Skywalker18 wrote:
It is not uncommon, while under general anesthesia, for a patient’s heart to stop beating. In these situations, if a catheter hasn’t been set up to allow the surgery team to manually circulate the patient’s blood, two drugs are available for anesthesiologists to restore the breathing process. Each is effective, but the far less expensive drug, Pronofyl, causes severe allergic reactions in approximately 5% of patients, while the far more expensive drug, Rontynyl – rarely covered by insurance plans – does not cause such reactions. This can put an unfair burden on the surgery teams, however, when these stressful situations occur: in many cases, they must decide for an unconscious patient whether to risk an unlikely-but-catastrophic reaction, or create a potentially disastrous financial situation for the patient.
Which of the following, if true, most strengthens the conclusion above?
(A) All anesthesia providers have equal access to Pronofyl and Rontynyl.
if the anesthesia is not perfroming any surgeries then the statement will havve no serious implication therefore out
(B) Not all insurance plans will cover the full cost of treatments for allergic reactions to drugs taken while under anesthesia.
This further widens the gap stating that infections will be scuceded by a financial crisis this not what we are looking for therefor eout
(C) The patent for Rontynyl will not expire for several years, so the price of Ronyntyl is not expected to decrease for quite some time.
This definitely strengthens the second point however the dilemma faceed by the anesthesist which is the main objective therefore out
(D) There is no way to predetermine which patients will have an adverse reaction to Pronofyl.
This is definitely in line with the argument and leads strength to the fact that the anesthisists cannot accurately determine therefore let us hang on to it
(E) Patients who receive a dose of Rontynyl often require additional post-operative doctor visits to recover from the drug’s potency.
Similar reasoning as C therefore out
Therefore IMO D