Skeletal Muscles. 300 mitochondria. Activities that you do. Cardiac Muscles. 200 mitochondria. Heart pumps so it needs energy.
The only way to kill the mitochondria in the cell is.... die. Life's processes are fueled by the energy that the mitochondria produce with the molecules that are taken in whether be plant or animal. Animal cells may contain more than one mitochondria for each cell. There can be as many as 20 individual mitochondria housed in a single cell.
The number of mitochondria varies depending on the type of cell. They are most abundant in liver cells with about 1000 to 2000 mitochondria per cell.There are about 50 -100 per cell
At least 10 in each cell.
Cell parts, or the parts inside a cell are called organelles. Each of these organelles has a special job to carry out. For example, the mitochondria provide energy for the cell. The mitochondria are often called the "power house" or "power plant" of a cell.
whan a sperm cell enter the egg cell and make a baby thats the huge chemical reaction
Each of the organelles are indeed necessary for an animals cell apparatus. These are the nucleus, mitochondria, and endoplasmic reticulum.
It is believed that mitochondria, which have their own independent genetics, became part of cells originally as a symbiotic organism. The fact that they are found in all cells of multi-cellular organisms is a tribute to the usefulness of mitochondria. It may well be that multi-cellular organisms would be impossible without them.
Photosynthesis-chloroplast. C.R.-mitochondria
Photosynthesis-chloroplast. C.R.-mitochondria
Mitochondria is known as power house of cell. They use carbohydrates and fats present in the cell to CO2 and water vapour. Oxidation releases energy, a portion of which is used to form ATP. Since the mitochondria synthesize, energy-rich compounds (ATP), they are known as 'power house ' of cell.
skin
Yes, mitochondria can divide independently from the rest of the cell through a process called fission. This division is similar to binary fission, which bacteria use, and is regulated by specific proteins. Mitochondrial division allows for the maintenance and distribution of these organelles during cell division, ensuring that each daughter cell receives an adequate number of mitochondria.