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More than 50% of patients develop acute kidney injury (AKI) in the ICU during critical illness. Mortality among patients with AKI and multiorgan failure in the ICU is reported to exceed 50%. Understanding physiologic interactions between the kidney and other organs, including the heart and lungs, is of utmost importance to streamline management strategies during AKI. Approximately 2% to 30% of AKI survivors in the ICU progress to end-stage renal disease. Patients who recover renal function during their ICU stay also have a significant risk of developing progressive renal dysfunction. This online course reviews these complex interactions and explores appropriate and timely diagnostic tools and adjusting therapeutic interventions to improve outcomes in patients with AKI. Earn up to 3.75 accredited continuing education credits through this activity. This program is partially supported by Mallinckrodt Pharmaceuticals. Continuing Education Information: Accredited continuing education (ACE) release date: March 25, 2024 SCCM Product Code: DEEP24AON ACE expiration date: December 31, 2026 Estimated time for activity completion: 3.75 hours
More than 50% of patients develop acute kidney injury (AKI) in the ICU during critical illness. Mortality among patients with AKI and multiorgan failure in the ICU is reported to exceed 50%. Understanding physiologic interactions between the kidney and other organs, including the heart and lungs, is of utmost importance to streamline management strategies during AKI. Approximately 2% to 30% of AKI survivors in the ICU progress to end-stage renal disease. Patients who recover renal function during their ICU stay also have a significant risk of developing progressive renal dysfunction. This online course reviews these complex interactions and explores appropriate and timely diagnostic tools and adjusting therapeutic interventions to improve outcomes in patients with AKI.
Earn up to 3.75 accredited continuing education credits through this activity.
This program is partially supported by Mallinckrodt Pharmaceuticals.
Non-Member Price: $250.00Associate Price: $235.00Professional Price: $210.00Select Price: $200.00
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Precision medicine is only beginning to be realized for sepsis management. In this online course, differing methodologies for precision medicine delivery will be discussed with areas for future development. Earn up to 3.75 accredited continuing education credits through this activity. Continuing Education Information: Accredited continuing education (ACE) release date: March 25, 2024 SCCM Product Code: DEEP24BON ACE expiration date: December 31, 2026 Estimated time for activity completion: 3.75 hours
Precision medicine is only beginning to be realized for sepsis management. In this online course, differing methodologies for precision medicine delivery will be discussed with areas for future development.
Gain strategies to address the growing demand for beds and material resources and ensure the well-being of critical care professionals. Clinicians are increasingly concerned with ICU resource shortages, as well as issues of patient surge and overcrowding. View the course content. Continuing Education Information: Accredited continuing education (ACE) release date: November 22, 2023 SCCM Product Code: DEEP23BON ACE expiration date: December 31, 2024 ACCME ID: 202570662 Estimated time for activity completion: 3.75 hours
Gain an advanced update of the impact of emerging infections and new technologies for their diagnosis and management. Novel pathogens can have dramatic effects on critical care and global health. Knowledge of infectious diseases has improved dramatically, with new technologies promising to improve the ability to identify serious infections rapidly and to optimize therapy. View the course content. Continuing Education Information: Accredited continuing education (ACE) release date: September 20, 2023 SCCM Product Code: DEEP23AON ACCME ID: 202351481 ACE expiration date: December 31, 2024 Estimated time for activity completion: 3.75 hours
Electronic health record (EHR) data can be used to enhance clinical care and facilitate research. This online course offers strategies for using EHR data to inform clinical decision-making, identify barriers, and develop mitigation strategies. Real-life examples from the ICU are offered to demonstrate effective management of patients and resources. Earn up to 4 hours of accredited continuing education credit. Sessions include: EHR Automation and Clinical Decision Support EHR Data Utilization for Effective ICU Management
Electronic health record (EHR) data can be used to enhance clinical care and facilitate research. This online course offers strategies for using EHR data to inform clinical decision-making, identify barriers, and develop mitigation strategies. Real-life examples from the ICU are offered to demonstrate effective management of patients and resources. Earn up to 4 hours of accredited continuing education credit.
Sessions include:
Continuing Education
Non-Member Price: $630.00Associate Price: $600.00Professional Price: $535.00Select Price: $505.00
Explore targeted temperature management, mechanical support, and the nuances of post-cardiac arrest critical care management, including cardiac diagnostics, from the perspective of a post-cardiac arrest survivor in this online course. Earn up to 4 hours of accredited continuing education credit. Sessions include: Heart and Soul: Seizures, Neuromonitoring, and Prognostication My Heart Will Go On: Survivorship Targeted Temperature Management: What Now? Staying Alive: Nuances of Critical Care Management, Cardiac Diagnostics, and Mechanical Support Tip of the Iceberg: Pharmacotherapy for the Post-Arrest Patient
Explore targeted temperature management, mechanical support, and the nuances of post-cardiac arrest critical care management, including cardiac diagnostics, from the perspective of a post-cardiac arrest survivor in this online course. Earn up to 4 hours of accredited continuing education credit.
Continuing Education:
This four-hour course provides a comprehensive and case-based review of core physiologic principles as they apply to critically ill patients. The state-of-the-art of assessment of hemodynamic status and cardiac function is reviewed in the context of how to apply physiology to diagnosis and treatment. Up to four ACE/MOC credit hours are available.
Non-Member Price: $449.00Associate Price: $379.00Professional Price: $339.00Select Price: $319.00
Explore the vital aspects of critical care nephrology through this case-driven, practical, and forward-thinking half-day master class. Topics covered include: Why is the definition of AKI wrong? Why do we now care about fluid overload so much? Can biomarkers be used to manage patients instead of just for prediction of AKI? De-resuscitation Teamwork makes the dream work in critical care nephrology Practical management of kidney dysfunction in critically ill patients: drugs, nutrition, and fluid Up to 3.75 ACE/MOC credit hours are available.