Overcoming challenges, increasing yields

In efforts to bring the next-generation of plasmid technology to the cell and gene therapy space, Aldevron is offering a giveaway to customers developing AAV based therapies. Nanoplasmid benefits in the context of AAV include improved ITR stabilization from its proprietary host strain while increasing plasmid yields compared to conventional plasmid vectors. 

A new means to fight stem cell transplant infections

When attending a large event such as Advanced Therapies Week, you are able to reach outside your regular workspace and learn about numerous developments happening in other spaces. One in particular that I learned of is an exciting advance in a new ex vivo cell therapy from Smart Immune. It's designed to help those who receive allogenic bone marrow transplants as part of treatment for cancer, such as leukemia, lymphoma, or myeloma, which can leave a patient in an immunosuppressive state.

Whitepaper showcases next-generation plasmid technology

Nanoplasmid^TM. We’ve been discussing this topic quite a bit recently, and now our latest whitepaper brings you an in-depth examination of our novel Next-Generation plasmid technology. The etiology of its name, “nano,” originates from its purposefully designed “small” backbone of around 500 base pairs (bp) as compared to traditional plasmids that often exceed 2000 bp. This reduced backbone size is a direct result of removing prokaryotic and antibiotic-resistance genes used to select transformed bacteria and propagate a vector.

Can a small plasmid provide big benefits for research and development? That was the question Nanoplasmid^TM inventor, Jim Williams, Ph.D., summarized in this webinar and panel discussion. Dr. Williams was joined by an experienced Aldevron team to answer questions about the combined power of Nanoplasmid technology and Aldevron manufacturing experience.