NPH, an intermediate-acting insulin, peaks in 4 to 10 hours while regular insulin, a short-acting insulin, peaks in 2 to 3 hours. The most likely time for hypoglycemia to happen is between 9 and 5 p.m. (0900 to 1700 hours).
Blood sugar (glucose) levels that are below the normal range are known as hypoglycemia.
Diabetes medication frequently has an impact on hypoglycemia. But even in those without diabetes, other medications and a wide range of, sometimes undiagnosed diseases can result in low blood sugar.
Treatment must start right away for hypoglycemia. A fasting blood sugar of 70 mg/dL, or 3.9 mmol/L, or less should be regarded for many people as a warning sign of hypoglycemia. Nevertheless, your figures may vary. Request information from your doctor.
With the aid of a high-sugar food or beverage or by taking medicine, you must swiftly bring your blood sugar levels back into the normal range. Finding and addressing the source of hypoglycemia is necessary for long-term therapy.
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Answer: b. The elderly have a higher risk from toxic pesticides because they are less able to eliminate environmental toxins.
Explanation:
The older adults are expected to have health problems after a pesticide exposure. This is because of the fact that their metabolism is slow and the liver and kidneys are not able to remove the pesticides from the body. The liver and kidney may get injured during the exposure of the high doses of pesticides.
The longer a pesticide stay in the body of an old person this may result in more severe injury. As the body is slow in metabolism that is the conversion of the chemicals in the pesticides into less toxic metabolites. Thus the elderly people will not be able to eliminate the toxin from the body. The toxin will damage the vital organs and can lead to death.
Answer:
The correct answer is option A. False.
Explanation:
John Scott Haldane described a property of hemoglobin which is termed as the Haldane effect. Displacement of carbon dioxide from the hemoglobin of blood by oxygen in the lungs. It promotes the removal of CO₂ from the blood. This process is the Haldane effect.
Decrease in the affinity of the oxygen to binding with hemoglobin in response to a decrease in blood pH due to increased CO₂ concentration in the blood. It is the Bohr effect.
Thus, the correct answer is option A. false.
