This is what a cancer cells looks like in 3D as scientists unveiled a revolutionary microscope that shows it in more detail than ever before. The images provide one of the most comprehensive pictures ...

Pathologists often use tissue samples and microscopy to help diagnose diseases like cancer. But distinguishing different cells often requires several stages of staining. Now researchers are presenting ...

A form of artificial intelligence designed to identify different types of pastries at checkout has been repurposed to identify cancer cells. BakeryScan was developed by Brain Co., specifically to scan ...

Tracking how cancer cells develop in real time How these differences in the genome and in epigenetic control arise in cells, and how they are passed on to their daughter and granddaughter cells, has ...

Turn the coarse focus so that the stage is as close to the objective lens as possible. You should not look through the microscope to do this. Place the microscope slide – either one you have prepared, ...

Device less than 1mm in diameter is designed to be inserted in body and produce images of tissue with ‘unprecedented speed’ A tiny microscope that can be manoeuvred through small spaces inside the ...

Medical engineers have developed a hand-held microscope that can differentiate cancerous cells from healthy ones much faster than pathology labs Dennis Wise/University of Washington Medical engineers ...

Once they open up a patient’s skull, there’s no time to send tissue samples to a pathology lab — where they are typically frozen, sliced, stained, mounted on slides and investigated under a bulky ...

Our body is made up of billions of different types of cells. You can only see them under a microscope. Cells group together depending on the job they do, or the type of body tissue they make up.

Turn the coarse focus so that the stage is as close to the objective lens as possible. You should not look through the microscope to do this. Place the microscope slide – either one you have prepared, ...