Our cells can respire aerobically for a short time because of the presence of oxygen in our muscles.
A sprinter respire anaerobically primarily due to the high-intensity nature of their activity, which demands energy production at a rate that exceeds the oxygen supply available. During short bursts of intense exercise, such as sprinting, the body relies on anaerobic glycolysis to quickly generate ATP, the energy currency of cells. This process allows for rapid energy release but results in the accumulation of lactic acid, which can lead to fatigue. Therefore, anaerobic respiration is crucial for sprinters to maintain performance over short distances.
hypertrophy is when the cells in a muscle duplicate and cause the muscle to get larger
They work as a filler. Depending how large of an injury the muscle fiber took, myosatellite cells move to the tear and fill the gap. In short, it catalyzes the healing process.
lactic acid fermentation
Stem cells (that may differentiate into any cell) turn into nerve and muscle cells. Once they differentiate to the different type of it cannot switch from one type of cell to another. So, in short, the answer is "no."
Cardiac muscle is what pumps the blood throughout the body. In short its contraction squeezes the juice in our water filled sacks. Brian M.D.
Striated muscle cells, also known as skeletal muscle cells, are long cylindrical cells with multiple nuclei located at the periphery. They contain specialized structures called myofibrils, which consist of repeating units called sarcomeres. Sarcomeres are the functional units responsible for muscle contraction and are composed of thick and thin filaments made of proteins such as actin and myosin.
Muscle cells,Skin cells, and white blood cells.
Mitochondria. Muscle cells need more energy over a short period of exercise than most other cells. The cell uses mitochondria to transform food energy into a energy source it can use for its reactions.
Cells need energy to work, but they get this from using oxygen and glucose to respire, Oxygen + Glucose -> Water + Carbon dioxide and produces energy When oxygen is not available, the body can survive on anaerobic respiration for a short period of time. Glucose -> Lactic acid + Carbon dioxide
The creatine phosphate system occurs in the cytoplasm of muscle cells. It provides a rapid source of ATP for muscle contractions during short bursts of high-intensity exercise.