Why all the parts of the cell are important?

Answer 1

Because if theres a diffrent amount of water in one object and not the same amound in the other the it starts to disform. Just like how a slug starts to shrivel up because theres a higher concentration in the slug and not in the salt.

Answer 2

the mitochondria are the only places inside your muscle cells where carbohydrate, fat, and protein can be broken down in the presence of oxygen to create the energy you need to exercise. To put it simply, the more mitochondria you have, the more energy you can generate during exercise, and the faster and longer you can run, cycle or swim.

Intense scientific interest into the function of mitochondria during exercise dates back to the early 1950s, when physiologists noticed that the breast and wing muscles of chickens had few mitochondria, while those of pigeons and mallards contained high densities of the little structures. Of course, chickens can't fly, while mallards and pigeons are the endurance athletes of the bird world, leading researchers to believe that mitochondrial concentrations were closely related to exercise capacity.

Scientists were somewhat surprised to learn that mitochondria contain their own genetic material - and that all the mitochondria in an individual's body are inherited from one's mother, not father (this is because the egg contains mitochondria, while sperm cells are mitochondria-free). This may seem strange, since the egg is rather immobile and the sperm are distance swimmers, but the bottom line is that sperm are so tiny that mitochondria would weigh them down excessively on their harrowing passage toward the egg. The consequence of this, of course, is that you tend to inherit your exercise capacity from your mother, not your dad. If mum is a great endurance athlete, you tend to be one, too, while if dad is a sluggard, it doesn't matter too much.

it was believed that the mitochondria might be under hormonal control, and early research efforts were indeed able to show that mitochondrial numbers were increased when levels of a key hormone produced by the thyroid gland - thyroxine - increased. In laboratory rats, the simple addition of desiccated thyroid to normal rat food caused an explosive increase in mitochondrial size and density in both the heart and liver. Interest in thyroxine as a potential ergogenic aid increased temporarily, until it was discovered that above-normal concentrations of the hormone could produce some very undesirable side effects.

Mitochondria are believed to be involved in human ageing. Whilst it is clear that variousmitochondrial DNA mutations do accumulate in human tissues with age, whether or not they interfere with respiratory chain function is uncertain. cytochrome c oxidase deficient fibres are a real finding in skeletal muscle, the contribution of mitochondrial DNA mutations to human ageing is still controversial.

mitochondria are involved in ageing then it must be through a more subtle mechanism than a global decline in respiratory chain function

Answer 3

The most important cellular process is that of Cellular Respiration. Without Cellular Respiration life as we know it would not exist. Through Cellular Respiration a cell generates energy, expells waste, and fuels basic life processes.

Answer 4

because if we don't have cell then we could have die already.

Answer 5

Because the cell needs many things to function. All the parts work off of each other.

Answer 6

What process? Be more specific please.

Answer 7

Please specify what "it" is.