Diuretics work in the region of the collecting ducts, but on the ducts themselves. They inhibit ADH from causing water to be reabsorbed in the distal tubules and that produces more urine output.
collecting duct (system) and late distal tubule
yes
The collecting ducts that converge as they extend toward the calyces are primarily the ducts of Bellini, which are the terminal segments of the collecting system in the kidney. These ducts collect urine from multiple nephrons and transport it into the renal pelvis, where it then moves to the ureter. The convergence of these ducts plays a crucial role in concentrating urine and regulating water balance in the body.
The collecting ducts converge to form larger ducts known as papillary ducts. These papillary ducts then empty urine into the renal calyces, which are part of the renal pelvis where urine collects before being drained into the ureters.
Loop of henle
collecting ducts and uriniferous tubules
The antidiuretic hormone is the substance that directly controls the reabsorption of water from the collecting ducts. It is also known as vasopressin.
The walls of the collecting ducts have variable permeability to water and urea. This allows the kidneys to adjust the concentration of urine depending on the body's hydration levels.
The collecting ducts of the renal tubules drain into the renal pelvis, which is the central part of the kidney. From the renal pelvis, urine flows into the ureter and is transported to the bladder for storage before eventual excretion. The collecting ducts play a crucial role in concentrating urine and regulating water balance in the body.
They some what lead to the collecting ducts which ducks that collect.
pevis
lymph drainage ducts enters what veins?