Unlocking MG mechanisms through protein structures
Join Colleen Noviello, Project Scientist at the University of California- San Diego and her team as they discuss the protein structures in MG. We have used high-resolution 3D imaging to create the first detailed map of the human muscle receptor, revealing exactly how "rogue" antibodies attach to and disable it in Myasthenia Gravis. By identifying the specific ways these antibodies block signals or trigger immune damage, the study explains why the disease varies so much between individuals. These findings pave the way for personalized treatments that can be tailored to a patient’s specific antibody profile rather than using a one-size-fits-all approach.

▶︎
Cell Therapy in MG: What have we learned?

▶︎
Is it Aging or is it MG?

▶︎
Single Cell Sequencing - Eric Chow (UCSF)

▶︎
Vaccines and Myasthenia Gravis

▶︎
Jon Stewart on Trump's "Meritocracy" & Desi Lydic on MAGA Moving Iran Goalposts | The Daily Show

▶︎
MPN Midyear Updates from EHA and ASCO with Dr. Claire Harrison

▶︎
The Surprising Reason Bassett Hound KEEPS Getting Returned to the Shelter 🥺

▶︎
How to Restore a Broken Relationship

▶︎
This cell just changed biology

▶︎
The More You Study Consciousness, the Weirder It Gets | The Ezra Klein Show

▶︎
Treatment of Gastroparesis in 2020

▶︎
Chichvarkin Saves Putin | Vitaly Portnikov

▶︎
What are some of the key issues facing Australia? - World Questions podcast, BBC World Service

▶︎
Brian Cox: Why even Einstein doubted the existence of black holes

▶︎
Antineoplastic Agents | Clinical Medicine

▶︎
Living your best life with myasthenia gravis (MG)

▶︎
Myasthenia Gravis and women's health

▶︎
How evolution works, in 54 minutes | Sean B. Carroll: Full Interview

▶︎
The Heartbreaking Atrocity of The Ukraine War (And Why You Should Care) - James Verini

▶︎
