Perhaps, you wanted to know about 'glomerular filtrate'. Glomerulus is a microscopic structure in the kidney, consisting of capillary networks. It is here where the actual filtration takes place. If you wring a wet towel, you can see how water is squeezed out. Likewise, in the glomerulus, high water (hydrostatic) pressure leads to filtration, and the filtrate is called glomerular filtrate.
blood plasma is secreted from vessels in the glomular capsule. the higher the pressure of the blood when it enters the glomular capsule, the more plasma will be secreted. It's like having a water balloon with a few holes in it--if you squeeze the balloon (add more pressure), then water goes out faster. The plasma that is secreted into the glomular space is called filtrate. The more plasma secreted, the more filtrate that is produced.. The higher the pressure of plasma, the more plasma that is secreted.
The thin barrier at the Bowman's capsule allows for the filtration of substances such as water, electrolytes, glucose, amino acids, and waste products from the blood into the renal tubules in the kidneys. Large proteins and blood cells are typically too big to pass through this filter.
A filtrate is already in solution.
site filtrate formation
A filtrate is the liquid that has passed through a filter.
Filtrate. the ones trapped by the filter paper is called the residue
As the filtrate goes down the hypertonic interstitum of the renal medulla, water leaves the filtrate into the interstitum. As such, the water concentration in the filtrate decreases.
Glomerulus is the filter that makes the filtrate.
Filtrate is collected in a recipient placed under the funnel or filtration apparatus.
A filtrate doesn't contain insoluble substances but can contain soluble substances.
filtrate sand is a filtrate it stays behind
The word "filtrate' is not adequate for a mixture of S and KCl as solids.