The choice of microplate for an assay depends on a variety of factors, but it all starts with the requirements of the result expected from the assaying process, and the rest is worked out backward.

In my position at BMG LABTECH, I now work on cell culture and related microplate-based assays to support customers in assay optimization for existing and emerging applications. I also work as an ...

The resultant is an increased surface hydrophilicity as measured by the decrease in water contact angle from 82° for the untreated polypropylene microplates to 60° for the AntiBIND microplate.

Microplate readers are powerful, but understanding their settings, features, and configurations is key to getting the most out of these versatile instruments. Microplate readers are widely used in ...

Microplate readers play a crucial role in the life sciences and biotechnology industry due to their ability to measure biological, biochemical or chemical reactions efficiently and in high throughput.

Synergy 4 Combines the Features of Filter- and Monochromator-based Systems As assays and detection technologies have advanced in microplate format, space-saving and user-friendly multimode (or ...

Today’s research heavily relies on microplate readers for a variety of applications, from cell-based assays to molecular biology studies. However, obtaining reliable data depends not only on the ...

Although there are at least seven microplates known in the Pacific Ocean, this is the first ancient microplate to be discovered in the Indian Ocean. The researchers named the 68,000-square-kilometer ...

Microplate readers are reliable tools used by scientists for molecular biology applications spanning cell-based assays to high-throughput screening. However, researchers may treat microplate readers ...

BioTek's new monochromator-based Eon™ Microplate Spectrophotometer combines high performance and high value in microplate-based absorbance readings. Like BioTek's popular Epoch™ Microplate ...