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B Hurwitz

Publications and source records attributed to B Hurwitz.

At least 55 records · Page 3Linked to original sources

Clinical guidelines and the law: advice, guidance or regulation?

Proliferation of clinical guidelines has given rise to a number of concerns about the status of clinical advisory statements. Are guidelines advisory or mandatory? What regulatory functions do guidelines serve; do they allow clinical discretion a large enough role? Relationships between legislation and guidelines, and the way courts go about determining the legal status of guidelines, are explained. The following questions in the context of the law of negligence are addressed. Do doctors who deviate from guidelines place themselves at increased risk of being found liable in negligence if patients suffer injury as a result? Could compliance with guidelines protect health care workers from liability in such circumstances? What legal responsibility do the developers and issuers of guidelines have if their guidance is found to be faulty? Common law cases featuring clinical guidelines or protocols have been identified from the database Lexis, which searches the full text of the transcripts and reports of court cases in UK, Commonwealth and United States jurisdictions. Secondary literature, identified from the bibliography of clinical guidelines maintained by the Department of Health Services Research at the University of Aberdeen (assembled from DHSS-DATA, Embase, Grateful Med, Medline and SIGLE) has also been consulted. The legal status of a guideline turns on whether its development and application have statutory backing, and whether the guideline embodies clinical practices accepted as proper by a responsible body of doctors. The mandatory effects of guidelines can be gauged, to some extent, by the sanctions that apply in the event of non-compliance. US courts have ruled that guideline developers can be held liable for faulty guidelines, and that doctors cannot pass off their liability by claiming that adherence to guidelines has corrupted clinical judgement. Protocols and guidelines provide the courts with examples of clinical standards across a wide range of medical practice. As guidelines proliferate, so they will increasingly be used in court. However, adherence to guidelines has not automatically been equated with reasonable practice, and the courts seem unlikely to follow the standards enunciated in clinical guidelines without critically evaluating their authority, flexibility and scope of application.

Clinical Competence↗

Out of hours.

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Contract Services↗

Clinical guidelines: proliferation and medicolegal significance.

Guidelines seeking to influence and regulate clinical activity are currently gaining a new cultural ascendancy on both sides of the Atlantic. Statutory agencies may be charged with developing clinical guidelines, and civil courts, in deciding actions in negligence, could be influenced by standards of care expressed in guideline statements. Clinical guidelines are not accorded unchallengeable status: they have been subject to careful scrutiny by British and American courts to establish their authenticity and relevance. In the United States, compliance with clinical guidelines cannot be used as a defence against liability if a physician's conduct is held to have been negligent, and third party organisations can be held liable if their clinical guidelines are found to be a contributory cause of patient harm. Guidelines have not usurped the role of the expert witness in court. The importance the law attaches to customary practice means that atypical or bizarre guidelines are unlikely to be accepted as embodying a legally required standard of clinical care.

Liability, Legal↗

Prompting the clinical care of non-insulin dependent (type II) diabetic patients in an inner city area: one model of community care.

OBJECTIVE: To evaluate the effectiveness and acceptability of centrally organised prompting for coordinating community care of non-insulin dependent diabetic patients. DESIGN: Randomised single centre trial. Patients allocated to prompted care in the community or to continued attendance at hospital diabetic clinic (controls). Median follow up two years. SETTING: Two hospital outpatient clinics, 38 general practices, and 11 optometrists in the catchment area of a district general hospital in Islington. PATIENTS: 181 patients attending hospital outpatient clinics. NULL HYPOTHESIS: There is no difference in process of medical care measures and medical outcome between prompted community care and hospital clinic care. RESULTS: 14 hospital patients failed to receive a single review in the clinic as compared with three patients in the prompted group (chi 2 = 6.1, df = 1; p = 0.013). Follow up for retinal screening was better in prompted patients than in controls; two prompted patients defaulted as against 12 controls (chi 2 = 6.9, df = 1; p = 0.008). Three measures per patient yearly were more frequent in prompted patients: tests for albuminuria (median 3.0 v 2.3; p = 0.03), plasma glucose estimations (3.1 v 2.5; p = 0.003), and glycated haemoglobin estimations (2.4 v 0.9; p < 0.001). Continuity of care was better in the prompted group (3.2 v 2.2 reviews by each doctor seen; p < 0.001). The study ended with no significant differences between the groups in last recorded random plasma glucose concentration, glycated haemoglobin value, numbers admitted to hospital for a diabetes related reason, and number of deaths. Questionnaires revealed a high level of patient, general practitioner, and optometrist satisfaction. CONCLUSIONS: Six monthly prompting of non-insulin treated diabetic patients for care by inner city general practitioners and by optometrists is effective and acceptable.

Ambulatory Care↗

Magnetic resonance imaging in multiple sclerosis: decreased signal in thalamus and putamen.

High-field strength (1.5 Tesla) magnetic resonance imaging in 15 patients with multiple and extensive white-matter lesions and clinically definite multiple sclerosis delineated a previously undescribed finding of abnormally decreased signal intensity on T2-weighted images in the thalamus and putamen. The decreased signal intensity (preferential decreased T2 relaxation time) is most likely to be related to abnormally increased iron accumulation causing local magnetic field heterogeneities.

Humans↗