<span>The antigen-antibody that is deposited in the dermis is known as T-cells. These are protein cells that divide excessively causing the development of thick and calloused skin.
The overproduction of these cells on the dermis area causes the overproduction of collagen fibers on the skin. As the skin pushes its way up to the epridermis, the overproduction of these cells result to the symptoms that are observable for diagnosis.<span>
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I would say the stomach is most similar to the mitochondria. This is because the purpose of the mitochondria in a cell is to break down molecules, such as glucose, nucleic & fatty acids, etc., into ATP (cell energy) so it can be used productively. The purpose of the stomach is to break down molecules of whatever is being consumed, so it can later be absorbed by the large and small intestine, and what is absorbed goes into the cells to be used productively.
Put simply, the stomach is similar to the mitochondria because they both provide energy for the greater thing they function, cell or body.
Hope this helps, and hope I was the brainliest! :)
Answer: The basic equation of photosynthesis is deceptively simple. Water and carbon dioxide combine to form carbohydrates and molecular oxygen. ... NADPH and ATP formed by the action of light then reduce carbon dioxide and convert it into 3-phosphoglycerate by a series of reactions called the Calvin cycle or the dark reactions.
Explanation:
One daughter cell would be 2n the other would have no chromosomes
Answer:
They became closer to each other.
Explanation:
When skeletal muscles contracts the Z lines that are at the end of every sarcomere became closer to each other due to the fact that the I bands that are attached to the Z lines and contains the myosin filaments move closer to each other interacting with the actin filaments and shorten the the H zone that is in the middle of the sarcomere. In other words, It all becomes compact during a contraction.
