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How single-use technologies can improve antibodies production  

Drug Discovery World

DDW Editor Reece Armstrong speaks to David Chau , Global Bioprocess Application Specialist, Separation and Purification Sciences Division, 3M, about challenges in producing monoclonal antibodies (mAbs) and how single-use technologies can simplify processes. RA: What are some of the current limitations for producing mAbs?

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The latest drug discovery product launches

Drug Discovery World

DNA Script: SYNTAX DNA printing platform Using the company’s EDS technology, the SYNTAX platform can synthesise up to 96 highly accurate, ready-to-use DNA oligos with maximum lengths of up to 120nt in less than 24 hours in the laboratory. The platform works with the SYNTAX Hi-Fidelity reagent kits for synthesising longer oligos.

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Transforming Biomanufacturing: Potential of Cell Free Systems

Roots Analysis

Biomanufacturing utilizing cell free systems is an emerging area of research that enables the synthesis of different biomolecules, such as cytotoxic proteins, fusion proteins, post translationally modified proteins, antibodies, enzymes, vaccines and other complex proteins, without the use of living cells.

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Reflecting on PEGS Europe 2023 

Drug Discovery World

The company’s goal is to accelerate functional characterisation and shortenoptimisation time in antibody discovery and t-cell workflows. This presentation covered three primary drivers for a protein expression model: speed, cost and sustainability. “It GSK has developed high-throughput mammalian and E.

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Leveraging flow cytometry in drug discovery 

Drug Discovery World

Accordingly, advances in flow cytometry technology – both in instrumentation and reagent offerings – are enabling researchers to decipher these questions, leading to new discoveries and diagnostic tools. . Best antibody development practices are summarised in Fig. Overview, evolution, trends .

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CRISPR breakthroughs: New solutions for common diseases

Drug Discovery World

Rolf Turk , Senior Manager, Genomics Medicine at Integrated DNA Technologies, examines how CRISPR is being used to enhance cancer therapies. Nucleic acid-based diagnostics, which typically require PCR reagents and laboratory equipment, are crucial for identifying, treating, and preventing common infectious diseases.

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Reflections from AACR 2023

Drug Discovery World

I think they are still just at the cusp of really understanding how we use the molecular degrader and how we optimise them towards something that is clinically relevant, rather than a research tool which shows we can degrade the protein and understand the pharmacology but isn’t necessarily endowed with all the right properties to be a drug.

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