about 75to 90 % of a muscle is water
it draws water into its center and swells its tissues with as much as it can hold.
A cactus plant disintegrates when it gets too much water, because of its tissues. Its tissues aren't set up to work with continuous or large amounts of water. Instead, they're adapted to get as much of the infrequent and insubstantial amounts of water that they can from a bright, drab, dry, extreme, harsh desert environment. Overwatering and waterlogging cause cactus tissues to blacken, rot, and die.
Considering that they are made up of up to 80% water, living tissues are more like water than sodium phosphate. Not all tissues feature this much water, though, with adipose tissue containing only 10%.
It depends on what you mean. The tissues of the organ itself or what is inside the organ. The tissues are about 70% water. Just like all the other tissues of your body.Inside the amount of water is around 5 gallons. This must be removed or we would be come dehydrated if we lost that much. The specialized cells that absorb water from your waste materials are responsible for about 10 percent of the water that you absorb from the foods and beverages that you ingest; the remaining 90 percent is absorbed by cells that line your small intestine.
There are two tissues that are involved in water absorption from roots to the xylem. Ground tissue and xylem tissue are the tissues that the water has to pass through.
Vascular plants have tissues for moving water around.
vascular tissues carries water and and nutrients though out the plant body
Because water, minerals and prepared food materials are conducted (transported) through these tissues.
Desert plants stores water in their tissues ,the tissues have high water holding capasity and also these plants absorb water from atmosphere.
The eyeball contains approximately 5-8 grams of water, which is about 95% of its total volume. This water helps maintain the eye's shape, lubricate its surface, and nourish its tissues.
Fat soluble vitamin is a vitamin that dissolves in fats and can be stored in fatty tissues of the body. Unlike water soluble vitamins that require regular replacement in the body, fat-soluble vitamins are stored in the liver and fatty tissues, and are eliminated much more slower than water soluble vitamins.
yes it does