Charles Bell
Sir Charles Bell (1774-1842) was a Scottish anatomist, physiologist, neurologist and surgeon. Eponymously affiliated with Bell's palsy
Category Medical Specialty
John Hughlings Jackson
John Hughlings Jackson (1835-1911) was an English neurologist. Responsible for developing the modern concept of epilepsy. Multiple eponyms
Rutherford Morison
James Rutherford Morison (1853 - 1939) was an English surgeon. Pouch of Rutherford Morison* (1894) BIPP: Bismuth, iodoform and paraffin paste
AI Tools for Learning
AI Tools for Learning - a review of a selection of tools - which ones work and which ones don’t, plus, the future of AI-assisted learning
NeuroResus Review
NeuroResus is a FOAMed educational resource which defines, describes and elaborates on the practical management of all neurological emergencies
Robert William Smith
Robert William Smith (1807 - 1873) was an Irish Surgeon. Eponymously affiliated with the Smith Fracture. Performed autopsy on Colles
Paget-Schroetter Syndrome
Primary thrombosis of the subclavian vein at the costoclavicular junction. The formation of an axillo-subclavian vein thrombosis results from endothelial trauma, often as a result of repetitive activity of the upper limbs.
Berkeley Moynihan
Berkeley George Andrew Moynihan, Lord Moynihan of Leeds (1865-1936) was an English General surgeon. Eponymously associated with the Moynihan sign (1905), an adaptation of Murphy's sign, a method used to differentiate pain in the right upper quadrant.
How to Make a Medical Podcast Using AI (Part 2)
The original hope was that using AI might allow us to create a single podcast episode in one afternoon. But things didn’t go quite the way we planned.
Adult Ortho Cases 002
Native Hip Dislocations. Adult Orthopedic case interpretation with Carrie Bissell, Ainsley Bloomer, Aaron Fox, Andrew Rees and Kendrick Lim
Making a Medical Podcast Using AI
AI can work for Spotify's music DJ, so we wondered if it can also work for a cardiology podcast intended for clinicians. Here are the pros and cons we discovered.
Abdominal CT: bladder injuries
Abdominal CT: bladder injuries. Severe blunt force injuries to the pelvis not only cause fractures but can also injure the urinary bladder.