Answer:
they are both long
Explanation:
i had this question yesterday
Answer:
The type of vesicular transport involved in the exporting of protein-based hormones, such as insulin, into the bloodstream is regulated exocytosis.
Explanation:
In general terms, exocytosis is a type of active transport that allows intracellular substances are released to the extracellular space, through of vesicles that fuse with the plasma membrane, which allow the exit of substances from inside the cell.
Regulated exocytosis is the specific vesicular transport for the secretion of substances, such as hormones. For this type of transport to exist, the presence of an extracellular signal is required, which will activate the fusion of the vesicles.
In the case of insulin, the external signal originates with the increase in blood glucose levels, a signal that penetrates the intracellular space and generates an increase in insulin production in the islets of Langerhans (pancreas).
Before insulin secretion occurs, the cell must be depolarized, allowing calcium to enter, which promotes transport by regulated exocytosis of insulin to the extracellular space.
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D-Reversibility.
<span>"it was difficult to use them in the same way I had before my injury. "
</span>It explains that he/she couldn't do things the same way, like before he/she broke his/her arm
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The solution should become hypertonic.
A solution will be called hypertonic if their oncotic/osmotic pressure is higher than the body fluid. When a hypertonic solution is administered, they will attract water from the nearby membrane. This will make a nearby cell become shrink as they lose water. This might be dangerous as the cells as they might go lysis if the amount of water loss is too many.
After the salt absorbed, it will be dumped by kidney into urine. But the salt will also attract water, so you will lose some fluid and might become dehydrated. This is why drinking sea water is dangerous because it will cause more fluid loss in urine.
Answer:
The similarities that can be seen in the members of kingdom plantae and plankton is that both of them perform photosynthesis.
These organisms provide oxygen and food to the other members. These members get energy for living their life.
The planktons and the members of kingdom plantae requires nutrients for their growth and development.
The differences that can be seen in the plankton and members of plantae is that plankton are found on the surface of water.
The members of plantae can be found on the land, on the surface of water. But some of the species like brown and red algae are found in the depth of sea or ocean.
