Read the text attached.
How to fight drug-resistant bacteria
This year, the U.S. reported for the first time that a patient had been infected by bacteria resistant to colistin, an antibiotic of last resort. The announcement followed several years of warnings that current antibiotics aren’t diverse enough to fight pathogens as drug resistance spreads. The cover story of Chemical & Engineering News (C&EN), the weekly newsmagazine of the American Chemical Society, sums up how researchers are trying to stay ahead of the bugs. Ann M. Thayer, a senior correspondent at C&EN, notes that antibiotic-resistant pathogens already cause at least 2 million illnesses and 23,000 deaths each year in the U.S. alone. And the development pipeline for new treatments to deal with this growing problem is anemic. About 40 small molecules and two dozen other approaches, such as antibodies and vaccines, are in clinical testing. Only about one in five are expected to earn approval for patient use. In addition, sparse funding, poor business prospects and regulatory issues can stand in the way of development.
Despite the hurdles, there is hope. Researchers are getting creative in their strategies for defeating infection-causing bacteria. They’re designing drugs to overcome existing resistance mechanisms. Their tactics include making drugs that attack pathogens on multiple fronts, and that neutralize illness-causing bacterial toxins rather than killing the bugs themselves. To help encourage the development of new solutions, policymakers are proposing various bills to ease the financial and regulatory burdens. And new government and nonprofit funding is becoming available.
Which of these claims does the attached text support?
A . Drug-resistant bacteria pose a serious health risk, and scientists are racing to keep up with new drugs to help combat illnesses.
B . Increased use of antibiotics for “minor” illnesses has led to the emergence of dangerous bacteria that is now immune to all antibiotics.
C . Drug manufacturers are wasting time and money looking for cures and vaccines for pathogens that affect relatively few people worldwide.
D . More money needs to be spent on drug research and development so that researchers can guarantee the public the creation of new drugs that could wipe out “superbugs” forever.
Answer: A
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