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[Medical errors].

Untoward effects can result from the various procedures involved in patients care. Because of its risks and consequences it is very important to determine the causal factors of these events to improve the procedures at stake and be sure to obtain from them the results to be expected. Several recent and somehow disturbing reports about the magnitude and type of these said medical errors, have raised interest to review the subject and phase this problem under the scope of a quality control system, as to prevent its occurrence or mitigate its effects when there is no chance to avoid them properly.

Ethics, Medical↗

Disclosing unexpected outcomes and medical error.

Health-care professionals have a responsibility to communicate honestly and empathetically with patients and families when there has been a disappointing outcome in care. They need to understand how all parties think about, feel, and react to the situation. It is too easy for health-care providers and patients and their families to feel that their interests are no longer aligned and to have expectations go unmet. Based on the authors' clinical experience, this article outlines a suggested educational approach for organizations interested in developing their clinicians' skills in the art of disclosure when an unexpected outcome or medical error occurs.

Hospital-Patient Relations↗

Ambiguity and workarounds as contributors to medical error.

Why are some organizations error-prone-regularly subject to interruptions and inconveniences, some of which periodically coalesce catastrophically-whereas other organizations, although similar in the products and services they generate and the process technologies they use, are reliable, adaptable, and continuously self-improving, relentlessly learning from experience to get ever better? Analyzing medical error reports and studies of high-performing, non-health care organizations reveals 2 differences. High performers know how to prevent problems from producing further consequences once they occur and how to prevent their recurrence. They do this by specifying how work is expected to proceed-who will do what for whom, with what purpose, when, where, and how-before work is actually done. Then, when anything contrary to expectations occurs, it is immediately identified as a problem. Through this approach, the effects of problems are contained, the causes are quickly investigated, process knowledge is deepened, and recurrence is prevented. In contrast, error-prone organizations tolerate ambiguity, a prevailing lack of clarity over what is supposed to happen at any given time. Problems are thus hard to identify, and, even when recognized, they are worked around. People "get the job done," but don't initiate efforts to learn from the problem or improve the process. We believe that coupling high degrees of specification with rapid responses to individual problems can improve health care. Superlative manufacturing, service, and military organizations apply this approach to myriad processes and situations, and initial health care trials of this approach have been promising. We discuss how such an approach could be initiated in health care more broadly.

Delivery of Health Care↗

Disclosure of medical errors: ethical considerations for the development of a facility policy and organizational culture change.

The Institute of Medicine report, To Err Is Human: Building a Safer Health System, has spurred public concern over hospitals' ability to deliver safe care. The health care industry continues to struggle to address these concerns. These efforts have driven the growing expectation that health care practitioners or systems disclose unanticipated outcomes to patients and family members. Although the tort system has been cited as an impediment to medical error disclosure, some organizations and systems have successfully implemented policies calling for full disclosure of errors and unanticipated outcomes. However, most organizations have yet to develop policies concerning error disclosure. This article provides an overview of error disclosure and a model framework for an error disclosure policy. The ethical principle of respect for patient autonomy is emphasized as the driving force in developing an institutional disclosure policy and changing the organizational culture to one that supports development and implementation of such a policy.

Ethics, Institutional↗

A model of medical error based on a model of disease: interactions between adverse events, failures, and their errors.

This article discusses Rush-Presbyterian-St. Luke's Medical Center's approach to assessing and preventing errors in care and promoting patient safety. The word error is applied to all kinds of events, including adverse occurrences, negligence, and malpractice. Thus confusion exists among those analyzing the causes of adverse events. A patient safety committee standardized the definition of medical error and developed a taxonomy for error as a prelude to efforts at error reduction. It identified three levels or layers that can represent a train of events culminating in an undesired outcome: error, treatment failure, and adverse event. This discussion is offered in the interest of clarifying some of the issues.

Classification↗

Is it a medical error if we do not screen cirrhotic patients for minimal hepatic encephalopathy?

Minimal hepatic encephalopathy (MHE) refers to subtle neurocognitive and neurophysiological defects in patients with liver cirrhosis without clinical signs of hepatic encephalopathy. Using appropriate diagnostic methods the prevalence of MHE is approximately 25-30%. MHE has clinical significance as it results in a diminished daily functioning, precedes overt hepatic encephalopathy and is associated with a poor prognosis. Treatment with non-absorbable disaccharides can reverse the neurocognitive and neurophysiological defects found in MHE. The failure to diagnose MHE in apparently normal cirrhotic patients could, therefore, be considered a medical error. However, whether treatment also improves patients' quality of life and prognosis remains to be determined.

Electrophysiology↗

Applying hierarchical task analysis to medication administration errors.

Medication use in hospitals is a complex process and is dependent on the successful interaction of health professionals functioning within different disciplines. Errors can occur at any one of the five main stages of prescribing, documenting, dispensing or preparation, administering and monitoring. The responsibility for the error is often placed on the nurse, as she or he is the last person in the drug administration chain whilst more pressing underlying causal factors remain unresolved. This paper demonstrates how hierarchical task analysis can be used to model drug administration and then uses the systematic human error reduction and prediction approach to predict which errors are likely to occur. The paper also puts forward design solutions to mitigate these errors.

Humans↗