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Flame cells are in planarians. They are specialized cells with beating tufts of cilia that draw water through pores to the outside of the worm's body.
yes if it absorbs enough water
Microtubules are found throughout cells, both on the inside and outside. A term that has also beeen used for this is the the cytoskeleton.
Both. Everything in your body, from your brain to your hair to your toes to your bones, is made of cells. Different kinds of cells make up different parts of your body. Neurons make up your nervous system (brain,spinal cord, and nerves), red and white blood cells make up your blood, etc.
These cells are called the senses and they are part of the nervous system. Some are very specialized such as the eyes and some are very basic such as the ones for pressure and pain.
Your whole body, inside and outside, is made of cells.
Extracellular is outside cells and intracellular is inside, so that extracellular fluid would not be inside cells.
Besides interfering with oxygen transfer on its' gills the salt water will cause the cells of the fish to retain fluid making the pressure within the cells greater than the pressure outside the cells. Ideally the water a fish swims in will keep its' body in homeostasis where the pressure both inside and outside the cells of the body is equal.
Extracellular is outside cells and intracellular is inside, so that extracellular fluid would not be inside cells.
Flame cells are in planarians. They are specialized cells with beating tufts of cilia that draw water through pores to the outside of the worm's body.
water
Water.
They are everywhere in the world like inside your body, outside of your body, plants, animals, air ..... everything in the world is cell
Drinking water is very simply processed once inside of the human body. Drinking water is absorbed into the cells of the body.
Because in the body alpha particles interact directly with the organism cells.
When you drink seawater, a high concentration of salt finds its way into your blood vessels. As a result, you have a higher concentration of solutes (salt molecules, in this case) on the outside of your blood cells than in your blood cells-- there is a hypertonic solution on the outside of the blood cells. Your body wants to keep solutions isotonic across the membranes-- that means your body wants the same amount of free water molecules on the inside of the blood cells as the outside-- so water molecules move out of the blood cells in order to keep the balance of free water molecules. The water moving out of the blood cells cause them to "crenate," or shrink, which is of course not very good for your cells.
flame cells