The goal of ADT is to minimize the suppression of adrenal function using corticosteroids.
<h3>What are corticosteroids?</h3>
Corticosteroids are also known as steroids. These are anti-inflammatory medicines that are prescribed for a wide range of conditions.
They are a synthetic version of the hormones that are normally produced by the adrenal glands in our body which are two small glands that present on top of the kidneys.
There are different forms of corticosteroids available. These are
- Tablets; which are oral steroids.
- Injections; which can be injected into blood vessels, joints or muscles.
- Inhalers; are oral or nasal sprays.
- Lotions, which can be gels or creams, or topical steroids.
Therefore, the goal of ADT is to minimize the suppression of adrenal function using corticosteroids.
Read more about corticosteroids, here
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Answer:
abdominal
Explanation:
People with fat around their abdominal area are at greater risk of developing hypertension when compared to those with similar body mass index but fat concentrations elsewhere on the body, according to a study published in the Journal of the American College of Cardiology.
For this study, 903 patients enrolled in the Dallas Heart Study were followed for an average of seven years to track development of hypertension. Hypertension was classified as a systolic blood pressure of greater or equal to 140, diastolic blood pressure of greater or equal to 90, or initiation of blood pressure medications. Patients also received imaging of visceral fat, or fat located deep in the abdominal cavity between the organs; subcutaneous fat, or visible fat located all over the body; and lower-body fat.
Answer:
The answer is D thalamus
Explanation:
The response to an olfactory stimulus travels through the olfactory nerve, crossing the sieve lamina of the ethmoid, located in the anterior region of the brain. From there the stimulus travels to the olfactory bulb ending in the olfactory glomeruli where aromatic signals are processed, which are conducted by special receptor cells. The information subsequently reaches the hypothalamus and the limbic system. Finally, the information reaches the temporal and frontal cerebral cortex where the odor stimulus becomes conscious.
