Overcoming RNase-Related Challenges through RNase-free Single-Use Assemblies and Non-Thermal Plasma-Based Inhibition
Time: 11:30 am
day: Day Two
Details:
- Pioneering Non-Thermal Plasma Inhibition of RNases as a cutting-edge alternative for ensuring RNase-free single-use bioprocess containers and assemblies when conventional methods fail
- Elevating mRNA development and manufacturing processes by mitigating the risk of RNase contamination
- Exploring the inhibition of RNase through ionised air targeted at enzymes, showcasing an innovative approach to safeguarding bioprocess integrity
