Three-dimensional (3D) cultures are widely accepted as an excellent in-vitro model of high through out drug screening, preclinical cancer research and cancer/stem cell research. 3D spheroid models are morphologically and functionally representative of in-vivo cell…
The Epithelium is a thin, continuous, layer of tightly packed cells formed as complex 3D structures such as cysts, tubules or invaginations. The shape of the epithelium is essential for its function as it aids…
The liver is one of the most metabolically active organs in the body. It is involved in digestion, detoxification, nutrient storage, bile production, and the synthesis of many essential proteins. At the center of most…
Introduction Cell-based in vitro assays play an increasingly important role in basic research and applied pharmacology and toxicology. These methods generate valuable data and help researchers better understand human physiology and pathophysiology. To improve the…
A new technology enables the production of uniform 3D cell spheroids for stem cell and cancer research and preclinical drug development. In order to understand the cause of many diseases in humans, suitable model systems…
3D CELL CULTURE BIOFLOAT™ coatings from faCellitate provide a highly defined, fully inert cell- and protein-repellent surface. The polymeric coating enables a fast er generation of 3D spheroids, which shortens your experimental timeline and prevents…
Reliable in vitro testing models such as three-dimensional (3D) spheroid cell cultures are needed for successful drug discovery and development. Innovative technologies are standardizing and streamlining these advanced culture systems and supporting the development of more physiologically…