Author Question: The client asks the nurse how bacteria become resistant to antibiotics. What should the nurse ... (Read 81 times)

Jipu 123 · **on:** Jul 24, 2018

The client asks the nurse how bacteria become resistant to antibiotics. What should the nurse include in the response? (Select all that apply.)

Note: Credit will be given only if all correct choices and no incorrect choices are selected.

1. The longer an antibiotic is used in the population and the more often it is prescribed, the higher will be the percentage of resistant strains.
2. Prematurely stopping antibiotic therapy allows some pathogens to survive and become resistant to antibiotics.
3. Bacteria reproduce quickly, and can have a variation in the genetic code that allows them to become resistant.
4. Frequent handwashing by health care providers encourages the spread of bacteria to many clients receiving antibiotics in the hospital.
5. Organisms do not grow resistant to medications.

Question 2

The nurse is caring for a client who is prescribed a bacteristatic medication. Which explanation by the nurse about these medications is most appropriate?

1. Both terms have the same meaning.
2. Bacteriostatic medications must be given first.
3. Bacteriocidal medications kill bacteria, and bacteriostatic medications slow the growth of bacteria.
4. Bacteriocidal medications slow the growth of bacteria, and bacteriostatic medications kill bacteria.

Kimmy · **Reply #1 on:** Jul 24, 2018

Answer to Question 1

Correct Answer: 1, 2

Rationale 1: The longer an antibiotic is used in the population and the more often it is prescribed, the higher will be the percentage of resistant strains
Rationale 2: Prematurely stopping antibiotic therapy allows some pathogens to survive, thus promoting the development of resistant strains.
Rationale 3: These mutations occur spontaneously and randomly in the bacterial cell. Although most mutations are harmful to the organism, mutations occasionally result in a bacterial cell that has reproductive advantages over its neighbors. The mutated bacterium might be able to survive in harsher conditions or perhaps grow faster than surrounding cells. One such mutation of particular importance to medicine is that which confers drug resistance on a microorganism.
Rationale 4: Frequent handwashing by health care providers encourages the spread of bacteria to many clients receiving antibiotics in the hospital is incorrect because frequent handwashing helps to prevent the spread of bacteria.
Rationale 5: Resistance to medication occurs quite frequently.

Global Rationale: The longer an antibiotic is used in the population and the more often it is prescribed, the higher will be the percentage of resistant strains Prematurely stopping antibiotic therapy allows some pathogens to survive, thus promoting the development of resistant strains. These mutations occur spontaneously and randomly in the bacterial cell. Although most mutations are harmful to the organism, mutations occasionally result in a bacterial cell that has reproductive advantages over its neighbors. The mutated bacterium might be able to survive in harsher conditions or perhaps grow faster than surrounding cells. One such mutation of particular importance to medicine is that which confers drug resistance on a microorganism. Frequent handwashing by health care providers encourages the spread of bacteria to many clients receiving antibiotics in the hospital is incorrect because frequent handwashing helps to prevent the spread of bacteria. Resistance to medication occurs quite frequently. This statement is false.

Answer to Question 2

Correct Answer: 3

Rationale 1: Bacteriocidal medications kill bacteria and bacteriostatic medications slow the growth of bacteria.
Rationale 2: Bacteriocidal medications kill bacteria and bacteriostatic medications slow the growth of bacteria.
Rationale 3: Bacteriocidal medications kill bacteria and bacteriostatic medications slow the growth of bacteria.
Rationale 4: Bacteriocidal medications kill bacteria and bacteriostatic medications slow the growth of bacteria.

Global Rationale: Bacteriocidal medications kill bacteria and bacteriostatic medications slow the growth of bacteria. The terms do not have the same meaning, bacteriostatic medication do not need to be given first.