Fluence Analytics recently teamed up with its academic research partner, Tulane PolyRMC, to investigate the complex role that oxygen (O2) plays during both free and controlled radical polymerization reactions in an aqueous medium with ACOMP.Read More

Tulane PolyRMC, the academic research partner of Fluence Analytics, recently published a peer-reviewed article for Macromolecular Reaction Engineering that details the use of ACOMP, coupled with an FTIR (Fourier-transform infrared spectroscopy) detector, to continuously monitor and characterize a copolymerization reaction of acrylate monomers with an indistinguishable UV spectra. Typically for ACOMP applications, a UV detector...Read More

Fluence Analytics and its academic research partner Tulane PolyRMC collaborated on a peer review article for Macromolecular Reaction Engineering which describes the successful online monitoring of the terpolymerization reaction of acrylamide, sodium acrylate, and styrene sulfonate. The terpolymerization reaction was monitored by coupling a nuclear magnetic resonance (NMR) detector to ACOMP. The NMR detector was...Read More

This peer-reviewed publication by Fluence Analytics’ research partner Tulane PolyRMC addresses the reproducibility of protein aggregation. The publication, which appears in the Journal of Physical Chemistry, specifically discusses reproducibility following temperature-induced and contact-stir induced aggregation of bovine serum albumin and a monoclonal antibody. Using ARGEN, PolyRMC assessed protein aggregation reproducibility for global stressors which affect an...Read More

Determine the Stability of Biologics This peer review article from American Pharmaceutical Review describes new tools for determining the stability of biologics, including ARGEN by Fluence Analytics, that not only have low sample requirements but also generate precise and reproducible data to effectively implement an advanced design of experiments approach. This article uses a real case...Read More

Fluence Analytics collaborated with its academic research partner Tulane PolyRMC on a peer review publication in Macromolecular Reaction Engineering. An automatic molecular weight controller is used in semi-batch reactions to produce multimodal polymers that contain distinct subpopulations with different molecular weight distributions (MWD). While blending polymers with different MWD is frequently used to make products from...Read More