Explore controversial, cutting-edge, and timely topics that are directly applicable to the care of critically ill pediatric patients during this full-day course. The course content will engage participants in a variety of didactic and panel discussions on PARDS updates, interprofessional education, immune dysfunction and immunomodulation, obesity, and more.

• 1 full day of in-person education
• Current Concepts in Pediatric Critical Care eBook
  

• Preventing Health Care-Acquired Harm in the Pediatric ICU
• Neuroprotective Strategies
• Mass Transfusion
• Difficult Airway Management
• Plus 10 bonus chapters

• Preventing Health Care-Acquired Harm in the Pediatric ICU
• Neuroprotective Strategies
• Mass Transfusion
• Difficult Airway Management
• Plus 10 bonus chapters

View System Requirements for eBooks.

• Accredited continuing education (ACE) release date: December 2023
• SCCM Product Code: CCPCC2022ON2
• ACE expiration date: December 1, 2026
• Estimated time for activity completion: 13 hour

• Accredited continuing education (ACE) release date: December 2023
• SCCM Product Code: CCPCC2022ON2
• ACE expiration date: December 1, 2026
• Estimated time for activity completion: 13 hour

• 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

Equip yourself with foundational skills and perspectives necessary to leverage artificial intelligence (AI) effectively and responsibly in critical care environments. Experts will discuss various applications of AI, using real-world demonstrations of how these technologies can enhance patient outcomes, streamline workflows, and support clinical decisionmaking. Gain insights into the practical aspects of AI implementation and integration within healthcare settings, addressing the technical, organizational, and infrastructural challenges involved. The course also emphasizes the importance of ethical and legal considerations, fostering a critical understanding of data privacy, consent, accountability, and the potential biases inherent in AI systems.

• Half-day of in-person education

• 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

Review the latest research and findings about the human microbiome, conservatively estimated at 10 trillion bacteria and counting. With an emphasis on practical knowledge and translational research, these findings can inform critical care clinicians about how health can be restored and lives saved in the intensive care unit setting. Knowledge of the microbiome in the context of both normal and altered physiology helps clinicians make meaningful management decisions that have the potential to enhance critical care outcomes.

Earn up to 3.75 accredited continuing education credits through this activity.

• Accredited continuing education (ACE) release date: May 8, 2024
• SCCM Product Code: DEEP24CON
• ACE expiration date: May 1, 2027
• Estimated time for activity completion: 3.75 hours

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

Continuing Education:

• Accredited continuing education (ACE) release date: April 3, 2023
• SCCM Product Code: CARDIO_23ON
• ACE expiration date: December 31, 2024
• Estimated time for activity completion: 4 hours