The nurse is preparing to administer medications to a 38-year-old client. Before administering the medications, the nurse understands which components make up the Five Rights of Medication Administration?
(Select All that Apply.)
Right to education
Right Dose
Right Drug
Right Patient
Right Assessment
Right Evaluation
Correct Answer : B,C,D
A) Right to education: While educating patients about their medications is important, it is not one of the traditional Five Rights of Medication Administration. Education ensures that patients understand their treatment, potential side effects, and the importance of adherence, but it is not a core component of the Five Rights.
B) Right Dose: Ensuring the correct dose is administered is crucial to avoid underdosing or overdosing, which can lead to ineffective treatment or adverse effects. The right dose is determined based on factors such as the patient’s age, weight, and medical condition.
C) Right Drug: Administering the correct drug is essential to ensure the patient receives the intended therapeutic effect. This involves verifying the medication name, checking for potential drug interactions, and confirming the prescription details.
D) Right Patient: Verifying the patient’s identity before administering medication is critical to prevent medication errors. This typically involves checking the patient’s wristband, asking for their name and date of birth, and cross-referencing with the medication order.
E) Right Assessment: While assessing the patient before medication administration is important, it is not one of the traditional Five Rights. Assessment involves evaluating the patient’s condition, allergies, and potential contraindications to ensure safe medication administration.
F) Right Evaluation: Evaluating the patient’s response to medication is important for ongoing care, but it is not one of the traditional Five Rights. Evaluation helps determine the effectiveness of the medication and identify any adverse reactions or need for dosage adjustments.
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Related Questions
Correct Answer is D
Explanation
A) Palliative therapy: Palliative therapy is aimed at providing relief from symptoms and improving the quality of life in patients with serious or terminal illnesses. It does not pertain to the use of antibiotics before culture results are available.
B) Prophylactic therapy: Prophylactic therapy is used to prevent the occurrence of an illness or infection before it happens. For example, antibiotics given before surgery to prevent infections would be considered prophylactic therapy, but this is not the case here.
C) Maintenance therapy: Maintenance therapy is used to sustain a desired level of therapeutic effect after an initial treatment phase. It focuses on keeping a condition under control rather than addressing an acute or uncertain condition.
D) Empiric therapy: Empiric therapy refers to the use of antibiotics or other medications based on clinical judgment and initial symptoms before the results of diagnostic tests, such as wound cultures, are available. This approach is used to start treatment promptly and manage the infection while awaiting precise identification of the pathogen.
Correct Answer is ["A","F"]
Explanation
A. St. John's wort 450 mg by mouth twice daily: St. John's wort is known to be a potent inducer of cytochrome P450 enzymes and can significantly reduce the effectiveness of warfarin by increasing its metabolism. This interaction can lead to subtherapeutic levels of warfarin and an increased risk of thromboembolic events.
B. Gabapentin 400 mg by mouth twice daily: While gabapentin can interact with other medications, its interactions with warfarin or St. John's wort are generally not as significant as those between warfarin and St. John's wort.
C. Aspirin 81 mg by mouth daily: Aspirin has anticoagulant properties and can have interactions with warfarin. However, the interaction with St. John's wort is less pronounced compared to the interaction between warfarin and St. John's wort.
D. Atorvastatin 80 mg by mouth daily: Atorvastatin primarily affects lipid levels and has different metabolic pathways compared to warfarin. It does not have a strong interaction with St. John's wort.
E. Lisinopril 5 mg by mouth daily: Lisinopril is an ACE inhibitor and does not have significant interactions with St. John's wort or warfarin.
F. Warfarin 5 mg by mouth daily. Warfarin is an anticoagulant that requires careful monitoring due to its interactions with various substances that can either increase the risk of bleeding or decrease its effectiveness.
G. Ginger 5 mg by mouth daily: Ginger can affect platelet function but is not as significant in interaction with warfarin as St. John's wort.
H. Valerian 10 mg by mouth daily: Valerian may have mild interactions with central nervous system depressants but does not have significant interactions with warfarin or St. John's wort.
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