Answer: a. too much acetylcholine staying in the neuromuscular junction for too long
Explanation:
Sarin is a gaseous organophosphate. This gas is used for chemical warfare. This affects the nervous system of the body. The gas if inhaled can cause death within minutes.
Acetylcholine is a neurotransmitter molecule. It is released from the pre-synaptic neurons that binds to the acetylcholine receptors.
The gas sarin will target the enzyme acetylcholinesterase present in the neuromuscular junction of the body where the nerves actually meet the muscles. The enzyme degrades nerve signaling molecule acetylcholine. Thus when the sarin degrades the enzyme the levels of acetylcholine will rise up in the blood. The acetylcholine remain in the neuromuscular junction. The acetylcholine will stimulate the nerve cell receptors. Excess of acetylcholine will cause excessive twitching and may lead to paralysis.
Answer and Explanation:
Firstly, the doctors can adjust temperatures of the air-conditioned room to several different temperatures (8°C,12°C, 16°C, 20°C, 24°C etc.) for the testing conditions to be performed and let each of the thirty men and thirty women take turns and stay in the room for 2 - 8 hours.
The temperature of each person can be gauged and recorded at one hour intervals until 8 hours are completed, all the body temperatures shall be recorded by the doctors.
This test can be done on each man and woman by taking turns. Also, an average of the men/women body temperatures throughout the 8 hours can be calculated.
All of these individuals shall also be interviewed and checked with to understand whether they are comfortable or not with the temperatures, also to be compared to their body temperature during several temperatures subjection (8°C,12°C, 16°C, 20°C, 24°C etc.), and their body temperature fluctuations throughout the 8 hours.
The doctors can finally discuss among each other and make decisions based on the collected body temperatures, fluctuations, and interviewed answers.
Answer: See below.
Explanation:
The reason why it is good for scientists to share information because when a scientist publishes a result such as in research projects or in peer-reviewed journals, it enables the scientific and medical community to evaluate on the findings and also provides instructions for other researchers to do the same thing in order to experiment and verify the results from the former.
Next to it because it’s next to it
