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AI Forecasts Your Future Health Like a Weather Report

Groundbreaking AI technology predicts health risks up to a decade ahead, helping to spot diseases before they strike.

Source: bbc.co.uk1 min read
AI Forecasts Your Future Health Like a Weather Report
Image via bbc.co.uk

In brief

Scientists have developed an AI model, Delphi-2M, that can predict people's health problems over the next decade by analyzing medical records. This innovative technology identifies patterns in over 1,000 diseases similarly to how weather forecasts predict rain. The goal is to enable early disease prevention by identifying high-risk individuals and aiding hospitals in resource planning. Although further testing is needed, researchers are excited about the model's potential to revolutionize healthcare and personalized medicine.

Artificial intelligence can predict people's health problems over a decade into the future, say scientists.

The technology has learned to spot patterns in people's medical records to calculate their risk of more than 1,000 diseases.

The researchers say it is like a weather forecast that anticipates a 70% chance of rain – but for human health.

Their vision is to use the AI model to spot high-risk patients to prevent disease and to help hospitals understand demand in their area, years ahead of time.

The model – called Delphi-2M - uses similar technology to well-known AI chatbots like ChatGPT.

In a similar way to predicting the sequence of words in a sentence, Delphi-2M has been trained to find patterns in anonymous medical records.

It estimates the likelihood of 1,231 diseases without predicting exact dates for events, such as a heart attack.

Prof Ewan Birney, interim executive director at the European Molecular Biology Laboratory, expressed excitement, stating that this model could reveal probabilities for various diseases simultaneously.

Initially developed using anonymous UK data, the model has been validated with additional medical records, and it shows promising accuracy.

The technology is still in research phases and requires regulatory oversight before clinical use.

Once operational, it could transform disease prevention and personalize patient care significantly.

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