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Answer.
ADH is released from the hypothalamus in response to high tissue osmolarity. In response to ADH, the collecting duct and distal tubule in the kidney become more permeable to water, which increases water reabsorption into the capillaries.
Explanation
. This option is the mechanisms of regulation of osmoregulatory balance in urine production by the kidney
ADH responds to high solute potential of the blood(high osmolarity) by stimulating the opening of transmembrane proteins AQUAPORINS in the walls of the distal and collecting tubules
This promotes influx of Solutes from the passing tubules into the peritubular capillaries.Water follows by osmosis(reabsorption),untill the osmolarity of these fluids drops.
As this occurs the hypothalamus stopped the production of ADH, the aquaporins closes up,solute influx into peritubular capillaries stoped and therefore water influx
This is negative feedback Mechanism.it is an example of homeostatic process of maintaining water balance of the body during urine formation .
Explanation:
The other parts of plant are also affected due to gibberelin because it stimulate the growth of shoots which is the upper portion of the plant.
<h3>How gibberellins able to affect other parts of the plant?</h3>
Gibberellins stimulate the growth of shoots which increase in the biomass and vegetative growth of plant. If vegetative growth increases, the root biomass is also increases.
So we can conclude that other parts of plant are also affected due to gibberelin because it stimulate the growth of shoots which is the upper portion of the plant.
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Answer:
I see this was posted a week ago, do you still need help with this question?
Explanation:
An important<span> part of </span>gamete<span> production is meiosis. In this process, diploid cells get the karate chop to turn them into </span>haploid<span> cells. Although sperm and egg production differ in many ways, meiosis is critical to both processes.</span>