Latest Compendiums

In the pharmaceutical and biopharmaceutical realm, continuous analysis is vital for development and to ensure products are and remain safe. Technological innovations help the industry to grapple with analytical challenges and optimize therapeutics manufacturing.

Download this compendium to learn more about developments in high-throughput screening, target-based drug discovery and fragment-based drug discovery.

Discover a system that brings the ease of compound tuning, and the specificity of mass spectrometry, into the throughput realm of plate readers.

Most tandem mass spectrometry applications today use collision induced dissociation, which has proven to be an invaluable tool.

Accurate kinetics and affinity data is essential for predicting the efficacy of novel therapeutics and for making quick decisions about weak candidates. However, analysis methods that require labelling can cause steric interference and influence data outcomes.

This content pack contains a variety of webinar and technical note resources to support you in building better genetic medicine products. Download this content pack to discover optimized methods for impurity and integrity analysis.

This content pack contains a variety of webinars, technical notes and a compendium of resources to help you overcome a variety of common lentiviral development challenges. Download this content pack to discover innovative solutions for more comprehensive proteome characterization.

The journey from drug discovery to market launch is a complex and expensive pathway that typically spans several decades. There are many factors involved in identifying and designing a successful candidate at various stages of the development pipeline including screening, design, kinetics, scale-up and many more

Access this exclusive compendium for a selection of Technology Networks’ most popular content in this rapidly developing topic area including infographics, listicles, talk recordings and more.

Designing and performing assays that accurately measure the binding kinetics of biomolecular interactions requires highly technical skills. Hence, such methods can feel out of reach for many scientists.