This document lists key publications using CG-MALS for the characterization of specific heteroassociation in proteins and other biomacromolecules.

This document lists key publications using AF4-MALS coupled to ICP-MS for the characterization of nanoparticles in environmental applications.

Biophysical characterization with batch DLS in cuvettes or microwell plates determines multiple CQAs of adeno-associated viruses for gene therapy, including concentration, degree of aggregation and thermal stability. Learn more by reading our application note.

Biophysical characterization with SEC-MALS determines multiple CQAs of adeno-associated viruses bearing RNA or DNA payloads for gene therapy, including concentration, degree of aggregation and ratio of empty to full capsids. Read our application note to learn more.

This E-book provides deeper insight into the capabilities of SEC-MALS for analysis of simple or conjugated proteins and their complexes, and linear or branched polymers, with HP-SEC or UHP-SEC, alongside the benefits of the new instruments.

This document lists key publications using AF4- MALS-DLS for the characterization of nanoparticles in environmental and related applications. The selected publications introduce new concepts or important methods for this technique.

Lignin and lignosulfonate analysis are among the most demanding applications of SEC-MALS and FFF-MALS. The most fundamental property of biopolymers is their molar mass distribution. Learn more by reading our application note.

Instrumentation from Wyatt Technology offers multiple avenues to characterization of fluorescent samples. This article describes how Wyatt’s SEC-MALS, DLS and PALS detectors overcome the challenges of fluorescence.

Viral glycoproteins are often the only antigen found on the viral surface and, as such, are key targets for neutralizing antibodies.

Nowadays, nanoparticles can be found in samples as diverse as body creams, facial preparations, lotions, and coatings. Learn more by reading our application note here.

A unique challenge is the need to distinguish between unincorporated protomers (capsid proteins), capsomeres (sub-units of the VLP), well-formed capsids (viral envelopes), and intermediate or malformed fragments. Light scattering for characterization of VLPs is covered in this white paper.

Online viscometers measure the intrinsic viscosity of polymers, proteins and peptides in conjunction with GPC in order to characterize essential physico-chemical properties: the distributions of molar mass, size, conformation and branching ratio. Learn more by reading our white paper.