Podcast
Neurology Minute
Hosted by American Academy of Neurology · EN
The Neurology Minute podcast delivers a brief daily summary of what you need to know in the field of neurology, the latest science focused on the brain, and timely topics explored by leading neurologists and neuroscientists. From the American Academy of Neurology and hosted by Stacey Clardy, MD, Ph.D., FAAN, with contributions by experts from the Neurology journals, Neurology Today, Continuum, and more.
89episodes
Episodes
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The Role of Social Media in Neurology Trainees' Professional Identity Formation -Part 1
1w ago00:01:19Tap to summarizeIn part one of this two-part series, Dr. Jeff Ratliff and Dr. Gabriela Figueiredo Pucci shares the most important takeaway about professional identity formation among those actively engaged in neurology communities on social media. Show citation: Pucci GF, Gheihman G, Albin CSW. Education Research: A Qualitative Analysis of the Role of Social Media in Neurology Trainees' Professional Identity Formation. Neurol Educ. 2026;5(2):e200307. Published 2026 Apr 22. doi:10.1212/NE9.0000000000200307
Transcribe →Neurology Wait Times After Primary Care or Emergency Department Visits - Part 1
1w ago00:02:53Tap to summarizeIn part one of this series, Dr. Stacey Clardy and Dr. John Ney break down the difference between mean and median wait times for new neurology appointments. Show citation: Laffargue EK, Van Der Goes DN, Wilson AM, Parziale SD, Sico JJ, Ney J. Neurology Wait Times After Primary Care or Emergency Department Visits Among the Commercially Insured Population in the United States: 2019-2023. Neurology. 2026;106(10):e218008. doi:10.1212/WNL.0000000000218008
Transcribe →Asundexian and OCEANIC-STROKE: A New Era in Stroke Prevention
2w ago00:02:39Tap to summarizeDr. Gillian L. Gordon Perue discusses asundexian and the OCEANIC-STROKE trial. Show citation: Sharma M, Dong Q, Hirano T, et al. Asundexian for Secondary Stroke Prevention. N Engl J Med. 2026;394(15):1467-1479. doi:10.1056/NEJMoa2513880
Transcribe →Acute Kidney Injury Related to Contrast Exposure
2w ago00:04:19Tap to summarizeDr. Madeline Russell discusses a common complication faced by patients with acute ischemic stroke. Show citation: Schwarz G, Cascio Rizzo A, Ambler G, et al. Contrast-Associated Acute Kidney Injury After Thrombectomy for Ischemic Stroke: Prognostic Impact and CAN-REST Predictive Score. Neurology. 2026;106(6):e214655. doi:10.1212/WNL.0000000000214655
Transcribe →Eptinezumab With Patient Education for Chronic Migraine and Medication-Overuse Headache
2w ago00:02:27Tap to summarizeDr. Bradley Ong discusses the use of eptinezumab in combination with patient education is an effective treatment for reducing disease burden in patients living with chronic migraine complicated by medication overuse. Show citation: Jensen RH, Lundqvist C, Schytz HW, et al. Eptinezumab With Patient Education for Chronic Migraine and Medication-Overuse Headache: The Randomized, Placebo-Controlled RESOLUTION Trial. Neurology. 2026;106(8):e214863. doi:10.1212/WNL.0000000000214863
Transcribe →Comparative Accuracy of TCD, TTE, TEE, and Cardiac CT for Detecting Right-to-Left Shunt in ESUS
2w ago00:02:04Tap to summarizeDr. Dan Ackerman and Dr. Reza Bavarsad Shahripour discuss the diagnostic performance of 4 major modalities: TCD, TTE, TEE, and cardiac CT in patients with embolic stroke of undetermined source. Sho citation: Read the related article in Neurology® Clinical Practice.
