What is the aim of translational science?
To quickly move data gained from research to the standard of the patient and healthcare provider
To convert data from basic research to a form usable by computers
To enhance the financial value of scientific findings
To disseminate research findings in multiple language
The Correct Answer is A
A. To quickly move data gained from research to the standard of the patient and healthcare provider. – Translational science aims to convert research findings into practical applications in healthcare, helping bridge the gap between scientific discovery and clinical use.
B. To convert data from basic research to a form usable by computers. – Translational science focuses on applying research in clinical settings rather than data formatting.
C. To enhance the financial value of scientific findings. – The primary goal of translational science is to improve patient care and healthcare practices, not to focus on the financial aspects of research findings.
D. To disseminate research findings in multiple languages. – Although making findings accessible globally can be beneficial, translational science is focused on implementing research in practical healthcare applications rather than language dissemination.
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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.
Correct Answer is A
Explanation
A. Load testing – Load testing evaluates system performance under various levels of usage to determine if it can handle high traffic and data volume, making it ideal for a large facility.
B. Security testing – Security testing evaluates data protection measures but does not assess performance under load.
C. System testing – System testing examines the overall functionality of the EHR but does not specifically test for performance under high usage.
D. Graphical user interface testing – GUI testing checks the usability and visual aspects of the software interface but does not assess system speed or capacity under load conditions.