Grown from human pluripotent stem cells (iPSCs), organoids are three-dimensional (3D) cell clusters that form miniature organ-like structures. …
Read Post
All types of biotherapeutics, ranging from protein therapies to cell and gene therapies, contain particles. While the types of particles can vary …
Read Post
From the time of Arthurian legends, fantasy novels like Harry Potter, and across the galaxies of the Klingon empire, cloaking technology has …
Read Post
Ever wonder if you could use your FlowCam to study microplastics? The state of California thinks you can! In its 2021 Draft Microplastics in Drinking …
Read Post
Flow imaging microscopy (FIM) is a cutting-edge technology that combines the benefits of flow cytometry and microscopy to analyze and identify …
Read Post
"Versatility, ease of use, and student engagement" are among the chief reasons undergraduate programs choose FlowCam. Our team works with …
Read Post
Our ability to predict and prevent harmful algal blooms is directly related to our ability to research and understand cyanobacteria. Numerous studies …
Read Post
Aker BioMarine (ABM) is a diverse company that operates at the convergence of biotechnology, fishing, marine research, and krill harvesting. This …
Read Post
Animal testing for every new drug development protocol has been a requirement since the original 1938 passing of the US Federal Food, Drug, and …
Read Post
High-performance liquid chromatography (HPLC) is a sophisticated and widely utilized technique in the field of analytical chemistry. It is …
Read Post
The FlowCam team had an excellent time in New Orleans for ASLO’s Ocean Sciences Meeting (OSM) last month! In case you missed it—or just want to …
Read Post
Research suggests that microalgal-based biofuels offer a promising alternative to fossil fuels, providing significant environmental benefits such as …
Read Post
Flow imaging microscopy (FIM) offers a new perspective on environmental particle analysis. With high-quality digital images, FlowCam, a flow imaging …
Read Post