[Organoids derived from the digestive system and their perspective applications in exercise physiology]

Area of Science:

• Biomedical applications of organoid technology.
• Physiological effects of exercise on the digestive system.

Background:

• Organoids are 3D self-organizing cell structures crucial for biomedical research.
• Exercise induces physiological alterations in the digestive system, challenging current monitoring models.
• Existing animal and human models are insufficient for observing dynamic microenvironmental changes during exercise.

Purpose of the Study:

• To review the construction and application of digestive system organoids.
• To examine the impact of exercise on the microenvironment of intestinal epithelial cells and hepatocytes.
• To explore the potential of organoids in exercise physiology research.

Main Methods:

• Review of organoid construction and application literature.
• Analysis of exercise-induced physiological changes in the digestive system.
• Discussion of organoid technology for studying exercise physiology.

Main Results:

• Digestive system organoids provide a promising tool for studying exercise physiology.
• Organoids allow for monitoring microenvironmental fluctuations in gastrointestinal cells and hepatocytes during exercise.
• This approach offers a new dimension for exploring exercise-induced physiological mechanisms.

Conclusions:

• Digestive system organoids represent a significant advancement for exercise physiology research.
• Organoid technology can elucidate the mechanisms behind exercise-induced physiological changes.
• Future applications include detailed investigation of the gut's response to physical activity.