Sugars pass from cell to cell in the leaf starting in the symplast of the mesophyll; they move through the symplast or apoplast of other cells and finally pass into the symplast of the sieve tube element
In symplastic pathway the sugar will move through the cytoplasm of the cell and pass on to the other cell through the plasmodesmata.
In apoplastic pathway the sugar will move through the cell wall and intercellular spaces and does not cross the cell membrane.
When the sugar are synthesized by the leaves first it will move through the symplast of the mesophyll cells. Then sugar will be travelling either through symplastic or apoplastic pathway in other cells and pass through the sieve tube elements in symplastic pathway
To learn more about symplast here
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The second and third class levers both have (d) the fulcrum at one end of the lever. For class two levers the load is in the middle, and effort is at one of the sides. Third class levers have effort in the middle, and the load on one of the sides. Both meaning second and third class levers have the fulcrum on one end of the lever.
It seems that you have missed the necessary options for us to answer this question so I had to look for it. Anyway, here is the answer. The cells that release ATP when a ligand binds to its membrane receptor, and in which sense are these cells involved is this: <span>Cones; vision. Hope this helps.</span>
Analysis is a review of material while a conclusion is a final statement of material.
please vote my answer brainliest. thanks!
The best and most correct answer among the choices provided by your question is the third choice.
Atrophy occurs when a muscle becomes weaker and smaller from not being used
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