By drinking a lots of water and sleeping on the right time(8 hours minimum),Water is PH 7(neutral)so then it can maintain your cells.
The pH of the cell is maintained by the presence of biological buffers, most notably phoshpate and bicarbonate buffers.
buffers
osmosis
they don't, they rely on the environment
Red blood cells
survival
No, there are no snakes in the North Pole. It is too cold, and being cold-blooded, snakes rely on the environment to maintain their body temperature. They could not survive the North Pole's climate.
Homeostasis is the ability of a system to keep the internal at a constant state. Diffusion is the movement of particles from areas of high concentration to lower concentration. (in Biology its often particles through a cell membrane) Diffusion is a method that helps keep homeostasis, especially within the human body. hope this helps! =)
An advantage is that you don't have to rely on the sun's warmth for your body heat.
they don't, they rely on the environment
Homeostasis is ability for organisms to maintain stable internal conditions. Take people for example. People have to maintain a temperature of 98.6o F. If the temperature gets too high or low we won't function properly and can even die. Therefore it is essential to maintain that normal body temperature.
Red blood cells
survival
Ectotherms cannot live in a great variety of environments because they cannot produce their own body heat and rely on their environment (like the sun) to maintain their body temperatures. Therefore, ectotherms have to live in relatively warm climates. Endotherms, on the other hand, produce their own body heat and do not rely on the environment as much to maintain their body heat, so endotherms can live in a greater variety of environments.
Any warmblooded animal like mammals. Cold-blooded animals rely on surrounding heat to heat their body, that's why you see lizards laying on the rocks in the sun.
No, there are no snakes in the North Pole. It is too cold, and being cold-blooded, snakes rely on the environment to maintain their body temperature. They could not survive the North Pole's climate.
They are called heterotrophic cells.
The red blood cells in the body completely rely on glucose, which is a carbohydrate, for energy. Adipose tissue and muscles cells partially rely on glucose as well.
red blood cells
They rely on glucose for energy.