In a remarkable achievement that already affects the way we identify and diagnose diseases, UK Biobank has completed the largest visualization of the whole body in the world, scanning brains, hearts, abdominal, blood vessels, bones and joints. These scans, on this scale, show us what is happening to people’s bodies as they grow older, to understand how, why and when we get sick.
Since 2015, UK Biobank imaging has been released on lots and scientists around the world use this data to develop better diagnostic tests for life -changing conditions such as heart disease, dementia and cancer. Soon, approved researchers will have access to over a billion disabled images, from 100,000 volunteers. It is used alongside UK Biobank’s existing information on lifestyle, medical history, genetics and blood proteins collected by the same volunteers over the last 15 years, these imaging data allow researchers to see, in ways that we were previously impossible.
So far, more than 1,300 scientific scientific newspapers have been published based on Biobank depiction data of the United Kingdom. The results of these have already improved patient care in and beyond the NHS. For example:
Heart care has improved in more than 90 countries, as clinicians use an AI tool, developed using UK Biobank data to analyze heart scanning in less than one second – where it took almost a quarter of an hour – allowing them to focus on time.
After 11 years, 100,000 imaging appointments lasting about 5 hours each and over 60 million £, the UK Biobank has reached this important milestone.
The unprecedented scale of this imaging work – more than 10 times larger than anything before – makes it possible for scientists to see patterns of illness that they simply could not see. The scanning collection of 100,000 volunteers seemed to be a tube dream … Some experts even asked if we included an extra zero by mistake! This huge visual work makes the invisible visible. In addition, combining these images from different parts of the body with all genetic information and lifestyle information from our volunteers, scientists understand much better how our body works. “
Sir Rory Collins, Professor, Main Research and CEO, UK Biobank
During each appointment, more than 12,000 images of magnetic resonance (MR) were collected from the brain, heart and abdomen, collected per person, as well as the scans of the whole body that measure bone density and body fat and carotid arterial ultrasound. Each volunteer also provided the same detailed data as when they first signed in the United Kingdom Biobank about 15 years ago, including lifestyle information, natural measures (such as height, weight and adhesion power) and a blood sample. “I signed my appointment because I want to help create a healthier future for all of us to enjoy. So I first offered to participate in the UK Biobank 15 years ago – to be useful for scientists working hard to help the future.” said Alison, a member of the UK Biobank Counseling Team of Biobank.
Imaging data on this scale provides more information on rare diseases and various stages of common diseases. Scientists can also better compare healthy bodies with them with multiple situations, eventually leading to researchers who find stronger illness indicators. “The UK Biobank imaging study has forever turned the landscape of biomedical research. He said, Professor Louise Thomas, Professor of Metabolic Imaging at Westminster University.
In addition to providing impacts that benefit patients at the moment, these imaging data lead the science discovery science, which should lead to new diagnostic tests and therapies. These include:
Developing an AI model that creates a personalized version of a healthy heart (based on age, sex, weight and height of the person), which could be used to identify the differences between the real heart of a patient and his healthy model and possible heart disease.
Revealing how our organs can be biologically older than our chronological time, so that doctors can examine the scan of one’s body and clinical data to see which organs are at risk of developing diseases and find ways to prevent, eventually expand.
Discovering new ways in which the heart and brain are linked. For example, how structural changes in the heart cause an increased risk of psychiatric disorders, including depression. This is vital to understanding brain diseases.
The appearance of the way in which one to two alcohol units per day is associated with potentially harmful reductions in brain size and brain structure, which is likely to lead to an increased risk of loss of memory and dementia.
By revealing that people with the same BMI can store fat in very different ways based on their genes – some that increase the risk of diseases such as diabetes and heart disease and others in a protective way.
Using Dexa scan to determine that 1 in 10 middle-aged, without other symptoms, have calcification in the abdominal area of the aorta (main blood vessel of the body), largely sub-diagnosed deadly condition.
The data on this scale are unlocked opportunities for the use of a learning mechanical learning to help predict the years of illness before the symptoms occur. “The beauty of the British Biobank is the range of data collected by generous volunteers and imaging scans add another layer of excellent details. Said Professor Paul Matthews, president of the UK working group Biobank Imaging.
This work has also led to global democratization of access to imaging data, turning MR images into data that can be used by researchers outside the imaging field, including those in less rich countries. “We had such incredible feedback on how researchers around the world use findings from the depiction project in science that would never have thought of using body scanning before.” said Professor Naomi Allen, lead scientist in the United Kingdom Biobank.
The UK Biobank imaging project was tested in 2014 with more than 7,000 volunteers scanned-a record number at the time. The main phase began in 2016, welcoming 100,000 of Britain’s 500,000 Biobank volunteers at a 5 -hour imaging appointment to one of four special imaging centers across the country. The project continues to invite Biobank volunteers in the United Kingdom to an imaging appointment beyond the goal of 100,000.
A second phase of the imaging project began in 2022, with the aim of performing recurring imaging in 60,000 of these 100,000 scanned participants, at least two years after their first appointment. This project is ongoing and is expected to be completed in 2029.
UK Biobank data is available to approved researchers in scalable releases through the safe Biobank Research research analysis platform (UKB-RAP). Imaging data from all 100,000 participants is expected to be available to the researchers by the end of 2025.
