Researchers use diverse tools to analyze protein structures.

Gregory Berns discusses training dogs to undergo fMRI scans to better understand their brains.

Bryan Black and Lucas Thal will discuss their experiences screening hiPSC-derived neural cells to understand chronic pain and neuroinflammation.

Learn how to obtain more representative and reproducible microscopy images in this workshop.

Combining spatial context with multiplexing depth for cell characterization

In this webinar brought to you by MMI, learn how scientists use CellScan for a variety of lab applications, such as routine photo-documentation, whole-slide scanning, fluorescence imaging, time-resolved live-cell imaging, and combinations of these techniques.

Electron microscopy revealed that a deadly disease of birds was not a form of flu, but a different type of virus entirely.

Researchers use advanced imaging techniques to see what happens when a male and a female mate.

The liquid biopsy, which detects cell-free tumor DNA, spotted undiagnosed cancers in some women, but had a greater number of false positives and false negatives.

Using advanced microscopy and imaging techniques, scientists have revealed new parts of the human body and overturned previous misconceptions.

New methods of visualizing tissue are presented at the Society for Neuroscience meeting.

The long-time Marine Biological Laboratory scientist was known for using his own hand-built microscopes to image the dynamics of live cells.

Researchers are developing a variety of approaches for clearing neural tissue to get a better view of the brain’s circuitry.

Scientists traced 1,000 neurons through the mouse brain, uncovering new details about how the organ is wired.

See a developing Drosophila eye.

Immune functions in the mouse intestine differ by segment.

See a mouse organoid imaged using two-photon microscopy.

Only recently have scientists directly witnessed this most pivotal of events in biology, thanks to new technology that allows them to observe the process in living cells. It’s teaching them a lot.

A newly developed imaging technology visualizes entire mouse brains in two and three dimensions using multicolor fluorescence microscopy.