Transcribe →Miv-cel CD19 CAR T-Cell Therapy Shows Efficacy and Safety in Stiff Person Syndrome
2w ago00:03:09Tap to summarizeDr. Shuvro Roy and Dr. Amanda Piquet discuss a brief overview of stiff person syndrome, as well as the trial and the trial results. Read more about this abstract on the AAN website. Show transcript: Dr. Shuvro Roy: Hi, this is Shuvro Roy from the University of Washington and welcome to today's Neurology Minute. I just wrapped a longer conversation with Amanda Piquet from the University of Colorado Anschutz School of Medicine. We were just talking about the recent Phase 2 trial evaluating Miv-cel Kyverna Therapeutics' anti-CD19 CAR T-cell therapy in patients with Stiff Person Syndrome. Amanda, would you mind taking us through a brief overview of SPS as well as the trial and their trial results? Dr. Amanda Piquet: So Stiff Person Syndrome, or SPS, is a rare disabling autoimmune neurologic disease with a major unmet need. About 80% of patients ultimately lose their mobility and we currently have no FDA approved therapies. Existing treatments like IVIG, rituximab, and plasmapheresis are all used off label, often requiring chronic dosing and frequently failing to stop progression. KYSA-8 is a registrational Phase 2 study of 26 patients with refractory SPS. Patients experienced rapid, statistically significant and clinically meaningful improvement across all primary and secondary endpoints. Primary endpoint was the timed 25-foot walk. And this improved by a median of 46% at 16 weeks. Of patients requiring walking aids at baseline, about two thirds no longer needed them by week 16 to complete that 25-foot walk. Some patients who had struggled to walk were even able to run again after treatment. Another key finding was that all patients discontinued chronic immune therapies and remained off treatment as of the last follow-up. From a safety standpoint, miv-cel was generally well tolerated, with no high grade CRS or ICANS observed. In my opinion, these outcomes are unlike anything we've seen previously with Stiff Person Syndrome and may represent a paradigm shift, not only for SPS, but potentially for other antibody-mediated neurologic diseases more broadly. Dr. Shuvro Roy: Just curious, are there any upcoming implications for the application of this treatment for patients, you think, in the coming year or so? Dr. Amanda Piquet: Kyverna, the company who developed miv-cel, has initiated a rolling BLA with the FDA for potential approval and this would be, if approved, the first CAR-T therapy for SPS. So we're anxiously awaiting the outcome of that process. Dr. Shuvro Roy: Fantastic. Amanda, thank you so much for your time. And if you are intrigued and want to know more details behind the findings in the study as well as a conversation around CAR-T therapy for autoimmune neurologic disease as a whole, I encourage you to check out the Neurology Podcast feed for our full conversation there. Thanks for tuning in.
Transcribe →Miv-cel CD19 CAR T-Cell Therapy Shows Efficacy and Safety in Stiff Person Syndrome
2w ago00:03:09Tap to summarizeDr. Shuvro Roy and Dr. Amanda Piquet discuss a brief overview of stiff person syndrome, as well as the trial and the trial results. Read more about this abstract on the AAN website. Show transcript: Dr. Shuvro Roy: Hi, this is Shuvro Roy from the University of Washington and welcome to today's Neurology Minute. I just wrapped a longer conversation with Amanda Piquet from the University of Colorado Anschutz School of Medicine. We were just talking about the recent Phase 2 trial evaluating Miv-cel Kyverna Therapeutics' anti-CD19 CAR T-cell therapy in patients with Stiff Person Syndrome. Amanda, would you mind taking us through a brief overview of SPS as well as the trial and their trial results? Dr. Amanda Piquet: So Stiff Person Syndrome, or SPS, is a rare disabling autoimmune neurologic disease with a major unmet need. About 80% of patients ultimately lose their mobility and we currently have no FDA approved therapies. Existing treatments like IVIG, rituximab, and plasmapheresis are all used off label, often requiring chronic dosing and frequently failing to stop progression. KYSA-8 is a registrational Phase 2 study of 26 patients with refractory SPS. Patients experienced rapid, statistically significant and clinically meaningful improvement across all primary and secondary endpoints. Primary endpoint was the timed 25-foot walk. And this improved by a median of 46% at 16 weeks. Of patients requiring walking aids at baseline, about two thirds no longer needed them by week 16 to complete that 25-foot walk. Some patients who had struggled to walk were even able to run again after treatment. Another key finding was that all patients discontinued chronic immune therapies and remained off treatment as of the last follow-up. From a safety standpoint, miv-cel was generally well tolerated, with no high grade CRS or ICANS observed. In my opinion, these outcomes are unlike anything we've seen previously with Stiff Person Syndrome and may represent a paradigm shift, not only for SPS, but potentially for other antibody-mediated neurologic diseases more broadly. Dr. Shuvro Roy: Just curious, are there any upcoming implications for the application of this treatment for patients, you think, in the coming year or so? Dr. Amanda Piquet: Kyverna, the company who developed miv-cel, has initiated a rolling BLA with the FDA for potential approval and this would be, if approved, the first CAR-T therapy for SPS. So we're anxiously awaiting the outcome of that process. Dr. Shuvro Roy: Fantastic. Amanda, thank you so much for your time. And if you are intrigued and want to know more details behind the findings in the study as well as a conversation around CAR-T therapy for autoimmune neurologic disease as a whole, I encourage you to check out the Neurology Podcast feed for our full conversation there. Thanks for tuning in.
