight gain by day 42, suggesting a protective or adaptive effect.

Impact:

• Demonstrates that manipulating the D/H ratio can influence physiological functions and resilience to endotoxic stress.
• Suggests deuterium-depleted water may have therapeutic potential in conditions involving metabolic dysfunction and oxidative stress.
• Highlights the role of isotopic composition in biological systems and potential for targeted nutritional or therapeutic interventions.