Karen Ersland and Rachael Sheridan discuss how flow cytometry contributes to single-cell applications, from cloning to sequencing.

A combination spectrophotometer/fluorometer simplifies nucleic acid concentration and purity measurements.

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.

Download this eBook to take a closer look at past efforts, modern challenges, and future advances!

Improve signal-to-noise ratio with the Vector® TrueVIEW™ Autofluorescence Quenching Kit

In CRISPRed fruit flies that lack certain antimicrobial peptides, bacterial infections flourish, as revealed by fluorescent markers.

Under UV light, flying squirrels give off a rosy glow.

Green fluorescent protein lures algal symbionts to corals.

Researchers have flagged several issues with so-called SmartFlares over the years, and it’s still unclear why they don’t appear to work under certain circumstances.

Unmanned aerial vehicles allow researchers to collect huge volumes of biological data cheaply, easily, and at higher resolution than ever before.

How GFP-grabbing nanobodies enable instant tracking of protein dynamics in live cells.

Developmental biologists take a close look at how alligator embryos grow. 

Scientists have discovered a new type of eye cell in a deep-sea fish species.

Using new nanochip technology, scientists can measure the light emitted by engineered fluorescing bacteria.

The polka dot tree frog (Hypsiboas punctatus) glows under a blacklight, due to the presence of three fluorescent molecules in its lymph tissue and skin. 

When exposed to a fluorescence excitation flashlight, these aggregating anemones (Anthopleura elegantissima) light up due to their natural expression of green fluorescent protein.