Transcribe →Understanding Rett Syndrome - Part 4
3w ago00:02:31Tap to summarizeIn the fourth episode of this series, Dr. Stacey Clardy discusses care team essentials and working within multidisciplinary teams. Show transcript: Dr. Stacey Clardy: This is the Neurology Minute. I'm Stacey Clardy from the Salt Lake City VA and the University of Utah. This is our 4th episode in our four-part series on Rett syndrome. Today we're going to discuss care team essentials and working within multidisciplinary teams. Rett syndrome requires coordinated, ongoing, multidisciplinary care across the lifespan. So core team members will often include neurology, genetics, developmental pediatrics, gastroenterology, pulmonology, cardiology, orthopedics, and a range of rehabilitation specialists. Speech language pathology especially plays a central role, particularly through augmentive and alternative communication strategies, given the characteristic profound expressive language limitations in Rett syndrome. Care coordination obviously is essential, and neurologists will usually serve as the central point of integration, helping families navigate the complexities of care systems internationally and anticipating who might need to be brought in at certain times, given evolving needs. And caregiver input is especially critical in Rett syndrome patients because the patients have limited verbal communication. So it's these caregivers who are going to be able to provide key insights into daily neurologic status, behavior, and subtle clinical changes that clinicians may well not be able to detect in periodic short office visits. Another essential component is transition planning, right? As Rett syndrome patients age, structured transition from pediatric to adult care systems is necessary, essential to maintain continuity and avoid fragmentation. And as in any rare disease, many families find that participation in specialty clinics, and registries, and clinical trials, when available, can provide access to evolving therapies and contribute to ongoing advances in the field. That's it for our Rett syndrome series. Be sure to listen to the three prior Neurology Minute episodes on Rett syndrome for a full overview. I'm Stacey Clardy for the Minute.
Transcribe →Lab Minute: MTHFR
3w ago00:02:29Tap to summarizeDr. Stacey Clardy discusses methylenetetrahydrofolate reductase (MTHFR) in this lab minute. Show transcript: Dr. Stacey Clardy: Hi, this is Stacey Clardy from the Salt Lake City VA in the University of Utah. Let's do a lab minute today on MTHFR. This one just simply will not go away. This is one of those topics where a huge amount of patient anxiety is inversely proportional to the utility of a test. So MTHFR is methylenetetrahydrofolate reductase. It's the enzyme that helps generate five methyltetrahydrofolates supporting remethylation of homocysteine to methionine. That biochemistry does matter because the clinical leap that often follows is the problem. So the common polymorphisms of MTHFR are C677T and A1298C. They are widespread in the general population. A recurring misunderstanding is that ordering MTHFR genotyping in a thrombophilia evaluation or as a catchall explanation for you name it, migraines, neuropathy, psychiatric symptoms, nondescript inflammation, is going to give you the answer. The best evidence-based guidance is that MTHFR polymorphism testing has minimal clinical utility and should not be ordered routinely, particularly not as part of a thrombophilia evaluation.So what do we do when a patient arrives with one of these MTHFR results and they are concerned? I try to translate into what actually matters clinically. If there is a concern for thrombotic risk or a documented thrombotic risk event, I focus on established thrombophilias and clinical risk factors and not common MTHFR isolated variants. Now, if the concern is folate metabolism and homocystine, well, we can actually measure those nutritional markers and homocystine. And so if homocystine is elevated, the next thing I'll do is consider the context. And if their folate is low or if one of their B vitamins is low, I replace it rather than building a medical mythology around a genotype that's not going to change the management for most patients. So that's an approach and an update to MTHFR. I hope it's helpful. This is Stacey Clardy, until next time.
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