Physiologicobiological

Relating to the intersection of physiological and biological processes within a living organism. This encompasses the study of how the body's functions and mechanisms (physiology) are governed by its biological makeup, encompassing genetic, molecular, cellular, and systemic levels. It emphasizes the interconnectedness of these factors in health, disease, and adaptation. Furthermore, the term often highlights the influence of environmental factors on these combined processes and the body's response to them, establishing a nuanced understanding of how living beings work, and how complex and delicate this integration is.

Physiologicobiological meaning with examples

• Research into the physiologicobiological impact of sleep deprivation revealed significant hormonal imbalances, demonstrating how lack of rest at a physiological level affects biological processes. Scientists found changes in gene expression, underscoring the intricate connection between bodily functions and genetic mechanisms in the wake of insufficient sleep. Ultimately these finding may lead to new treatments.
• The study analyzed the physiologicobiological basis of endurance in athletes. Findings revealed how cardiovascular function interacts with muscle metabolism, influenced by genetic predispositions and environmental factors like training, highlighting the complex relationship between the body's performance systems. These insights are useful in optimizing training regimens and injury prevention for optimal results.
• Understanding the physiologicobiological response to stress is crucial for mental health treatment. Research has revealed that prolonged stress affects the immune system as well as the nervous system, leading to increased susceptibility to illness. Scientists discovered that changes in gene expression, triggered by the stress hormone cortisol, further explain these mechanisms.
• The use of artificial organs requires detailed study into the physiologicobiological compatibility between them. Researchers explore the interplay between the artificial device and the body's tissues, cells, and molecular pathways to minimize rejection, and optimize the interaction, and overall functionality. Careful matching of materials is essential in this integration.