It's called Filtration
Simple diffusion process, i.e. from high pressure to low pressure
A process in which some substance are too large to pass through the membrane is endocytosis
advantage of membrane cell
There are many different processes that are controlled by the plasma membrane aka as the cell membrane.Selective Permeable -- this means that only certain things will be allowed to enter or to leave the cell membrane.Active transport -- this process is where ATP is required. An example of this type of transport is when there is particles that are too large to passively go through the membrane will need to be carried by glucose, and through protein carriers.Passive transport -- this is where no actual ATP is required, it flows quite freely through the membrane. One example of this type is diffusion.
Water diffusses across a semipermeable membrane
facilitated diffusion
Efferent arteriole is narrower so as to create hydrostatic pressure for the process of ultrafilteration.
Osmosis because it is the equalization of pressure.
Simple diffusion process, i.e. from high pressure to low pressure
Osmosis. It's a type of facilitated diffusion in cells because a water molecule is too large to passively diffuse across a plasma membrane. You need to set it on fire first.
Hydrostatic pressure is the force the gains the ECF from blood at the ends of the arteriole and venule. This process depends heavily on gravity for it to work properly.
One approach would be some kind of membrane process like ultra- or nanofiltration. The questions to answer first are: * How much water do you want to process? * Do you want the soap or the water? * What costs are acceptable? Membrane processes are physical pocesses, and they require substantial pressure to work.
A process in which some substance are too large to pass through the membrane is endocytosis
advantage of membrane cell
There are many different processes that are controlled by the plasma membrane aka as the cell membrane.Selective Permeable -- this means that only certain things will be allowed to enter or to leave the cell membrane.Active transport -- this process is where ATP is required. An example of this type of transport is when there is particles that are too large to passively go through the membrane will need to be carried by glucose, and through protein carriers.Passive transport -- this is where no actual ATP is required, it flows quite freely through the membrane. One example of this type is diffusion.
The process for desalinization is reverse osmosis. The salty fluid is put on the pressurized side of the semi-permeable membrane and the salt free water oozes to the low pressure side. The pressure overcomes the "osmotic pressure" noted in regular osmosis.
This process is called osmosis.