New AI-powered medical education platform launches

Medical education is undergoing a transformative evolution, thanks to advancements in generative AI. Trustwise, Health Innovation KSS, Hitachi Digital Services, and Further have joined forces to unveil MedAssist GPT, an AI tool designed to revolutionize medical training.

By integrating cutting-edge technology with evidence-based clinical guidance, MedAssist GPT provides UK medical students with real-time, personalized resources aligned with regional care standards. This innovation reflects the growing potential of AI in shaping the future of healthcare education.

"Our vision with MedAssist GPT was to set a new standard in healthcare training, where safety, speed, and sustainability converge," said Manoj Saxena, CEO and founder of Trustwise.

How does it work?

At the core of MedAssist GPT is the integration of NVIDIA NIM microservices and the Writer Palmyra-Med large language model (LLM), hosted on Google Cloud Platform. The tool is meticulously aligned with over 700 National Institute for Health and Care Excellence (NICE) guidelines and NHS Formulary data, covering more than 30,000 medicines. This robust knowledge base allows medical students to:

• Simulate clinical scenarios.
• Practice safe and cost-effective prescribing.
• Receive instant feedback during training.

MedAssist GPT stands out for its real-time performance, low latency, and high throughput. The application operates in over a dozen languages, ensuring accessibility while strictly adhering to national healthcare standards. Developers also prioritized addressing challenges such as AI hallucinations and data leakage, resulting in a tool that is safe, reliable, and scalable for healthcare education.

Why does it matter?

MedAssist GPT represents a significant leap forward in healthcare training, addressing critical challenges in medical education and AI implementation. By providing students with instant, evidence-based insights, the application empowers them to make accurate decisions in clinical scenarios. Moreover, it supports the healthcare sector's sustainability goals, achieving a 64% reduction in energy consumption and carbon emissions during initial beta testing.

"This project represents a significant leap forward in medical education," said Professor Hatim Abdulhussein, CEO of Health Innovation KSS. "We are delivering real-time, evidence-based guidance that not only ensures accuracy and efficiency but also aligns with our commitment to sustainability."

Early results have shown remarkable improvements in the alignment of AI outputs with NICE guidelines (90%+), response times (30% faster), and operational efficiency (40% reduction in AI token costs). These advancements highlight the potential of AI to enhance healthcare education while addressing environmental and cost concerns.

Ultimately, by combining real-time AI capabilities with a commitment to safety and sustainability - MedAssist GPT sets a new benchmark for what is possible in medical education.

The context

The launch of MedAssist GPT reflects broader trends in healthcare innovation, where partnerships between technology leaders and medical institutions are paving the way for enhanced training and patient care. Trustwise's Optimize:ai software ensured the safety and responsiveness of MedAssist GPT, while Hitachi Digital Services and Further contributed their expertise in healthcare and life sciences to fine-tune the application.

"In healthcare, the ability to transform complex clinical data into actionable insights is critical for better outcomes," said Mike Gustafson, president of Further. "Through our collaboration on MedAssist GPT, we've demonstrated how enterprise-grade AI can bridge the gap between vast medical knowledge and practical clinical decision-making."

Looking ahead, rigorous testing and refinement at the University of Surrey's newly established School of Medicine will ensure the tool's scalability and alignment with real-world needs. MedAssist GPT is a testament to how collaborative innovation can prepare future healthcare professionals to deliver safer, more effective patient care.