Neuroimaging

Neuroradiology is a branch of medical imaging focused on spotting abnormalities of the central and peripheral nervous system, spine, head and neck. These highly trained doctors use CT, MRI, X-ray and other techniques to diagnose strokes, tumors, aneurysms and other neurological conditions.

Duke algorithm accurately predicts dementia risk using just a single MRI scan

The tool can also be used to predict a person's brain age and risk for a myriad of chronic conditions as well.

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Mayo Clinic develops AI capable of substantially improving dementia diagnoses

With the software's help, readers are up to three times more accurate and interpretations are nearly twice as fast.

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Tau tangles on PET scans may signal impending cognitive decline in asymptomatic individuals

New data highlight the significance of tau-positive imaging in the progression of Alzheimer’s disease. 

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Signs of Alzheimer's evident on imaging up to 15 years prior to symptom onset in Down syndrome population

By identifying these structural changes prior to the onset of symptomatic neurodegeneration, providers may be able to initiate preventive therapies sooner.

artificial intelligence in healthcare

'Promising' new PET agent for brain metastases put on FDA's Fast Track

Clinical trial results thus far have been promising, representing a significant step forward for the hundreds of thousands of patients affected by brain metastases. 

Krakencoder algorithm offers detailed insight into brain function

Release the 'Krakencoder': New algorithm gives scientists unprecedented insight into neural function

Researchers are hopeful that a new technology named after a tentacled folklore sea monster can help scientists better understand the anatomy of the brain. 

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Time in nature changes kids' brains on a structural level, imaging data show

New findings published in Biological Psychiatry provide insight into the connection between time spent outside and improvements in neurodevelopment.

MRI may not be suitable for spontaneous deep ICH

Study challenges use of MRI in spontaneous deep intracerebral hemorrhage

Spontaneous ICH carries a heightened risk of mortality, making locating its origin in a timely manner critical to outcomes.