High throughput screening (HTS) is a technique utilised in scientific experimentation in fields of biology, materials science and chemistry. It has become the method of choice in drug discovery processes. HTS utilises advanced robotics, data…
Scaffold free 3D cultures are cultivated in specialised cell repellant culture plates that causes cells to self aggregate. These involve hanging drop microplates, low adhesion plates with specialised polymer coating such as BIOFLOAT 96-well plates…
Scaffold dependent 3D cell cultures rely on physical support that ranges from mechanical surfaces to extra cellular matrix (ECM) like structures on which cells are cultivated to aggregate, divide and migrate. The physical and chemical…
Spheroid culture system is a revolutionary 3D cell culture system that is relatively low tech, easy to use and easily reproducible. Spheroid system aids the formation of in-vivo like cell structure, where cells maintain their…
Primary cell cultures are ex-vivo cultures produced from cells that are freshly harvested from a multicellular organism. Generally, primary cell cultures are more representative of in-vivo tissues than immortalized cell lines (1). However culturing primary…
The terms spheroids and organoids are often used interchangeably. They are similar in many ways but also different in what they are made up of, and what they do. Depending on the type of data…
Cancer research relies on cell based model systems to understand the growth and progression of tumors, and subsequently the discovery of new therapeutic drugs. Traditional monolayer cultures have been widely used in this regard due…
Biofloat coated plates are easy to use, versatile and reliable. There is no specific protocol for using the plates, however, for maximum reliability and reproducibility of experiments, please follow the following guidelines. 1. Seeding density-…
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We happy to share our latest article in the journal Biospektrum 07/21 showing the fast and reliable generation of dog liver spheroids in BIOFLOAT plates. Big thanks to our Co-Authors Barbara Birk and Carina Oberfrank…