Featured Articles

To address challenges in environmental matrices of all kinds, including PFAS, laboratories must strike the right balance between rapid and comprehensive testing methods, while also reducing costs and increasing throughput. Read More

Cell therapies hold incredible promise for treating diseases that have long been considered incurable — but they also face a litany of challenges that must be addressed before these treatments can become more broadly used in mainstream medicine. Read More

Three-dimensional cell models, such as organoids, spheroids and induced pluripotent stem cells (iPSCs), promise deeper insights into human disease, but their sensitivity makes them vulnerable. Read More

Spectrophotometers allow researchers to accurately and reliably quantify concentrations of target compounds, detect and quantify impurities, and observe chemical. typically found in either single or double beam configurations, spectrophotometers have... Read More

The most effective current techniques remove PFAS from the environment but do not destroy the toxic chemicals. Read More

Exogenous mRNAs can be introduced into targets cells, where they use the host translation machinery to produce one or more therapeutic proteins. Read More

Teaching laboratories don’t always have the biggest budgets to work with, in the first place. Add in today’s extreme funding cuts impacting academic labs, and you’ll find some frustrated lab managers trying to stretch dollars. Read More