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mishima
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What temperature would the human body need to be in order to sustain all necessary metabolism reactions in the absence of a catalyst? I know this is unreal, I am just curious of an order of magnitude estimate.
mishima said:Are you saying that for some biochemical processes, simply having 2 reactants (substrates) collide with sufficient activation energy is NOT enough to start a reaction? Could this be because an enzyme combines the 2 in a way (an orientation) that is very unlikely to occur in a random collision, or is there something else?
Enzymes play a crucial role in regulating body temperature by increasing the rate of biochemical reactions that produce heat. Without enzymes, these reactions would occur at a much slower pace, leading to a lower body temperature.
The normal body temperature without enzymes would likely be much lower than the average human body temperature of 98.6°F (37°C). However, it is impossible to determine an exact temperature as enzymes are essential for many bodily processes that contribute to maintaining a stable body temperature.
No, a person cannot survive without enzymes and a high body temperature. Enzymes are essential for the breakdown of nutrients, regulation of bodily processes, and maintaining a healthy immune system. Without enzymes, the body would not be able to function properly, and a high body temperature is a sign that the body is fighting off infection or illness.
An enzyme deficiency can lead to a lower body temperature due to a decrease in the rate of biochemical reactions that produce heat. This can result in symptoms such as fatigue, weakness, and poor immunity.
No, body temperature cannot be effectively controlled without enzymes. While external factors such as environmental temperature and physical activity can affect body temperature, enzymes are necessary for maintaining a stable and healthy internal temperature in the body.