Application Notes: General

Celldex utilized MMS to successfully observe the HOS of monoclonal antibody samples in complex buffer systems including excipients such as amino acids and sugars.

BSA samples analyzed at different concentrations to study heat induced thermal denaturation. Results show excellent reproducibility between sample replicates, concentrations.

Novel IR technique, microfluidic modulation spectroscopy, to address the requirements of development laboratories for high-quality higher-order structure assessment

This webinar presents a study mimicking the viral inactivation low pH hold used in purification of mAbs.

A new bioanalytical technique called microfluidic modulation spectroscopy is used to probe the backbone structure of IDE in the absence and presence of ATP and insulin.

This whitepaper explores MMS as a high-resolution method for the determination of protein HOS.

This webinar shows a demonstration of some of the key advantages of MMS for assessment of higher-order structure in therapeutic antibodies and antibody-drug conjugates.

An IgG1 sample was analyzed at different concentrations. The results in this poster from Pfizer, demonstrate high repeatability and precision of the diffAU spectra.

This application note provides insights for the transition of optical nanostructures from design to volume NIL manufacturing using wire grid polarizer as an example.

WITec Application Note: ParticleScout for Automated Confocal Raman Imaging Analysis of Microparticles

This application note demonstrates the performance of the company instrument for the analysis of semi volatiles based upon the specifications of USEPA method 8270D. This application note describes the importance of spectroscopy for the future of smart agriculture.

Many grains look alike - except in the NIR. See how easily a compact spectrometer and its OEM equivalent can distinguish a dozen grain types with some simple analysis.

This application note explores the analysis of legal cannabidiol using FTIR transmission spectroscopy.

The Niagara Rapid Rinse is the simplest, lowest-cost method of improving throughput for ICP-MS applications. Time saved is typically 30%.

In this white paper we look at reverse engineering existing drug products using Raman imaging.

Raman imaging is a powerful research tool for understanding the molecular composition, structure and distribution of different chemical species.

Metallic nanoparticle analysis of semiconductor process materials to avoid contamination during fabrication with use of the Agilent 8900 ICP-QQQ