Introducing medGPT

Revolutionizing Healthcare with Ethical AI

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Harnessing the new era in advanced AI to help solve limitations in use of Large Language Models in the healthcare industry.

Large Language Models (LLM) tools have made significant advancements in the healthcare industry, but European healthcare faces challenges in complying with new AI regulations while ensuring responsible use of advanced GPT LLM technology.
The MedGPT project is addressing privacy and ethical concerns by embedding ethical AI and European GDPR & MDR compliance into its platform, utilising European-based LLM with the aim to set the standard for Medical GPT applications globally. This marks a paradigm shift towards smarter health applications, superior efficiency, accuracy and scalability, potentially disrupting current high-maintenance, rigid healthcare systems.

Smart Small Models

The consortium will develop a 7B-like parameter model, which is expected to outperform currently available open models up to 13B parameters.

Multilingual LLMs

Integrated within the open experimental model, MedGPT will be multilingual from its start.

Anomaly Detection

Focussing on fully unsupervised AD, in which the entire training dataset, containing both normal and anomalous samples, is unlabelled

Open Experimental Model

Utilising progressive learning to train itself from large foundation models like GPT-4 to improve its own reasoning abilities.

Automated ethics auditing

Building on SotA whereby governance audits, model audits, and application audits complement and inform each other.

Trustworthy LLMs

KG-enhanced to serve training, inference and interpretability for reliable inference and trustworthy generation.

OUR APPROACH

Ethical AI in Healthcare

MedGPT is taking the privacy and ethical disadvantages away by integrating from the start ethical AI and European based GDPR & MDR compliance into the platform while using European based LLM only with the ambition to act as the standard for Medical GPT applications across the world. The MedGPT attributes in efficiency, accuracy and scalability will be recognizably superior, and consequently disruptive towards current high maintenance, rigid healthcare systems. MedGPT is primarily oriented by the legislative directives of the EU AI Act and GDPR, both of which give some indication of what an open modular collaborative AI development in healthcare should look like. Nevertheless, successful implementation requires understanding the ethical issues relating to different stakeholders. To achieve this, MedGPT will implement a comprehensive stakeholder analysis to understand the requirements of ethically deploying LLMs in a medical context. This aims to ethically create healthcare driven applications efficiently through the open platform to empower a more digitally sovereign, resilient and competitive European healthcare market.

PROJECT RATIONALE

Our use cases

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This use case is aimed at significantly improving the efficiency of critical care by adapting the staff planning to the projected clinical needs and by preventing non efficient critical care use of patients in whom critical care admission is not projected to have benefit. In the Intensive Care Unit (ICU) patient care is performed in a very low (1:1 or 1:2) nurse to patient ratio. However, the instream and outstream of patients in intensive care massively fluctuates over the year. This results in significant shortages on some days whereas on others the number of nurses is much higher than the number of patients resulting in unused overcapacity.

This use case will have an improvement and expansion of medical diagnostic techniques in combination with GenAI can improve medical practice and at the same time help to reduce costs by detecting deterioration earlier, prevent unplanned readmissions and fall-incidents.

Perioperative care concerns the healthcare of a patient before, during and after an in-hospital procedure or treatment. Globally, 310 million major surgical procedures are performed annually and this amount is expected to increase. With estimated postoperative mortality rates between 1 and 4% and morbidity rates of around 15% and more, the impact of perioperative care on health is considerable.

Comorbidities in the elderly population refer to the presence of multiple chronic conditions in an individual. The most common comorbid conditions that occur in elderly people include heart disease, hypertension, respiratory disease, cerebrovascular disease, diabetes, joint disease, sensory impairment, and neurologic problems. This multiple chronicle condition needs complicated care procedures and clinical treatment plans involving various medications, lifestyle modifications, and regular medical appointments.

Our suggested use case involves focusing on Pediatrics, an area that often causes parents to panic and leads to unnecessary doctor visits. The chronic diseases within the scope of this project include Type 1 and 2 Diabetes, obesity, and other related health conditions that are / might be related and / or can be triggered, which are the most common chronic conditions in this age group.

This use case aims to improve the quality of both administrative and medical decision-making processes. With the target of most efficient AI training, in addition to the data to be provided, a leading Turkish hospital chain will be supporting the use-case by providing extensive data.

