Medical Imaging

Artificial Intelligence promises to revolutionize many fields, but few as important as healthcare. With that in mind, Nvidia and King's College London have teamed up to build and train an AI platform to interpret radiological scans for hospitals across the UK.

A new imaging technique designed to help surgeons identify the location of malignant brain tumors during surgery is showing promising early clinical trial results. The technique combines a near-infrared camera with a special imaging agent synthesized from an amino acid found in scorpion venom.

The pigment melanin is a natural defense against skin cancer – and now it could help fight other cancers too. Researchers at the Technical University of Munich and Helmholtz Zentrum München have found that melanin-loaded nanoparticles can help diagnose tumors and slow their growth.

The earlier cancer is detected, the better the odds of treating it, but tumors can be hard to spot until they get to a certain size, at which point it might be too late. Now MIT researchers have developed a new optical imaging system that could be used to spot tiny tumors deep inside the body.

Ultrasound technology might be about to get a whole lot more powerful. Researchers have developed an “ultra” ultrasound sensor that is so sensitive it can hear air molecules moving around or the vibrations of individual cells.

Alongside new discoveries in gut-brain communication and the genesis of Alzheimer’s disease, the FDA advanced acceptance of psychedelic medicines, from psilocybin to marijuana. But looming over all of these milestones was the controversial alleged birth of the world’s first gene-edited baby.

A new study suggests an MRI scan can predict whether a person will develop dementia up to three years before any cognitive symptoms are detectable. It's hoped the tool will be able to better identify at-risk patients so preventative measures can be deployed to slow the onset of neurodegeneration.

After over decade of development, the world’s first full-body medical scanner has produced its first images. The groundbreaking imaging device is almost 40 times faster than current PET scans and can capture a 3D picture of the entire human body in one instant scan.

A new deep learning algorithm has been developed that can study PET scan images and detect the onset of Alzheimer’s six years earlier than current diagnostic methods. The research is part of a new wave of work using machine learning technology to identify subtle patterns in complex medical imaging.

An international team of researchers has developed novel nanocrystals that allow the radiation dose from a diagnostic X-ray to be much lower, while also enabling higher resolution images at a lower cost.

Medical X-ray scans have long been stuck in the black-and-white era. Now Mars Bioimaging has developed a bioimaging scanner that can produce full color, three dimensional images of bones, lipids, and soft tissue, thanks to a sensor chip developed at CERN for use in the Large Hadron Collider.

The fact mercury makes up roughly 50 percent of the content of dental amalgam is a contentious subject for many, and a new study that found MRIs can release the toxic heavy metal from fillings is sure to give those in the anti-amalgam camp even more to chew on.