No, when the level of antidiuretic hormone (ADH) increases, more water is reabsorbed by the nephron and collecting duct. ADH enhances the permeability of the collecting ducts to water, allowing more water to be reabsorbed back into the bloodstream. This results in concentrated urine and reduced urine volume. Thus, increased ADH leads to less water being excreted.
Antidiuretic Hormone is made in hypothalamus (posterior pituitary gland). Stimulated by dehydration and increased blood osmosis. It acts on the collecting duct of nephron to increase amount of aquaporins, thus increasing water permeability. When increased water is reabsorbed, blood osmolarity decreases. Therefore the urine becomes more concentrated.
macula densa
Descending Limb Of Loop Of Henle.
macula densa
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The macula densa cells in the distal convoluted tubule are the salt level-monitoring part of the nephron. They detect changes in sodium chloride content of the filtrate passing through the tubule and help regulate the release of renin from the juxtaglomerular cells.
The margin of error increases as the level of confidence increases because the larger the expected proportion of intervals that will contain the parameter, the larger the margin of error.
a clause in a contarct that automatically increases wages to account for increases in the price level
Decibels are a logarithmic unit used to measure sound intensity. As sound level increases, the decibel scale also increases to reflect the higher intensity. So, decibels do not decrease when sound level increases; they actually increase to show louder sounds.
adh controls the volume of urine by regulating the amount of water absorbed into the convoluted tubules. . At some point ,change in blood level activates the osmoreceptors in the hypothalamus which in turn activates the release of antidiuretic hormone(ADH). ADH is released into the blood stream, then it travels to the kidney's collecting ducts whilst in the kidney, ADH increase the number of water channels in the membrane of the collecting duct cells ADH binds to the cell membrane receptors to activate phosphorylase enzyme. This causes the vesicle containing aquaporins to fuse with the membrane. Therefore water is reabsorbed from the filtrated to produce concentrated urine which passes into the tubules, collects in the renal pelvis and flows through the ureters into the urinary bladder. The reabsorbed water increases the water potential of the blood, osmoreceptors are no longer activated and so ADH production stops. This is an example of negative feedback response consequently, their removal is accompanied by an unavoidable water loss
when the level of oxygen increases in the blood , chemical receptors will inhibit the medulla oblongata