Answer:
An enzyme refers to a kind of protein found inside a cell. The enzymes result in the chemical reactions within the body. The function to accelerate the rate of chemical reaction in order to support life. The enzymes in the body assist in performing very essential functions. These comprise eradicating toxins, building muscle, and dissociating particles of food at the time of digestion.
Enzymes are needed for performing the proper function of the digestive system. Digestive enzymes are primarily produced in the stomach, pancreas, and small intestine. However, even salivary glands generate digestive enzymes in order to dissociate the molecules of food at the time of chewing.
There are three prime kinds of digestive enzymes, which are classified on the basis of the reactions they catalyze. These are protease, amylase, and lipase.
<span>The DSM-5 (or DSM V) distinguishes between mild (</span>slight cognitive impairment)<span> and major (full out dementia) forms of neurocognitive disorders.
The DSM-5, (Diagnosis and Statistical-manual of Mental-disorders 5th edition), was published in 2013 by the American Psychiatric Association (APA). Mostly used by psychiatrists to classify their patients' disease.
In the chapter of DSM-5: Neurocognitive Disorders, it was added the diagnoses of mild neurocognitive disorder and major neurocognitive disorder (this is not present in the DSM 4 (1993)).
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Answer:
<u>Homeostasis</u> is an outcome of gene regulation.
Explanation:
Gene regulation can be described as one of the vital processes through which maintenance of the body's internal conditions takes place. The mechanism of gene regulation monitors the production rate of a specific protein according to the requirements of the body. Almost every RNA or protein of the body needs regulation.
Homeostasis can be described as the maintenance of ideal conditions for the proper functioning of the body. The genes needed for maintaining homeostasis need to be properly regulated. For example, regulation of temperature, regulation of blood glucose level.
When the circular muscles contract, the earthworm stretches, becoming longer and thinner. The earthworm uses its setae to anchor the front of its body in the soil. Now the longitudinal muscles contract and the earthworm becomes shorter and wider or it bends from one side to the other, pulling the body forward.
