Long-term exercise leads to various physiological adaptations, including increased cardiovascular efficiency, such as improved heart function and enhanced blood flow. Muscles experience hypertrophy, resulting in greater strength and endurance due to increased muscle fiber size and improved mitochondrial density. Additionally, long-term training enhances metabolic efficiency, allowing the body to utilize fat as a primary fuel source, while also promoting better joint stability and flexibility. Overall, these adaptations contribute to improved overall fitness and health.
depends on the exercises performed. however, increased concentrations as a result of long term adaptations of the body for exercise.
Long-term exercise can lead to adaptations in the body's energy systems, such as increased mitochondrial density, improved oxidative capacity, and enhanced energy production. These adaptations help improve endurance, increase energy efficiency, and promote overall better performance during physical activity.
acute response is straight away effects of exercise, immediately after or even during the exercise. Chronic response are long term effects, such as after 3 months etc. E.G. continuous aerobic exercise will lower blood pressure after few weeks.
Multiyear Exercise Plan.
have proteins
Short term
multiyear exercise plan
Your red blood cell count will increase in response to the body's increased demand for oxygen as a result of long-term aerobic exercise.
dont play sport
dehydration and muscle loss
cardiovascular exercise results in mitochondria adaptations, which are cellular furnaces where fat and other nutrients are burned.
When you are older if you pushed yourself too hard you will probably have a problem e.g back problems , or atheritis .