Biotechnology

To move advanced therapy medicinal products (ATMPs) from the lab to the commercial-scale manufacturing facility, you need a future-proof plan. These 6 questions will help you create one.  

Viral vector gene therapies, which harness modified viruses to deliver genetic material into target cells, offer promising therapeutic potential.

Real talk from the front lines of today’s research and manufacturing landscape

Decades of scientific progress in understanding the root cause of many formerly intractable diseases has opened up new treatment options, namely through RNA-based therapies. This second wave of biopharma, in which our understanding of the ways coding portions of our genome relate to disease, allows us to intercede earlier, and at more specific and effective junctures.

What are the environmental impacts of single-use technology and stainless steel systems? And which should you use in your next facility?

Could your cell therapy manufacturing facility be working harder for you? If you have (or anticipate having) small-scale cell therapies in your pipeline, this question is vital.

Increasingly, manufacturers want standard facility designs of their GMP manufacturing facilities so they can be replicated elsewhere in the world, but this approach comes with unique considerations.

Commercializing cell and gene therapies efficiently requires timely decisions about whether to engage a CDMO or develop internal manufacturing capacity. Sometimes the best solution is to do both.