Medical Students With Specific Learning Disabilities Continue to Face Educational Hurdles
For medical students with specific learning disabilities (SpLDs), namely dyslexia, dyspraxia, dyscalculia, and dysgraphia, accommodations in how academic assessments are conducted may help, but a comprehensive approach that is both inclusive and flexible is needed to ensure equity and to safeguard their well-being. These findings, presented in BMC Medical Education, highlight how current approaches to medical education often fall short in accommodating students across the spectrum of needs.
The prevalence of SpLDs in the medical student population is estimated at around 5% to 8%, but longstanding stigma means the true figure is likely higher. While educational institutions are constantly evolving their methods to support all students, “gaps in research and support systems persist,” according to Pavletič and colleagues.
Why equity in medical education matters
Ensuring that students with SpLDs have an equitable chance of success helps foster a future medical workforce that is both diverse and competent. Pavletič and colleagues conducted a review exploring the challenges these students face and sought to identify ways their needs can be addressed.
What the review found
A total of 15 studies were extracted from the literature: 8 quantitative and 7 qualitative. Dyslexia was the most commonly mentioned SpLD, and most studies came from the UK (6 of 8 quantitative and 5 of 7 qualitative).
Across three studies reporting on multiple-choice (MCQ) assessments, the evidence showed that under specific allowances, such as additional time, students with SpLDs may achieve performance comparable to their peers.
However, the qualitative studies showed that students with SpLDs continue to face significant challenges that limited interventions are unlikely to address. Students describe difficulty coping with large quantities of information, time pressure, anxiety and frustration, and feelings of isolation, all exacerbated by stigma and limited institutional support.
A comprehensive approach
A more comprehensive approach is needed so these students do not fall behind. Examples include lecture modification, individualized support, and assessment flexibility. The review is significant because it highlights two things at once: growing awareness of the spectrum of needs that students present with, and the inadequacy, at present, of goodwill efforts to address legitimate areas of concern.
Where AI fits in
This should serve as an invitation for all stakeholders to reflect honestly on the best path forward, and a good place to start is by examining the tools currently available, including AI. While some argue that AI may degrade learning capabilities over the long term, an equally forceful argument can be made in the opposite direction.
Clinical search engine tools such as Vera Health offer students a practical means of obtaining quick, timely, and trustworthy summaries of management protocols based on the best available evidence. Such tools can:
- Generate differential diagnoses
- Compare treatment options
- Confirm drug dosing
- Calculate risk scores
For example, a student might ask, “How do you perform an abdominal exam for an OSCE?” and receive a concise, evidence-based, step-by-step answer.
Because this technology is still in its infancy, its use in medical education is not yet widespread enough to render a verdict on its efficacy either way. But it is only a matter of time before medical students of all abilities seek out these learning adjuncts to sharpen their education. If the technology proves as promising as expected, it will soon attract the attention of educational institutions worldwide.
Reference
Pavletič B, Babuder MK, Homar V. Medical students with specific learning disabilities: mixed-methods systematic review of the prevalence, academic performance, challenges, and perceived impact of support interventions. BMC Med Educ. Published online June 8, 2026. doi:10.1186/s12909-026-09574-0
