Knowledge

To control cryogenic freezing is not an easy task, especially when liquid nitrogen is involved. To keep small molecules chemically stable and prevent chemical degradation, the right practices have to be in place. Find out everything about controlled cryogenic freezing with LN2 in this article!

The antibody-drug conjugates (ADCs) market is expected to grow significantly in the next few years. But what are the key players in this competitive landscape? Find out more in this article!

Antibody-drug conjugates might revolutionize the treatment of cancer and various other diseases. However, there are some challenges to overcome in their handling, including controlled freezing – find out more in this article!

Once they have fulfilled their purpose to protect valuable biologics, the question for our RoSS containers arises: What now? This is why we summarized information on the recycling of our containers for single use bags in this article.

Viral vectors are looking ahead a bright future in gene therapies. In this article, we give you an overview of the most frequently used viral vectors and have a glimpse at their possible future applications.

A great example is the treatment of insidious cancers with CAR T-cells, that relies on modifying the patient’s own T-cells to instill them with a targeted way to fight cancer cells. Learn more why forming strong collaborations will solve many issues!

Single-use systems are looking ahead a bright future – but what is it that manufacturers need to consider before the switch? Learn more about it in this article!

Advanced cell-based assay workflow with CryoLogyx Thaw and Test pre-plated cell and controlled, scalable freezing process solution RoSS.pFTU to achieve effective cryopreservation of cells.

Cryopreservation is an effective procedure for the quality-preserving storage of many biomaterials. Find out what cryopreservation actually is, what has to be considered along the process and where it is applied – all summed up in this article.

Temperature plays a significant role in the production and distribution of several revolutionary biologics. But how does the pharmaceutical cold chain work, and what temperature ranges are most frequently chosen? You will find out in this article!

Implementing cold freezing and storing in supply chains is oftentimes inevitable when dealing with certain biopharmaceuticals. Learn what the main considerations are and find out how to face related challenges.

Mastering the complex CAR T manufacturing process and the associated supply chain challenges in the cell and gene area are the major bottlenecks during the large-scale commercialization of highly promising CAR T cell products.