Knowledge

Single Use Support unveils its latest customized innovation within the product range of automated of biopharmaceutical manufacturing, RoSS.FILL. With its unmatched precision and cutting-edge technology, RoSS.FILL CGT is a game-changer for the cell and gene therapy industry.

The preservation of cells at cryogenic temperature can be achieved using different techniques. This is far from a simple freezing process; it's a carefully controlled method that prevents the formation of ice crystals, thus maintaining the integrity of the biological material.

This guide provides an overview of the necessary steps and considerations for preparing cells for cryopreservation. Key topics include selecting appropriate cells, cultivating and harvesting them under controlled conditions, utilizing proper cryoprotective agents, and applying specific freezing techniques.

In research, medicine and biotechnology, cell viability is an elementary parameter and Critical Quality Attribute (CQA). In this article, we will present you 7 facts regarding the term, related concepts, improvement possibilities and more.

Cryopreservation is essential to maintain ex vivo viability of organic materials – indispensable, for instance, in fields like cell banking. In this article, we will explore central aspects of this technique.

As the market is constantly evolving, new, fully automated solutions are offered to make GMP cell banking and cGMP cell banking easier to achieve. Single Use Support’s solutions do not only reach out to help make the handling of cell banks safer and more efficient, but also help to support smaller-scale projects through scalable solutions. 

Cell thawing is a critical procedure in the area of life science and medicine. Ensuring a gentle thawing of frozen cells is essential for preserving their viability and functionality. In this article, we will highlight the cell thawing process, discuss common challenges, and provide recommendations for achieving optimal results in cell banking. 

Who can relate to the situation when every cell aliquot is different? That's why cell homogenization and aliquotation are important requirements in modern cell biology research, relevant for scientists and laboratory staff. Scientists and process engineers benefit from uniform cell distribution throughout multiple single-use bioprocess containers for cell banking or other bioprocessing steps.

In cell banking, one can distinguish four different types of cell banks, all of which are involved in the manufacturing of cell-based products. In this article, we will discuss them all.

Cell banks are fundamental in the production of several biopharmaceutical products, their manufacturing a highly complex process. In this article, we will explain cell bank manufacturing in detail, including the challenges it is related to.

Both master and working cell banks belong to the four general types of cell banks. Although having much in common, there are some major differences between MCBs and WCBs, which we will uncover in this article.

Cryopreservation is a necessary procedure to maintain cell viability during ex vivo storage. In this article, we will provide some general information on cell cryopreservation, but also discuss different tools, challenges and an exemplary protocol.