A patient is unaware of the prescription delivery timeframe and requests support.Which system should be used to acquire the scheduled prescription information?
Electronic documentation
Computerized provider order entry
Quality-assurance
Results-reporting
The Correct Answer is B
A. Electronic documentation. – While this system contains patient records, it may not specifically track prescription delivery schedules or timelines.
B. Computerized provider order entry. – This system is used to manage medication orders, including details about prescriptions and their delivery status, making it the appropriate choice to check the delivery timeframe.
C. Quality assurance. – This system focuses on evaluating quality and compliance but does not provide specific information on prescription delivery.
D. Results-reporting. – This system primarily manages the reporting of test results and does not handle prescription information or delivery schedules.
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Correct Answer is D
Explanation
A. Robotics – Robotics are used for physical tasks and do not support data sharing across departments.
B. Artificial intelligence – AI can help with data processing and analysis, but it doesn’t directly enable information sharing across departments.
C. Evidence-based practice (EBP) – EBP guides patient care based on research but does not provide a system for data sharing.
D. Electronic medical record – Electronic medical records (EMRs) are designed to allow multiple departments access to patient information, reducing the need for physical record retrieval.
Correct Answer is C
Explanation
A. A smartphone-connected rhythm monitoring device. – Rhythm monitoring devices focus on cardiac rhythms and do not collect comprehensive gut data.
B. A wearable sensor. – Wearable sensors typically monitor external metrics (like heart rate, steps) rather than internal metrics such as gut contents.
C. An ingestible sensor. – Ingestible sensors are designed to collect data on internal conditions, such as gut contents, and can communicate this information to smartphones for both patient and physician access.
D. A lab-on-a-chip. – Lab-on-a-chip technology typically involves small laboratory functions on a microchip but is not necessarily designed for continuous monitoring in the body.