This CME Outfitters Snack activity is the third in the four-part series Linking Knowledge to Action: Empowering HCPs in Screening and Treatment of Patients Across the Viral Hepatitis Spectrum. The series is led by moderators Su Wang, MD (USA) and Heiner Wedemeyer, MD (Germany), with expert discussants Jean-Michel Pawlotsky, MD, PhD (France), Maria Buti, MD, PhD (Spain), George Lau, MD (Hong Kong) and Debika Bhattacharya, MD (USA).
This CME Outfitters Snack activity is the first in the four-part series Linking Knowledge to Action: Empowering HCPs in Screening and Treatment of Patients Across the Viral Hepatitis Spectrum. The series is led by moderators Su Wang, MD (USA) and Heiner Wedemeyer, MD (Germany), with expert discussants Jean-Michel Pawlotsky, MD, PhD (France), Maria Buti, MD, PhD (Spain), George Lau, MD (Hong Kong) and Debika Bhattacharya, MD (USA).
In this CME Outfitters Snack, expert faculty will assess the various presentations of PI, including atypical presentations, to improve PI recognition and diagnosis. Faculty will differentiate among the immunoglobulin therapies available for the treatment of PI that enable optimal, personalized care as well as demonstrate how to develop multidisciplinary, team-based strategies to address disparities in care among patients with PI.
This fourth Snack in the series features experts Naim Alkhouri, MD, and Monica Tincopa, MD, MSc, who together provide practical insights and forward-looking perspectives on where MASH management is headed and what to anticipate in clinical practice.
This third of four CME Outfitters Snacks features MASLD/MASH experts Sonal Kumar, MD, and Zobair Younossi, MD.
In the sixth activity of this CME Outfitters Snack series, expert faculty will demonstrate integration of specific resources on AE mitigation and expectations as part of regular counseling for patients treated with GLP-1 RAs to improve adherence. Learners will be shown how to integrate GLP-1 RAs into a broader T2D management plan by detecting and addressing barriers to access and optimal utilization.