As a use case tool Xplain AI developed by TechMeetsLegal GmbH (TML) will be used within the broader MedGPT framework to efficiently promote Xplain-AI as an integrated cross-sectoral solution. The tool at this moment provides a knowledge base for healthcare staff and has been tested extensively by Samariterbund Austria as well by staff of other public organisations. The architecture of Xplain is based on a knowledge graph architecture and can be used for reasoning tasks.

Within the Austrian use case we want to extend Xplain-AI and bring LLM into the focus of the tool. Thus, technically we aim to provide a structure of LLMs for clinical processes, such as where to go when checking in a hospital, which are the next steps to be taken, etc.

OUR MULTIDISCIPLINARY CONSORTIUM

International/Dutch project coordinator - Bram Stalknecht - SemLab BV Austria project coordinator - George Suciu Portugal project coordinator - Goreti Marreiro Türkiye project coordinator - Tuba Arslan

OUR TEAM

The foundation of our project

Our exceptional consortium is the heartbeat of our project, and the driving force behind our success. As a diverse group of best of breed organizations, we understand that true innovation stems from collaboration, creativity, and expertise.

OUR CONSORTIUM

Foundation model providers should work towards industry standards that will help the overall ecosystem become more transparent and accountable. The standards-setting process should involve stakeholders beyond foundation model providers with specific attention towards parties that can better represent the public interest like academia and civil society.

Stanford Center For Research on Foundational Models

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SemLab and Catharina Hospital develop RAG-tool for medical protocols

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According to internal research, nurses at Catharina Hospital spend around 3 hours per department per day consulting medical documentation such as protocols and guidelines. While some of this time is spent reading and processing the relevant information, valuable time is lost searching through various sources and collecting fragmented data, instead of using it on patient care. Also, because nurses are under immense time pressure, scattered documentation might lead to it not being thoroughly consulted, or at all, which could degrade the quality and consistency of care. WIthin the context of the MedGPT-project, SemLab and Catharina Hospital are working together to combat this issue and develop a tool to decrease the time nurses spent on information gathering.

Large Language Models

In recent years Large Language Models (LLM’s) have become increasingly popular aides for (among other uses) question answering and information retrieval. More and more people rely on them for both personal and professional tasks. However, while undeniably powerful, out-of-the-box LLM’s are often designed with general purpose in mind and lack domain- and task-specific capabilities. For medical professionals at Catharina Hospital it is imperative only selected, trusted sources are used when looking up information. Which sources are used also needs to be transparent so answers are verifiable and relevant documents is easily accessible. Lastly, a very high degree of certainty that answers are correct is required as any wrong or missing information could have dire consequences. So models need to be overly cautious in whether they can safely answer a query, which contrasts with the directive of most LLM’s that aim to always have an answer for a user.

Retrieval Augmented Generation

To create a tool that fullfills these requirements, SemLab is developing a Retrieval Augmented Generation (RAG)-system specifically tailored for Catharina Hospital. A RAG-system is still a system that provides an answer to a question, but does so via a multi-step process. First, all relevant sources, provided by Catharina Hospital, are split into coherent chunks and stored in a vector database. When a user enters a query, a retriever-model gets chunks from this database that contain relevant information for this query. These chunks are then provided to a LLM as context based on which it needs to answer the query. Additional guardrails will be implemented around all steps to check that there are relevant sources available, the LLM indeed did base its answer solely on these, and there is a high degree of reliability and certainty for the answer.

Development

Initial development by SemLab is based on publicly available protocols from https://www.farmacotherapeutischkompas.nl/ and synthetically generated queries. The aim is to soon deploy a first prototype on-premise at Catharina Hospital. The goal of this rapid prototyping is for medical professionals to interact, test and experiment with the tool as early as possible, and on actual data from Catharina Hospital, as their feedback is essential to steer improvements and next steps. This development cycle combines the technical proficiency from SemLab and medical expertise and day-to-day use from Catharina Hospital to build a reliable and efficient tool for querying medical protocols.

 SmartEm poster for ITEA Project exhibition 2024

Posted by SemLab on 17 april 2026

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