Magnetic resonance imaging (MRI) is one of the most effective technologies to assess the innermost structures of the human brain. The technology, which uses a magnetic field and radio waves to produce ...

shows a comparison study has been implemented on the proposed and the original segmentation methods on T1-weighted MRI gray and white matters. However, evaluation on 4 slices of brain tissues have ...

It combines machine learning and brain scanning to identify ... Hayashi aims to establish MRI technologies that visualize the anatomy, function and connectivity of non-human primates, particularly ...

This curiosity surrounding the complex mechanisms and relationships underpinning brain functionality has been the key force fuelling his work at the helm of magnetic resonance imaging (MRI ...

This is provided as a fee-for-service (see “Fee Structure” menu below). Magnetic Resonance Imaging (MRI) is a non-invasive technology used by researchers to study brain anatomy and function. MRI uses ...

To enhance our understanding of the normal sequence of brain development in the immature ferret, we aimed to characterize postnatal neurodevelopment with conventional and diffusion MRI.

The Research MRI Core provides resources at UAB for state-of-the-art magnetic resonance imaging experiments and analyses for examining brain and body anatomy and function both in health and disease.