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Futility and the common cold. How requests for antibiotics can illuminate care at the end of life.

The dominant approach to futility in medicine assumes that the probability and utility of medical interventions may be separated to provide a quantitative (probabilistic) definition of futility. This assumption is not only misleading but also responsible for much of the confusion that futility has engendered in medical discussions. The divorce of utility from probability is the opposite of how clinicians reason: an improbable intervention looks different if it is cheap, easy, and without morbidity than if it is technology intensive, expensive, and likely to involve great pain and suffering. Futility is how physicians describe the sense of being compelled to proceed with resource intensive care for marginal benefits. Outside the intensive care unit, physicians weigh and sometimes reject patient requests without the need to invoke futility. By examining the ways that physicians can legitimately evaluate patient requests, we can show that appeals to futility are both unnecessary and counterproductive. In cases where such appeals are unavoidable, the outpatient model suggests a process to adjudicate the competing claims of patient autonomy and physician responsibility.

Beneficence↗

Sport, exercise, and the common cold.

Upper respiratory illness may cause more disability among athletes than all other diseases combined. This paper presents the essential epidemiology, risks of infection, and transmission features of upper respiratory illness. Those who provide health care for athletes must understand the subsequent implications of an upper respiratory illness on sport performance and should be familiar with participation and clinical management guidelines for athletes with an upper respiratory illness. The literature suggests that regular, rigorous exercise increases both the incidence and severity of upper respiratory illness, yet the immune system appears to have a distinct level at which moderate exercise promotes optimum health. Although research indicates that upper respiratory illness infections are surprisingly reluctant transmitters, upper respiratory illness transmission may escalate during winter sports seasons. The impact of upper respiratory illness on selected pulmonary, cardiac, and skeletal muscle functions may lead to illness complications in athletes, and sport performance during illness may also decline. Athletes should monitor symptoms, adjust training schedules, and rest during an upper respiratory illness.

Journal Article↗