<Tr> <Td> </Td> <Td> <P> A - Renal corpuscle B - Proximal tubule C - Distal convoluted tubule D - Juxtaglomerular apparatus 1 . Basement membrane (Basal lamina) 2 . Bowman's capsule - parietal layer 3 . Bowman's capsule - visceral layer 3a . Pedicels (podocytes) 3b . Podocyte or sometimes called Bowman's cells 4 . Bowman's space (urinary space) 5a . Mesangium - Intraglomerular cell 5b . Mesangium - Extraglomerular cell 6 . Granular cells (Juxtaglomerular cells) 7 . Macula densa 8 . Myocytes (smooth muscle) 9 . Afferent arteriole 10 . Glomerulus Capillaries 11 . Efferent arteriole </P> </Td> </Tr> <P> A - Renal corpuscle B - Proximal tubule C - Distal convoluted tubule D - Juxtaglomerular apparatus 1 . Basement membrane (Basal lamina) 2 . Bowman's capsule - parietal layer 3 . Bowman's capsule - visceral layer 3a . Pedicels (podocytes) 3b . Podocyte or sometimes called Bowman's cells 4 . Bowman's space (urinary space) 5a . Mesangium - Intraglomerular cell 5b . Mesangium - Extraglomerular cell 6 . Granular cells (Juxtaglomerular cells) 7 . Macula densa 8 . Myocytes (smooth muscle) 9 . Afferent arteriole 10 . Glomerulus Capillaries 11 . Efferent arteriole </P> <P> The process of filtration of the blood in the Bowman's capsule is ultrafiltration (or glomerular filtration), and the normal rate of filtration is 125 ml / min, equivalent to 80 times the daily blood volume . </P> <P> Any proteins under roughly 30 kilodaltons can pass freely through the membrane, although there is some extra hindrance for negatively charged molecules due to the negative charge of the basement membrane and the podocytes . </P>

What is rate of fluid filtered out in bowman's capsule