What is the fastest route for medication administration?
SQ (subcutaneous)
PO (by mouth)
IV (intravenous)
IM (intramuscular)
The Correct Answer is C
Choice A reason: This is incorrect. SQ (subcutaneous) administration involves injecting a drug into the fatty tissue under the skin. This route is slower than IV or IM administration, as the drug has to diffuse through the tissue before reaching the bloodstream.
Choice B reason: This is incorrect. PO (by mouth) administration involves swallowing a drug and absorbing it through the digestive system. This route is the slowest of all, as the drug has to pass through the stomach and the liver before reaching the bloodstream. The drug may also be affected by the first pass effect, which reduces its bioavailability.
Choice C reason: This is correct. IV (intravenous) administration involves injecting a drug directly into a vein. This route is the fastest of all, as the drug enters the bloodstream immediately and reaches the target site quickly. The drug also has 100% bioavailability, meaning none of it is lost or degraded.
Choice D reason: This is incorrect. IM (intramuscular) administration involves injecting a drug into a muscle. This route is faster than SQ or PO administration, as the drug can be absorbed by the capillaries in the muscle. However, it is still slower than IV administration, as the drug has to cross the muscle membrane before reaching the bloodstream.
Nursing Test Bank
Naxlex Comprehensive Predictor Exams
Related Questions
Correct Answer is A
Explanation
Choice A reason: Peak level is the correct term to describe the highest concentration of a drug in the blood after it is administered. Peak level is also known as peak plasma concentration or Cmax, and it reflects the rate and extent of drug absorption. Peak level is influenced by factors such as the route of administration, the dose, the formulation, and the bioavailability of the drug. Peak level is important to monitor for drugs that have a narrow therapeutic range, meaning that there is a small difference between the effective and toxic doses. The nurse should measure the peak level at the appropriate time after the drug administration, and adjust the dose or the frequency as needed to achieve the desired therapeutic effect and avoid adverse effects .
Choice B reason: Halflife is not the correct term to describe the highest concentration of a drug in the blood after it is administered. Halflife is the time it takes for the concentration of a drug in the blood to decrease by 50%. Halflife reflects the rate of drug elimination, which depends on factors such as the metabolism and excretion of the drug. Halflife is important to determine the dosing interval and the time to reach steady state. The nurse should consider the halflife of the drug when prescribing or administering the drug, and avoid drug accumulation or subtherapeutic levels .
Choice C reason: Trough level is not the correct term to describe the highest concentration of a drug in the blood after it is administered. Trough level is the lowest concentration of a drug in the blood before the next dose is given. Trough level reflects the balance between drug absorption and elimination, and it indicates the minimum effective concentration of the drug. Trough level is important to monitor for drugs that have a narrow therapeutic range, meaning that there is a small difference between the effective and toxic doses. The nurse should measure the trough level just before the next dose of the drug, and adjust the dose or the frequency as needed to achieve the desired therapeutic effect and avoid adverse effects .
Choice D reason: Steady state is not the correct term to describe the highest concentration of a drug in the blood after it is administered. Steady state is the condition when the rate of drug administration is equal to the rate of drug elimination, and the concentration of the drug in the blood remains constant. Steady state is usually reached after four to five halflives of the drug, and it reflects the optimal therapeutic level of the drug. Steady state is important to maintain for drugs that have a long halflife or a narrow therapeutic range, meaning that there is a small difference between the effective and toxic doses. The nurse should ensure that the drug is administered at regular intervals and at the appropriate dose to achieve and maintain steady state.
Correct Answer is ["A","C","D","E","F"]
Explanation
The correct answer is: a. Right route, c. Right dose, d. Right person, e. Right documentation, f. Right medication.
Choice A: Right route
The right route ensures that the medication is administered via the correct method, such as oral, intravenous, or intramuscular. This is crucial because different routes can affect the medication’s absorption and effectiveness. Administering medication via the wrong route can lead to ineffective treatment or even harm the patient.
Choice B: Right to refuse
While patients do have the right to refuse medication, this is not one of the five main rights of medication administration. The five main rights focus on the correct administration process to ensure patient safety and effective treatment.
Choice C: Right dose
The right dose ensures that the patient receives the correct amount of medication. Administering too much or too little can lead to adverse effects or ineffective treatment. This right involves verifying the prescribed dose and measuring it accurately.
Choice D: Right person
The right person ensures that the medication is given to the correct patient. This is typically verified using two identifyers, such as the patient’s name and date of birth, to prevent medication errors.
Choice E: Right documentation
The right documentation involves accurately recording the administration of the medication. This includes noting the time, dose, route, and any observations. Proper documentation is essential for maintaining accurate medical records and ensuring continuity of care.
Choice F: Right medication
The right medication ensures that the correct drug is given to the patient. This involves checking the medication label against the doctor’s order to prevent errors. Administering the wrong medication can have serious consequences.
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