141,012 research outputs found

    The Use of Telemetry Monitoring Among General Medicine Patients

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    Objective: To determine why and when general medicine non-ICU patients are upgraded from a non-telemetry level of care to telemetry monitoring at Thomas Jefferson University Hospital (TJUH). Comparison of the reasons for initiation of continuous ECG monitoring with the AHA and ACC guidelines would provide a greater understanding of the applicability of these recommendations to non-ICU general medicine patients. This information can provide guidance to identify areas of intervention to decrease inappropriate and/or overutilization of telemetry. The ultimate goal is to identify general medicine patients who are likely to benefit from continuous ECG monitoring, without negatively affecting clinical outcomes for those who do not receive cardiac monitoring.https://jdc.jefferson.edu/patientsafetyposters/1025/thumbnail.jp

    Watch Your Back! How the Back Pain Industry is Costing Us More and Giving Us Less - And What You Can Do to Inform and Empower Yourself in Seeking Treatment

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    [Excerpt] This book considers what we know about treatments for back pain and asks a number of critical questions. Are some of the most popular treatments really effective? Do they “cure” or even improve the problems they claim to address? If some back pain treatments are ineffective or even harmful, why do patients clamor for them and doctors provide them? Who benefits from the vast back pain industry that’s developed over the past thirty years? Is it patients? Or the doctors, hospitals, and man­ufacturers that produce the technology of back pain therapy? What does all this say about our medical system? Or our efforts to enhance quality, improve safety, and reduce health care costs? How can patients maneuver to help themselves rather than help the medical industry? Will efforts to measure patient satisfaction help deliver safer and more effective treatments or encourage the opposite? In answering these questions, this book does more than describe and analyze the back business. It also explores the complex ways that doctors interact with patients, drug companies, and medical device makers. The results can inadvertently lead to treatments that are inef­fective or even harmful

    Size dependent magnetic and electrical properties of Ba-doped nanocrystalline BiFeO3_3

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    Improvement in magnetic and electrical properties of multiferroic BiFeO3_3 in conjunction with their dependence on particle size is crucial due to its potential applications in multifunctional miniaturized devices. In this investigation, we report a study on particle size dependent structural, magnetic and electrical properties of sol-gel derived Bi0.9_{0.9}Ba0.1_{0.1}FeO3_3 nanoparticles of different sizes ranging from \sim 12 to 49 nm. The substitution of Bi by Ba significantly suppresses oxygen vacancies, reduces leakage current density and Fe2+^{2+} state. An improvement in both magnetic and electrical properties is observed for 10 % Ba-doped BiFeO3_3 nanoparticles compared to its undoped counterpart. The saturation magnetization of Bi0.9_{0.9}Ba0.1_{0.1}FeO3_3 nanoparticles increase with reducing particle size in contrast with a decreasing trend of ferroelectric polarization. Moreover, a first order metamagnetic transition is noticed for \sim 49 nm Bi0.9_{0.9}Ba0.1_{0.1}FeO3_3 nanoparticles which disappeared with decreasing particle size. The observed strong size dependent multiferroic properties are attributed to the complex interaction between vacancy induced crystallographic defects, multiple valence states of Fe, uncompensated surface spins, crystallographic distortion and suppression of spiral spin cycloid of BiFeO3_3.Comment:
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