The carbohydrate-insulin hypothesis states that when we consume processed meals, which raise insulin levels, calories are subsequently stored in fat cells.
Carbohydrate-insulin hypothesis:
- According to the carbohydrate-insulin hypothesis, weight gain occurs when a person consumes an excessive quantity of processed carbs, which raises insulin levels and leads the body to store fat.
- Although fat is necessary for your body to operate, having more fat than you need might have negative effects on your health. It has long been believed that consuming more than the body needs for energy results in obesity, which is characterized by an abnormal amount of body fat.
- The "calories in, calories out" idea of weight growth, according to some scientists, is an oversimplification and that obesity is likely the result of a much more complicated process.
- Consuming processed meals increases insulin secretion while decreasing glucagon secretion. As a result, the body may store more fat, which can slow the metabolism and make people feel more hungry.
Learn more about insulin here:
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The correct answer is that the <span>Turtles have a partial septum in their ventricle.
A septum is responsible for separating the two ventricles in a turtle's hurt, same goes for the humans. Wherein it divides two parts of the heart, the left and right ventricle in the heart.</span>
In blast injuries we split injuries into four parts. Primary blast injuries are dangerous because the expanding pressure and gas can cause the hollow organs of the body to rupture. The is massive rupturing can kill near instantaneously.
Secondary injuries are were things are actually life threatening by flinging stuff. Shrapnel, burns, debris can hit a patient.
Tertiary Injuries are noted as the next thing up, which is a patient can be flung away from the explosion, with collision into another object and the possibility of secondary impalation or blunt force trauma is possible. This is heavily reliant on the distance of impact.
So your answer is A.
I don't have the book but <span>Plant and animal cells both have a </span>nucleus<span>, endoplasmic </span>reticulum<span>, </span>ribosomes, aGolgi<span> apparatus, vesicles, </span>mitochondria<span> and a </span>cell membrane<span>.</span>
<span>The statement represented above is TRUE. Our perception is the way how of sensory information understands and interprets the environment we remain in. The perception of a human being provides signals right to the nervous system that is a result of stimulation of our sense organs. The basic structure of our perception is developed by these features : learning, memory, expectation, and attention.</span>
