(1)Degradation…inactivated…synaptic
cleft…(2)Reuptake….transporter…presynaptic.
This normal synaptic homeostasis
allows for the recycling of neurotransmitters and regulates the level of
neurotransmitter present in the synapse, thereby controlling how long a signal
resulting from neurotransmitter release lasts. This is important before another impulse can be transmitted across the synapse.
An increase in the membrane permeability for a solute will result in an increase in the driving force for diffusion of that solute through the membrane. This statement is TRUE.
Surface area and porosity/permeability are the two variables that are most relevant to diffusion via a membrane. Slower diffusion will result from a membrane with less permeability or less surface area, which will obstruct molecule motion. More permeable cells can withstand cold and freezing more easily, but they could also become dehydrated. Living cells are suspended in an aqueous solution, and as the cells move through the solution, ice crystals begin to form in the solution around them, increasing the concentration of solutes outside the cells.
Learn more about permeability
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All living things are made of cells, so yes, mushrooms are made of cells. :)