Answer:
Kindly check explanation as the question seems incomplete but the explanation should help.
Explanation:
Given the following :
Initial dosage of drug = 100mg
Halflife of drug = 6hours
After 18 hours, the percentage of drug that will be in the system should be :
Half-life is the time taken for a material to reduce to half of it's initial size.
Since half life = 6 hours
After 6 hours ; amount left = 100/2 = 50 mg
After 12 hours ; amount left = 50/2 = 25mg
After 18 hours ; amount left = 25/2 = 12.5mg
Hence, after 18 hours percentage left in system :
(Amount left / total initial amount) × 100%
(12.5 / 100) × 100%
0.125 × 100%
= 12.5%
Answer:
Is characteristic of Diabetes.
Explanation:
Diabetes is a disorder in which blood sugar increases due to the fact that there is mechanism by which sugar enters the cell is somehow affected.
There are different types of this disorder, the most common ones are the following,
1. Diabetes type 1, is an autoimmune disorder in which the cells that are in charge of producing insulin are destroyed, as a consequence there is not enough insulin (responsible for allowing the glucose channels to open and transport glucose into the cell). Therefore, sugar remains in blood circulation. When glucose levels are too high, it starts filtering through the kidneys and ends up in the urine.
2. Diabetes type 2, is triggered by different factors, there are genetic and environmental factors that trigger this disease. In this case, cells are 'resistant' to the insulin effect, so the body reacts by secreting more insulin. As a consequence, cells in charge of secreting insulin are overworked and at the same time, the body cells keep on increasing the resistance to insulin. There is a point in which this compensation fails to work, and blood sugar rises. When the levels become high, glucose starts filtering through the kidneys and ends up in the urine.
There are more types of diabetes, such as gestational diabetes or LADA. In this cases the cause of the disease varies, but the outcome is the same, increased blood glucose levels and presence of glucose in the urine.
Right ventricular hypertrophy is the result of compensatory increased resistance to pulmonary arterial flow as the basis for your response to mr. garabedian.
<h3>What is right ventricular hypertrophy?</h3>
- The condition known as right ventricular hypertrophy (RVH), which is most frequently caused by severe lung illness, is an abnormal enlargement or pathologic increase in the right ventricle's muscle mass in response to pressure overload.
- It can cause major problems, such as cardiac failure, if left untreated.
- Call your doctor right away if you get any heart-related symptoms, such as chest pain, breathlessness, or swelling in your legs.
- Treatment options for hypertrophic cardiomyopathy-related left ventricular hypertrophy include medication, a nonsurgical technique, surgery, implanted devices, and dietary and lifestyle modifications.
- Medication, chemotherapy, and even a stem cell transplant are all part of the amyloidosis treatment strategy.
- Severe pulmonary illness is the most frequent cause of right ventricular hypertrophy.
- The following conditions are among those that cause secondary right ventricular hypertrophy and pulmonary hypertension.
- Arterial hypertension in the lungs (PAH) lung hypertension brought on by left heart disease.
Learn more about right ventricular hypertrophy here:
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Flu is primarily treated with rest and fluid intake to allow the body to fight the infection on its own. Paracetamol may help cure the symptoms but NSAIDs should be avoided. An annual vaccine can help prevent the flu and limit its complications.