Medical imaging

MRI machine. Illustration: depositphotos.com

Turning MRI into an early molecular diagnostic tool

The Molecular Magnetic Resonance Imaging and Machine Learning Laboratory at Tel Aviv University, funded by the Israel National Science Foundation, is developing dedicated MRI sequences and algorithms that translate “signal signatures” into biological indicators – with a focus on multiple sclerosis and reducing
The original scan (on the left) and the areas from which information was extracted (in red, on the right) using the technology developed at the Technion

The computerized pathologist

Photographs from an FMRI scan. Courtesy of Shani Wiedergorn

How does fMRI work?

Prof. Yunina Elder and the real-time imaging device. Photo: Technion spokespeople

Live imaging

Dr. Sharon Alpert, IBM's research laboratory in Haifa. Photo: Avi Blizovsky

The radiologist assistant who never gets tired

Detection of a tumor using an MRI scan. Photo: shutterstock

A new radiation-free method for detecting cancer

Nanoscale chips with a length of only 3 mm, consisting of compressed silica glass, are used to accelerate electrons to a speed ten times higher than that obtained today in normal accelerators. (Brad Plummer/SLAC)

Chip-sized particle accelerators

Para hydrogen and ortho hydrogen. Photo: Lawrence Berkeley Laboratories

Nuclear magnetic resonance without a magnet?

A doctor uses an endoscope. NIH photo

Was there surgery?

Nano imaging

Radioactive optical imaging and quantum dot nanoimaging

Prof. Haim Teitelbaum

Prof. Haim Teitelbaum was elected Rector of Bar-Ilan University

Lactate isn't just a byproduct: Here's how it may worsen sepsis

MRI scans are more effective for detecting cancer

Lactate isn't just a byproduct: Here's how it may worsen sepsis

Mares under the spotlight

Lactate isn't just a byproduct: Here's how it may worsen sepsis

Transfer imaging data through the cell phone