work = force * distance
Mitochondria make the energy in your body. During exercise you need more energy so you need more energy "factories"
The mitochondria increase in density in the cytoplasm of muscles that are being exercised due to the increased demand for ATP production. Mitochondria are the primary organelles responsible for producing ATP through cellular respiration, and an increase in their density helps meet the energy needs of the active muscle cells.
Haematocrit levels usually increase during and after exercise due to higher blood pressures forcing fluid out of cells therefore reducing plasma volume and producing a false haematocrit reading.
an increase in the number of essentially normal cells examples : BPH benign prostatic hyperplasia is due to an increase in the number of glandular epithelial cells and stromal cells due to decreased apoptosis
During exercise, the breathing rate can increase to around 40-60 breaths per minute or even higher depending on the intensity of the exercise and individual fitness level. This increase in breathing rate helps to supply more oxygen to the muscles and remove carbon dioxide from the body.
Mitochondria make the energy in your body. During exercise you need more energy so you need more energy "factories"
Hypertrophy
Yes, during exercise and increase in ventilation occurs primarily through an increase in tidal volume (i.e the volume of air taken in and out).
It depends on the type of skeletal muscle. Slow and fast oxidative fibers (type I and type IIa) may have many mitochondria. Fast glycolytic fibers (type IIx/IIb) have very few mitochondria. This is because in fast glycolytic fibers (type IIx/IIb) ATP can be produced outside of the mitochondrion in the cytosol of the cell due to high concentrations of glycolytic enzymes present in these fibers. In contrast, in oxidative fibers ATP is produced mostly within the mitochondrion, so more mitochondria are needed to to produce large amounts of ATP. Also, the number of mitochondria in these cells can increase with adaptations to exercise conditioning.
The heart beat can increase due to stress and exercise. There are many other factors that can increase heart rate.
It decreases due to the increase in carbon dioxide in the blood. This causes more oxygen to be uploaded to the tissues
Growth that is due to an increase in cell number results from an increased rate of mitotic cell division and is termed hyperplasia. Consequently, growth of a tissue or organ due to an increase in cell size is termed hypertrophy.
The mitochondria increase in density in the cytoplasm of muscles that are being exercised due to the increased demand for ATP production. Mitochondria are the primary organelles responsible for producing ATP through cellular respiration, and an increase in their density helps meet the energy needs of the active muscle cells.
No, there are some eukaryotic protists that don't have mitochondria.
The effects that exercise have on tidal volume is that they cause an increase to in tidal volume. This is due to the faster breathing in which allows the lungs to bring in more oxygen.
Yes, blood pressure typically increases after exercise due to the increased demand on the heart and blood vessels to deliver oxygen and nutrients to the muscles.
Haematocrit levels usually increase during and after exercise due to higher blood pressures forcing fluid out of cells therefore reducing plasma volume and producing a false haematocrit reading.