2,833 publications from this institution
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The clinical presentation of sepsis was heterogeneous and occurred with rapid onset prior to hospital presentation. These findings have important implications for improving public education, clinical treatment, and quality measures of sepsis care.
The learning healthcare system describes a vision of US healthcare that capitalizes on science, information technology, incentives, and care culture to drive improvements in the quality of health care. The inpatient setting, one of the most costly and impactful domains of healthcare, is an ideal setting in which to use data and information technology to foster continuous learning and quality improvement. The rapid digitization of inpatient medicine offers incredible new opportunities to use data from routine care to generate new discovery and thus close the virtuous cycle of learning. We use an object lesson-sepsis care within the 21 hospitals of the Kaiser Permanente Northern California integrated healthcare delivery system-to offer insight into the critical elements necessary for developing a learning hospital system. We then describe how a hospital-wide data-driven approach to inpatient care can facilitate improvements in the quality of hospital care. Journal of Hospital Medicine 2016;11:S11-S17. © 2016 Society of Hospital Medicine.
info:eu-repo/semantics/published
Vincent Jean. Les Épesses (Vendée). Le Puy du Fou. In: Archéologie médiévale, tome 15, 1985. pp. 266-267.
Sepsis is a common cause of morbidity and mortality among the critically ill patient population. However, no anti-sepsis therapy has yet been found to be effective and treatment is thus largely supportive. Adequate fluid resuscitation must be accompanied by effective ventilation, and adrenergic agents may be needed to restore perfusion pressure and improve myocardial function. Enteral nutritional support with specialized nutrients has beneficial effects on morbidity, and should be started early. Further research will allow better definition of the septic patient according to immune status and enable more effective targeting of future anti-sepsis treatments.
Severity of illness scores are increasingly used in the intensive care environment to help predict outcome, to characterize disease severity and degree of organ dysfunction, to stratify patients for clinical trial enrollment, to assess resource use, and to compare intensive care unit (ICU) performance. This article reviews the most commonly used severity of illness scoring systems and discusses some of their uses and limitations.
