Adam Ang

The project aims to uncover markers of cardiovascular diseases specific to the Asian population.

The hospital, primarily based on virtual care, will be built by an Australian company.

A recent study also revealed that Australian aged care nurses found it difficult to use multiple digital tools to perform tasks while providing end-of-life care.

A project in China that is developing an autonomous and self-evolving virtual healthcare setting is targeted to go public next year. This is confirmed to Healthcare IT News by Yang Liu, a professor at Tsinghua University's Department of Computer Science and Technology and co-research head of the Agent Hospital project. The virtual hospital concept, developed by researchers at the university's Institute for AI Industry Research (AIR), simulates the real-world cycle of the hospital treatment process, from disease onset to follow-up. The institute claims the concept as the first of its kind globally. Findings from this research were first published in May in arXiv, Cornell University's open-access online research paper repository. WHY IT MATTERS All virtual actors in Agent Hospital, including patients, nurses, and doctors, are generated via a large language model (LLM). These AI characters will represent real people once the system goes live in public by the first half of 2025. A public pilot, to be conducted by AIR's spinoff startup Tairex, will begin sometime in the first quarter, said Prof Yang.  For the virtual hospital concept, researchers proposed a design method called MedAgent-Zero, which enables AI doctors to continuously learn and improve and become accurate in performing clinical tasks by interacting with patients, reviewing medical literature, and accumulating experience from handling both successful and unsuccessful cases.  Their research findings showed that through this novel method, AI doctors achieved 88%, 95.6%, and 77.6% accuracy in examining, diagnosing, and treating patients, respectively.   "The doctor agent is able to complete the diagnosis and treatment of tens of thousands of patients within a few days, which would typically take at least two years for a human doctor," the researchers also noted. Meanwhile, an AI doctor also showed up to 93% accuracy in answering a subset of the MedQA dataset – mostly based on the competitive United States Medical Licensing Examination, covering questions on major respiratory diseases.  As part of the concept's development, researchers plan to expand its range of disease coverage and extension in more medical departments. The virtual platform currently features 42 AI doctors in 21 medical departments, including emergency, respiratory, and cardiology.  They also plan to incorporate more features, including medical position promotions, changes in disease distribution with time, and historical patient medical records.  There is also a plan to optimise the selection and implementation of the base LLM. OpenAI's ChatGPT model versions 3.5 and 4 are currently utilised in their research. "We will use the latest and most advanced LLM," Prof Yang said.  THE LARGER TREND Other research initiatives in China have also developed medical LLMs for clinical decision support. A project at the Tongji University School of Medicine built a model called MedGo, which was trained using 6,000 medical textbooks and has since been integrated and utilised at the affiliated Shanghai East Hospital. An AI-focused institute under the Chinese Academy of Sciences – one of China's national research centres – introduced early this year the CARES Copilot chatbot based on Meta's Llama 2 LLM, which assists doctors in making medical diagnoses and treatments.

It recently acquired two new supercomputer units to further drive healthcare application development.

It has also been validated for Stage 7 of the HIMSS INFRAM.

Also, New South Wales has introduced a new virtual urgent care service for adults.

Also, the South Korean government will pilot an electronic system to maintain the patient medical records at shuttered health facilities. 

The hospital is the first in Indonesia to adopt an automated EWS system.

Nearly all 20,000 of the healthcare cluster's staff readily used a new mobile application upon implementation.