Canaliculi
Canaliculi
Canaliculi
haversian canals
This cell is a red blood cell. The unique biconcave shape allows it to squeeze through tiny capillaries at the extremities of the body.
These special structures are called protein gates or protein channels. Water is able to diffuse through the cell membrane since it is a small molecule. However, there are channels called aquaporins that allow water to enter the cell. A glucose molecule cannot just diffuse into a cell. There are glucose channels on the surface of the cell membrane that bind glucose molecules and allow them to enter the cell.
in plants and algae, the cell wall is made of cellulose, a polysaccharide. Because molecules cannot easily diffuse across cellulose cell wall of plants and algae have openings, or channels. water and other molecules small enough to fit through the channels and can freely pass through the cell wallet.
Its not digested as it is easily small enough to be absorbed directly. It Moves through channels called aquaporins that are present on the intestinal villus cells following the osmotic gradient set by sodium.
CanaliculiCanaliculi
A large matrix with small pixel will give a better resolution.
Im pretty sure this is a yes.
haversian canals
so it can be cleaned
so it can be cleaned
pores or channels
Archaeological investigation has identified as evidence of irrigation where the natural rainfall was insufficient to support crops for rainfed agriculture. Perennial irrigation was practiced in the Mesopotamian plain whereby crops were regularly watered throughout the growing season by coaxing water through a matrix of small channels formed in the field
Capillary Action draws water and other fluids through small porous channels.
White dwarfs are dim because they are small, and small stars radiate less light.
This cell is a red blood cell. The unique biconcave shape allows it to squeeze through tiny capillaries at the extremities of the body.
Rill erosion which is erosion by running water in small channels