Buford is a very successful high school athlete who has been diagnosed with diabetes. He needs to do well in sports so that he can receive a university scholarship. He dreams of getting into the pros, too — his whole family is counting on him! However,
he doesn't want to go through the entire regimen his doctor has prescribed for him because he thinks it cuts into his sports time. What do you need to tell him about sticking to his diabetic treatment plan?
What will be an ideal response?
Diabetes has serious long-term complications. It can cause heart attacks and strokes because of fatty deposits in the arteries. Additionally, the same damage to blood vessels can cause serious organ system failures elsewhere in his body: eyes, kidneys, and extremities. Therefore, if he doesn't do what he is told, he could end up blind, hooked up to a kidney machine, and missing a few parts!
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Cancer cells would be attacked by which of the following cells?
What will be an ideal response?
Answer the following questions true (T) or false (F)
1. Combination therapy uses two or more drugs in combination to decrease the likelihood that a pathogen will survive the therapy due to drug resistance. 2. If two drugs target different steps of the same biochemical pathway, when used together, these two drugs tend to exhibit synergism. 3. Trimethoprim-sulfamethoxazole is an antifolate drug combination that works by blocking folate production in certain bacteria as well as in certain protozoans.
If the frequency of a particular allele that is present in a small, isolated population of alpine plants decreases due to a landslide that leaves an even smaller remnant of surviving plants bearing this allele, then what has occurred?
A) a bottleneck B) genetic drift C) microevolution D) A and B only E) A, B, and C
Which of the following provides cell-mediated immunity?
A) Red blood cells B) T cells C) Antibodies D) B cells