Answer: B. An individual has an autoimmune disorder that destroys the beta cells of the pancreas.
C. An individual’s insulin receptors are defective.
Explanation:
Diabetes mellitus is a common disease. In this disease the level of sugar in the blood is affected. This occurs when pancreas does not produce enough insulin or the receptors involving insulin also become resistant to insulin, which is a sugar balancing hormone.
Type 1 diabetes involves the complete lack of production of insulin by the beta cells of the pancreas. The beta cells of pancreas are destroyed by the body's self immune system.
Type 2 diabetes involves the development of insulin resistance by the target cells of the body. The insulin secretes but cannot compensate for the increase in blood glucose levels due to due to defective receptors on target cells.
On the basis of above explanation, B. and C. are the correct options.
<span>45 and 165 degrees F
</span>
Norovirus
Cannot come into work that day
True
<span>Microorganisms may be transferred from one food to another
</span><span>Send the employee home for a shower, some clean clothes, and a hair restraint
</span>
Out of the following
A. .08 BAL per hour
B. .05 BAL per hour
C. .018 BAL per hour
D. .015 BAL per hour
The answer is D. This is equivalent to 0.015 g / 100mL / hour leaving your body after alcohol intake. This occurs after the alcohol is broken down by the liver to acetaldehyde and then to acetic acid by alcohol dehydrogenase (ADH). The acetic acid is later excreted through the kidneys and skin. On average, the liver can metabolize 1 ounce of alcohol every hour. It takes approximately 5.5 hours for 0.08 ounces of alcohol to leave the system after intake.
