GE Healthcare Best Practice Programs
GE Healthcare Best Practice Programs uses evidence based medicine to help Improve patient care, Reduce costs, Retain your best people.
Working with clinical experts, we identify the most critical challenges facing patient care today, and develop courses that combine evidence-based clinical research and practice in a dynamic online learning format. GE Healthcare joined critical care and leading experts to create comprehensive, interactive programs promoting improved patient care. Courses are clinically relevant. Learning is self-paced, interactive and immediately applicable. See how our programs can help reduce length of stay, minimize risk, and improve clinical accuracy in managing your patients. Experience the courses yourself.
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Learn how to prevent complications no longer reimbursed by the Centers for Medicare & Medicaid Services (CMS). Preventing Hospital Acquired Complications focuses on improving processes to recognize and help avoid eight specific complications. |
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Based on the Surviving Sepsis Campaign, early recognition and management of sepsis can help save lives. Learn new methods of reducing variability, early sepsis recognition, and understand how “bundles”, as put forward by the Institute for Healthcare Improvement, contribute to standardized care for improved patient outcomes. |
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Stroke volume measurement as a diagnostic tool, can lead to more proactive patient care virtually anywhere non-invasive and invasive technologies are used. ED, ICU, OB, Pediatrics, Telemetry, PACU, Pre-hospital, Cathlabs, Cardiac Care, MICU and SICU can all benefit from understanding and using this new cardiac vital sign. |
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Review capnography, pulse oximetry and blood gas analysis, examining the physiology that allows exhaled CO2 to monitor ventilation and perfusion for better patient management and treatment. |
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Recognizing, measuring and managing the current status of patient tissue oxygenation may help practicing clinicians improve patient outcomes. Trauma patients present the greatest risk. Methods of measurement are presented, describing why StO2 monitoring could be used on acute and critically ill patients and how StO2 optimization may positively impact their care. |
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Accurate, consistent communication and interpretation of FHR patterns may help speed time to therapy and improve patient safety and outcomes. Based on standardized NICHD terminology endorsed by ACOG, AWHONN, and ACNM this course provides actual case scenarios with definitions, visual presentations and high-quality medical illustrations.
Click here to view EFM course demos.
