Evidence and Publications.

Write your awesome label here.
Lesson series

Prof. Valmed® achieved the highest accuracy 

 outperforming models and human learners with nearly 10 percentage points higher accuracy.
Prof. Valmed®: 91.3%
GPT-4: 82.2%
MS-RAG: 86.8%
Research Highlight with accompanying Editorial: Prof. Valmed® Sets the Benchmark in medical education 🚀

We are pleased to see Neurology: Education publish both a new research article and an accompanying editorial examining the role of large language models (LLMs) in neurology training, including a direct comparison between general-purpose AI, RAG systems, and the domain-specific clinical model Prof. Valmed®.

🔍 What the editorial emphasizes

The editorial “What’s With All the Hype?” contextualizes the current AI enthusiasm within the broader Gartner Hype Cycle, noting that while society may be entering a “trough of disillusionment,” medical education is only nowreaching the “peak of inflated expectations.” In this environment, rigorous, validated tools matter more than ever.

📊 What the study found (Inojosa et al., 2025)

In a battery of MS specialist-training questions, 3 LLMs were compared:

• GPT-4 (general LLM)

• MS-RAG (retrieval-augmented model)

• Prof. Valmed® (domain-specific clinical model)

Prof. Valmed® achieved the highest accuracy across all groups, outperforming models and human learners with nearly 10 percentage points higher accuracy.

  • Prof. Valmed®: 91.3%
  • GPT-4: 82.2%
  • MS-RAG: 86.8%
  • Postgraduate students: 82.2%

On open-ended questions, Prof. Valmed® delivered 0 incorrect responses, reflecting the impact of validated medical content, curated evidence, and clinical guardrails.

🧭 Why this matters for medical education

The editorial stresses a key point: The quality of training data and domain-specific tuning determines whether AI is actually useful for neurology education.

This is where Prof. Valmed® stands apart:

✅ Built on a validated, curated medical library (2.5M documents)

✅ CE Class IIb–certified clinical AI, rare regulatory compliance

✅ Traceable, auditable reasoning instead of opaque text generation

✅ Safety-oriented outputs with protective guardrails

✅ Domain-specific accuracy that clearly exceeds general LLM and RAG baselines

These are exactly the attributes that the editorial highlights as essential for meaningful, responsible integration of AI into neurology teaching and training.

🤝 We are proud that Prof. Valmed® was included in this analysis and thank all authors for driving forward evidence-based AI research in medical education.