Question

The statements on the left are scientific assertions. The statements on the right are examples from the chapter. Drag each scientific assertion to the example it best supports.

Can you match each example with the science that supports it? The statements on the left are scientific assertions. The statements on the right are examples from the chapter. Drag each scientific assertion to the example it best supports Reset Help Antibiotic resistance is a genetic trait that can be passed on to offspring. Resistant bacteria have proteins that disable or counteract antibiotics. Combination drug therapy can help prevent the evolution of antibiotic resistance The likelihood that an Individual bacterium carries the genetic variations that allows it to disable two different antibiotics is very low. The bacterium that caused tuberculosis was in decline, but now strains exist that are nearly untreatable As individuals, we can prevent antibiotic resistance from spreading it we are thorough when using antibiotics, even if our infection contains a few drug-resistant bacteria Natural selection often causes a patient's recurrent infection to be more dangerous than the initial one. Antibiotics help to keep the bacterial population low for a long enough period that an individual's immune system can finish off even drug resistant individuals. Bacteria with a mutation for antibiotic resistance are more likely to survive a first, or incomplete, round of antibiotics. Once they multiply, the resulting P Pearson

Answer 1

Can you match each example with the science that supports it? The statements on the left are scientific assertions. The statements on the right are examples from the chapter. Drag each scientific assertion to the example it best supports Reset Help Antibiotic resistance is a genetic trait that can be passed on to offspring. Resistant bacteria have proteins that disable or counteract antibiotics. Combination drug therapy can help prevent the evolution of antibiotic resistance The likelihood that an Individual bacterium carries the genetic variations that allows it to disable two different antibiotics is very low. The bacterium that caused tuberculosis was in decline, but now strains exist that are nearly untreatable. 3 As individuals, we can prevent antibiotic resistance from spreading it we are thorough when using partibotics, even if our infection contains a few drug-resistant bacteria. Natural selection often causes a patient's recurrent infection to be more dangerous than the initial one. Antibiotics help to keep the bacterial population low for a long enough period that an individual's immune system can finish off even drug- resistant individuals. Bacteria with a mutation for antibiotic resistance are more likely to survive a first, or incomplete, round of antibiotics. Once they multiply, the resulting P Pearson

| antibiotics, even if our infection contains a few drug-resistant bacteria Antibiotics help to keep the bacterial population low for a long enough period that an individual's immune system can finish off even drug- resistant individuals. Natural selection often causes a patient's recurrent infection to be more dangerous than the inition Bacteria with a mutation for antibiotic resistance are more likely to survive a first, or incomplete, round of antibiotics. Once they multiply, the resulting infection will be more difficult to treat. Antibiotic resistance would be predicted to become more common in tuberculosis bacteria after antibiotic use, which indeed occurred not long after the introduction of antibiotics in the 1940s.