TOuch and pain are controlled by different regions of the brain, so I gonna treat these terms separately:
PAIN: one thing seems certain: there is no single "pain centre" whose only activity could account for all facets of pain. In other words, no lobotomy of any particular region of the brain completely removes the pain. So there are many regions that are responsible for pain: The reticular formation and the thalamus (specifically the Deep lemniscal territory) which is responsible for both touch and pain sensations
TOUCH: touch sensation are processed by parietal lobe in the brain cortex (which is also responsible for sight and hearing), and the deep lemniscal territory in the thalamus.
<span>The genes regulating wing color In butterflies are lnnuenced by environmental factors.</span>
Answer:
In high glucose-NADH and FADH2
In depletion case- NAD+ and FAD+2.
Explanation:
MCAD (Medium-chain acyl-CoA dehydrogenase) deficiency may be defined as inherited disorder in which the body's ability to breakdown the fat decreases and converting them in energy.
Excess glucose stores: The presence of excess glucose prevents the proton gradient to transfer electrons in the electron transport chain. This causes the buildup of NADH and FADH2.
Low energy state: This state needs ATP that decrease the carriers and causes the buildup of NAD+ and FAD+2.
<span>Organisms can be trapped in amber, as has been seen by many prehistoric insects. Another substance would be rock, as shown by the trilobites that are well-known to exist in places like Ohio. Third, organisms can be trapped in ice, such as through the glaciers that were part of the North American continent for many thousands of years.</span>
