Analytical Methods

Automation is one asset that benefits cell harvesting by cutting out laborious manual steps and minimizing contamination.

Correct organization and appropriate methods for demonstrating biosimilar comparability are important for supporting regulatory filings.

Thermo Fisher Scientific has added a new suite of immune repertoire assays that offers high detection rates of malignant clones, allowing researchers to better assess blood cancers.

The ever-increasing complexity of biotherapeutic molecules presents unique analytical challenges for developers.

Developing analytical methods and bioassays is necessary from early on in the drug development life cycle.

Gene therapy products present a unique set of challenges for the control of host cell protein impurities.

Sophisticated analytical technologies are complementing traditional approaches in the identification of residual process-related impurities of biotherapeutics.

Microfluidic Modulation Spectroscopy is a recent innovation in infrared spectroscopy techniques that improves elucidation of secondary protein structure.

A new media panel, gene kit, and advanced resins that are now in Thermo Fisher Scientific’s gene therapy portfolio aim to reduce manufacturing costs and increase gene therapy viability.

New biologic modalities, such as cell and gene therapies, pose increasing difficulties in viral clearance testing methods.

New challenges in extractable and leachable studies for cell and gene therapy products.

Chalmers University researchers have developed a method to label and track mRNA molecules.

The increased number of regulatory filings for cell and gene therapies requires reevaluation of bioassay methods because of their complexity.

Assessing biosafety using NGS-based tests requires a continuum of skills in molecular biology, biocomputing, virology, and quality systems.

Mass spectrometry and automation are growing in importance for protein characterization, but further improvements are still needed.

Dynamic light scattering presents a good analytical technique for testing protein stability.

The need for real-time monitoring and control has spurred the development of new analytical tools.

The companies intend to design and implement algorithms for the early stages of research for drug discovery and development of drug candidates to treat Alzheimer’s disease.

The acquisition strategically expands SPT Labtech’s offering in sample management for life sciences.

The new ultra-sensitive second-generation micro-chip technology is a key enabler in advanced single-cell proteomics workflow.

PathoQuest will apply its experience in viral safety testing and quality control of biologics for mitigating the risk of adventitious agent contamination in biopharmaceutical manufacturing.

Nexelis’ recent acquisition of GSK’s Marburg, Germany-based vaccines clinical bioanalytical laboratory expands its bioanalytical capabilities.

Vendors are finding ways to address the increasingly complex analytical challenges in the biopharmaceutical industry to further biotherapeutic development.

Clear understanding of what exactly the biomolecule entails is essential.

A novel PTA technology captures more than 95% of the genomes of single cells, providing more uniform, accurate, and reproducible single-cell analysis data.

The expansion of the companies’ partnership will integrate lead optimization efforts to advance cancer immune therapy drug discovery.

The partners have established PathoQuest, Inc., a US subsidiary, and will construct an NGS-based testing lab at Charles River’s Wayne, PA, site.

Early detection and more sensitive methods of detecting adventitious agents are becoming increasingly critical in bioprocessing.

Samsung Biologics has adopted Solentim’s cell seeding and cell metric platforms at its new R&D center in San Francisco, CA.

Mogrify’s new technology platform, EpiMOGRIFY, can predict cellular switches important for determining cell identity, cell maintenance, directed differentiation, and cell conversion.