Answer:
Competitive inhibitors compete with the substrate to enter the active site of the enzymes thanks to their chemical affinity with them, thus blocking the enzyme's action with the original substrate.
Non-competitive inhibitors do not interact directly with the active site of the enzymes, but adhere to them by other sites, changing their structure and thus decreasing their affinity for the original substrate, blocking their functioning.
Competitive inhibition can be overcome by increasing the substrate concentration because the probability that the enzyme interacts with the inhibitor molecules will be lower, and the expected reaction will take place.
Explanation:
Non-competitive inhibition cannot be overcome by increasing the concentration of the substrate because the inhibitor, by interacting with the enzyme and changing its structural configuration, will prevent the enzyme from succeeding in inserting the substrate into its active site, also preventing the chemical reaction.
It’s 100 percent purple as PP purple flowering plants are dominant and pp is recessive
To find the allele frequencies, we again look at each individual's genotype, count the number of copies of each allele, and divide by the total number of gene copies
Ghrelin is a hunger-stimulating hormone which is secreted by specialized cells in the stomach.
Ghrelin is a hormone made in the intestine. It is often called the "hunger hormone" and is sometimes called lenomorelin.
It reaches the brain through the bloodstream and tells the brain to feel hungry and start looking for food.
It's main function is to increase appetite. Eat more food, take in more calories and store fat.
In addition, it affects the sleep-wake cycle, reward-seeking behavior, taste sensation, and carbohydrate metabolism.
This hormone is made in the stomach and is secreted when the stomach is empty. It enters the bloodstream and affects a part of the brain called the hypothalamus, helping regulate hormones and appetite. Lower levels make you feel fuller and easier to cut calories.
Learn more about Ghrelin hormone here : brainly.com/question/15599590
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