These rAAV capsid stability experiments investigated and monitored the solution behavior of full and empty capsids under thermal stress using ARGEN. ARGEN is uniquely suitable for in situ and real-time characterization of solution stability of larger species such as rAAVs and LNP-RNA complexes. This case study demonstrates ARGEN's ability to elucidate differences in full and...Read More

The ARGEN eBook discusses the key indicators of biopolymer instability, the importance of accelerating development times, and how ARGEN expedites the development of stable biopolymers.Read More

In this technical note we will demonstrate the use of active feedback control with Lab ACOMP to directly control polymer molecular weight by adjusting the monomer feed into the reactor. By integrating ACOMP with a feedback controller, molecular weight is directly controlled, something previously not possible in polymerizations.Read More

Using ACOMP in an industrial environment allows for improved polymer quality control of production processes and material properties. With the benefit of an online, real-time analysis provided by ACOMP, plant operators can take corrective actions to change QC parameters or even halt the reaction if the product properties are deviating too much.Read More

This technical note demonstrates the use of ACOMP to monitor two types of polyurethane polymerizations, the industry standard and a novel type using a non-toxic isocyanate monomer. The ACOMP system can monitor in real time the intrinsic viscosity and molecular weight for the stepwise polymerization reaction that occurs.Read More

Real-time analytics is a huge focus area for us here at Fluence Analytics because we understand that these insights can truly transform a business in several areas. Many of our customers seek to reduce operational expenses because this allows them to gain greater market share by offering more competitive prices. Some of our customers are...Read More