The large number of mitochondria in cardiac muscle cells is significant because these organelles produce ATP through aerobic respiration, which is essential for providing the energy needed for the continuous and rhythmic contractions of the heart. This high energy demand is met by the abundant mitochondria in cardiac muscle cells, ensuring proper functioning of the heart muscle.
Cells with a high energy demand, such as muscle cells and liver cells, typically have a high number of mitochondria. Mitochondria produce energy in the form of ATP through cellular respiration, so cells that require a lot of energy to function efficiently will have more mitochondria.
Cells that require a high amount of energy, such as muscle cells (particularly cardiac and skeletal muscle), neurons, and liver cells, typically have more mitochondria than other cell types. This increased number of mitochondria supports their greater energy demands for processes like contraction, signal transmission, and metabolic activities. Additionally, cells involved in active transport or rapid biochemical reactions may also exhibit a higher mitochondrial density.
Muscle cells require a high amount of energy to contract and generate force. Mitochondria are the powerhouses of the cell, responsible for producing energy in the form of ATP through oxidative phosphorylation. Therefore, muscle cells have a large number of mitochondria to meet their high energy demands and sustain prolonged periods of muscle activity.
a muscle cell will need alot of mitochondria for energy as it uses up a lot when the muscle contracts and relaxes rapidlyAny cells which would require a great deal of energy to fulfill their function, such as muscles.
Muscle cells contain organelles called mitochondria that require a large number of cells to produce energy through the process of cellular respiration. During muscle contraction, the membrane of the mitochondria can become depolarized as part of the energy production process.
Muscle cells, especially those found in heart muscle (cardiac muscle) and slow-twitch skeletal muscle fibers, tend to have the largest number of mitochondria due to their high energy demands. This allows them to efficiently produce the ATP needed for sustained muscle contractions.
Cardiac cells are very active. A lot of energy is needed
Metabolically very active cells. Examples are cardiac and muscle cels
which has more nuclei per cell skeletal muscle or cardiac muscle? I guess that they both have the same number of nuclei.
Cells with a high energy demand, such as muscle cells and liver cells, typically have a high number of mitochondria. Mitochondria produce energy in the form of ATP through cellular respiration, so cells that require a lot of energy to function efficiently will have more mitochondria.
Muscle cells have the greatest number of mitochondria compared to other tissues' cells.
mitochondia is greater in number in skeletal muscle cells.
Muscle cells have lots of mitochondria. Mitochondria is known as a "powerhouse" of the cell. In the inner membrane matrix of the mitochondria there are ATP synthases that generate ATP energy.
The number of mitochondria indicates the energy need of a particular cell; meaning, if a cell has a large number of mitonchoria, that cell (for example a muscle cell) must have a high demand for energy.
Muscle cells require an increased number of mitochondria because they need more energy to support their high levels of activity and movement. Mitochondria are the powerhouse of the cell, producing energy in the form of ATP through cellular respiration. More mitochondria means more ATP can be generated, providing the necessary energy for muscle contraction and movement.
Slow twitch muscle fibers have more mitochondria compared to fast twitch muscle fibers because they rely more on aerobic metabolism for energy production, which requires a higher number of mitochondria to generate ATP efficiently.
One key difference between cardiac and skeletal muscles is that skeletal muscles are controlled by the nervous system, while cardiac muscles move involuntarily. In addition, cardiac muscles are only found in the heart, while skeletal muscles are found throughout the entire body.