A nurse is assigned a client who has been admitted with a high fever. Which nursing skill should the nurse use at the first contact with the client?

Choice A reason: Falsifying vital signs by documenting earlier readings without reassessment constitutes fraud, a deliberate misrepresentation that could harm the patient. Accurate vital signs monitor physiological status, like heart rate or blood pressure, ensuring stability for discharge. Fraudulent documentation risks missing critical changes, such as tachycardia or hypotension, potentially leading to unsafe discharge and legal liability.

Choice B reason: False imprisonment involves unlawfully restricting a patient’s movement, unrelated to falsifying vital signs. Documentation errors do not restrict mobility but compromise care quality. Vital signs reflect cardiovascular and respiratory function, and falsifying them risks patient safety, not freedom, making false imprisonment an incorrect tort for this scenario of fraudulent charting.

Choice C reason: Battery involves unauthorized physical contact, like unconsented procedures, not documentation errors. Falsifying vital signs is a non-physical act of misrepresentation, not touching. Accurate vital signs ensure physiological stability for discharge, and falsification risks harm through neglect, aligning with fraud, not battery, as the nurse’s action involves deceit, not contact.

Choice D reason: Assault involves threatening harm, not falsifying records. Documenting earlier vital signs without reassessment is fraudulent, risking patient safety by missing physiological changes, like arrhythmias. This misrepresentation does not involve threats or intimidation, making assault irrelevant. Fraud is the appropriate tort, as it addresses intentional deception in clinical documentation.

Choice A reason: Teaching calcium intake to prevent bone loss is primary prevention, aimed at reducing disease risk before it occurs. Calcium strengthens bone density, reducing osteoporosis risk by supporting osteoblast activity and mineralization. This proactive measure prevents bone loss in healthy individuals, addressing the physiological need for calcium to maintain skeletal integrity before pathology develops.

Choice B reason: Secondary prevention involves early detection of disease, like screening for osteoporosis via bone density scans. Teaching calcium intake aims to prevent bone loss before it occurs, not detect it. Calcium supports bone remodeling, but secondary prevention targets existing asymptomatic conditions, making this incorrect for a strategy focused on preventing initial bone loss.

Choice C reason: Tertiary prevention manages existing disease to prevent complications, like rehabilitation after an osteoporotic fracture. Teaching calcium intake prevents bone loss before disease onset, aligning with primary prevention. Calcium enhances bone strength, but tertiary prevention focuses on restoring function post-disease, not preventing initial bone density loss, making this incorrect.

Choice D reason: Residual prevention is not a recognized term in public health. Teaching calcium intake is primary prevention, as it promotes bone health to prevent osteoporosis. Calcium supports bone matrix formation, reducing fracture risk. Incorrect terms like residual prevention do not apply, as prevention levels are clearly defined as primary, secondary, or tertiary in medical practice.