26 Example Sentences Showcasing the Meaning of 'Glycogen'
Researchers are studying the role of glycogen in the brain and its potential impact on cognitive function.
Glycogenolysis is the process by which the body converts glycogen back into glucose for immediate energy needs.
Understanding the molecular structure of glycogen provides insights into its function as an energy reservoir.
Competitive cyclists focus on glycogen management to optimize endurance and performance in long-distance races.
Endurance training enhances the body's ability to store and utilize glycogen efficiently for prolonged physical activity.
Glycogen serves as a buffer against sudden drops in blood glucose, ensuring a stable energy supply for the brain.
Enzymes like glycogen synthase play a critical role in the intricate process of glycogen synthesis within cells.
Glycogen imbalances can impact overall health, influencing factors like energy levels, metabolism, and endurance.
Glycogen metabolism is tightly regulated to ensure a constant supply of glucose for the body's energy needs.
Glycogen phosphorylase deficiency is a rare genetic disorder affecting the breakdown of glycogen and causing muscle weakness.
Glycogen serves as a dynamic reservoir, releasing glucose when needed and storing it when energy intake exceeds immediate requirements.
Glycogen breakdown is regulated by hormones, such as insulin and glucagon, maintaining glucose homeostasis in the body.
Liver diseases, such as cirrhosis, can impact glycogen metabolism, leading to disruptions in glucose regulation and energy balance.
The complexity of glycogen metabolism underscores its importance in supporting various physiological functions in the body.
Understanding glycogen dynamics is crucial for athletes and trainers to optimize performance and recovery strategies.
Glycogen's role in energy metabolism highlights its significance in maintaining overall health and well-being.
Glycogen serves as a critical component in the body's adaptation to different fuel sources during fasting or ketosis.
The intricate interplay between glycogenolysis and glycogenesis ensures a finely tuned balance in glucose availability for the body.
Glycogen phosphorylase is subject to intricate regulation, modulating its activity based on energy demands and hormonal signals.
Researchers explore the potential therapeutic applications of manipulating glycogen metabolism to treat metabolic disorders.
Glycogen accumulation in specific tissues, like the heart, has implications for cardiac function and energy utilization.
Glycogen's role in cellular energy homeostasis extends beyond its function as a storage reservoir to impact overall cell function.
Genetic variations in glycogen-related enzymes can contribute to individual differences in glycogen storage and metabolism.
Glycogen synthesis is a tightly regulated process involving multiple enzymes, ensuring efficient storage of glucose in the form of glycogen.
Disorders affecting glycogen breakdown pathways underscore the importance of this process in maintaining energy balance and health.
Glycogen's significance in both short-term and long-term energy storage showcases its central role in cellular and systemic physiology.