Available until February 1, 2026

It’s estimated that less than 1/3 of individuals with celiac disease have been properly diagnosed. When those with celiac disease ingest gluten, an immune response develops which attacks the small intestine leading to inadequate absorption of nutrients. If left untreated, celiac disease can lead to a variety of nutritional deficiencies as well as other serious consequences. Those with celiac disease are also at increased risk for coronary disease and small bowel cancers. In this podcast we’ll review celiac disease and gluten sensitivity with our guest, Amy S. Oxentenko, M.D., a gastroenterologist at the Mayo Clinic. We’ll discuss the symptoms of celiac disease, how to diagnose the condition and how patients with celiac disease should be managed.

Global COVID-19 Pandemic Updates Part Two: India

Recorded: December 7, 2021 at 12:00 p.m. – 1:30 p.m., ET

Available until October 23, 2026 - Online CME Course

The Neurology in Clinical Practice online course will explore common neurology clinical problems and is intended to provide a comprehensive, evidence-based review of recent advances in the evaluation, diagnosis, treatment and management of neurological disorders.

Available until June 20, 2025 - Online CME Course

This course is for Mayo Clinic learners only

Splinting is a critical intervention to optimize upper extremity function for people after a variety of neurological events. In patients with hypertonicity, splinting provides prolonged stretch to reduce risk of tendon/muscle shortening and to inhibit tonal influences. For patients with cervical level spinal cord injury, splint positioning may impact tenodesis grasp patterns. This four-part series addresses upper extremity anatomy, assessment of neurological deficits, and splinting techniques of the upper extremity for patients with acquired brain injury, traumatic brain injury and spinal cord injury.

Available until September 1, 2024 - Podcast Online CME Education

Tanner Melton, PharmD reviews pharmacologic management of post cardiac transplant.

October 11 - December 12, 2023

This course is only available to Mayo Clinic Personnel

This course will only be offered via livestream.

Mayo Clinic Project ECHO™ (Extension for Community Healthcare Outcomes) seeks to be a force multiplier to share academic clinical knowledge with health care providers who practice in rural and underserved areas and want to increase their knowledge of how to identify and treat liver disease. During regularly scheduled ECHO sessions, via Zoom, participants will learn to assess and risk-stratify patients to identify liver disease. Interactive didactics will be presented in the context of “All Teach. All Learn.” CME credit will be awarded to participants, at no cost. Through the ECHO model, local providers are trained by academic specialists. As a result of this training higher quality healthcare will be delivered locally, disease progression is arrested, steps are made toward health equity in marginalized demographics, and population health outcomes are improved. The aim of Mayo Clinic Project ECHO is to effectively improve the capacity of clinicians treating liver disease throughout Mayo Clinic Health System to improve patient outcomes. The project is a collaborative model of medical education and care management that helps providers deliver care to patients with chronic liver disease. The project strives to narrow gaps in healthcare disparities for unrepresented minority populations and reduce the burden on the patients by allowing improved access to specialty care. Why is ECHO Important? Prevalence of Liver Disease Liver disease is a significant health concern that is often silent. It is estimated that 35% of the US population suffers from silent liver disease. Liver disease encompasses a range of conditions that affect the liver’s function and structure, including steatotic liver disease (previously known as fatty liver), alcoholic liver disease, viral hepatitis, cirrhosis, liver cancer, and more. If liver disease is diagnosed and addressed early, the consequences can be mitigated, and patient outcomes are much improved.