This CME series provides primary care professionals with the knowledge and skill sets needed to effectively provide standard-of-care medicine within the constraints of a busy office setting. Faculty therapeutic area experts address how to overcome barriers preventing optimal patient outcomes by improving guideline adherence, and optimizing practice performance in areas where guidelines are needed.
How Do We Translate Real-World AF Data Into Everyday Clinical Practice?
How Do We Translate Real-World AF Data Into Everyday Clinical Practice?
Patient Case Study: Cancer-Associated Thrombosis
Patient Case Study: Cancer-Associated Thrombosis
How Do We Translate Real-World VTE Data Into Everyday Clinical Practice for Ongoing Anticoagulation?
How Do We Translate Real-World VTE Data Into Everyday Clinical Practice for Ongoing Anticoagulation?
Implications Associated With Integrating Both Real-World Data and Clinical Trial Data Into Clinical Practice: VTE Considerations
Implications Associated With Integrating Both Real-World Data and Clinical Trial Data Into Clinical Practice: VTE Considerations
Implications Associated With Integrating Both Real-World Data and Clinical Trial Data Into Clinical Practice: AF Considerations
Implications Associated With Integrating Both Real-World Data and Clinical Trial Data Into Clinical Practice: AF Considerations
Pearls of Wisdom: Optimizing Hyperkalemia Management in Patients with CKD
Pearls of Wisdom: Optimizing Hyperkalemia Management in Patients with CKD
Beyond the Broadcast: Expert Insights on SGLT2 Inhibitors in Cardiometabolic Care
Beyond the Broadcast: Expert Insights on SGLT2 Inhibitors in Cardiometabolic Care
Breaking the Cycle: Addressing Hyperkalemia in CKD and Heart Failure to Optimize RAASi Therapy
Breaking the Cycle: Addressing Hyperkalemia in CKD and Heart Failure to Optimize RAASi Therapy
Refining Strategies for Enhancing Cardiorenal Outcomes With SGLT2 Inhibitors: Optimizing the Cardiometabolic Care Model
Refining Strategies for Enhancing Cardiorenal Outcomes With SGLT2 Inhibitors: Optimizing the Cardiometabolic Care Model
