Hypertension management
Explanation:
An effective management to control hypertension and to reduce the risk factor for other comorbidity like stroke lies maintaining a healthy lifestyle along with treatment plan.
A healthy lifestyle includes eating a well-nourished and well-balanced food according to the recommended dietary allowances. Overeating, malnutrition or poor nutrition are all interrelated with hypertension and other risk factors. Intake of salt needs to be monitored and controlled.
Habits like smoking, drinking alcohol or alcoholic beverages, addiction to illicit drugs all should be completely avoided. These not only increase hypertension but directly can lead to stroke and other serious and fatal conditions.
Maintaining a healthy body by being active and doing regular exercises and keeping the body physically fit. Sedentary lifestyle leads to obesity, diabetes and other cardiovascular diseases all of which can lead to stroke
A healthy mind is equally important since stress is the major cause for hypertension. Meditation, yoga, engaging the mind in constructive hobbies like gardening, music, reading books etc can help to maintain a healthy mind.
Answer:
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Explanation:
I can speak French, German, Spanish, English, and Arabic.. I love learning languages and travelling by my van and see the world
According to Plato, there would be increase in density and the water near the poles would presumably sink rapidly. More density means that there's a higher percentage of saline water. The saltiness and temperature of water determines density, so if salinity increased at the poles, water near the poles would sink rapidly.
Answer:
Presence of two copies of mutated alleles would cause sickle cell anemia in person.
Explanation:
The gene HBB codes for the beta globin protein of hemoglobin. Hemoglobin is the protein present in red blood cells and serve in oxygen transport. Mutation in HBB gene leads to production of abnormal hemoglobin molecules. These hemoglobin molecules stick to each other and impart stiffness and sickle shape to the red blood cells. Presence of two copies of mutated gene leads to sickle cell anemia characterized by reduced oxygen supply to the body cells and/or blocked blood vessels.