News and events

NextGenPCR Webinar: Accelerate your research!

Have you ever heard about our NextGenPCR system? It enables you to process many more samples while saving time, costs, and energy. At Isogen Life Science, we believe this technology can truly benefit your research. That’s why we’re excited to invite you to our next NextGenPCR webinar!

Dr. Gert de Vos (Director at Molecular Biology Systems) will introduce the endpoint system NextGenPCR and explain the specific features that make it the fastest thermal cycler in the world. Following the introduction, Annelieke van Bergen (research technician at Fontys Hogeschool) will present the different applications where the system is helping accelerate ongoing research, showcasing how NextGenPCR speeds up the PCR amplification step and it matches any application!

Stay until the end for exciting NEWS for all PCR users!

Webinar: Optimizing Fluorescence Detection

The use of microplate readers for fluorescence detection can be optimized. Learn more about it with Mariska Verbeek, plate reader specialist at Isogen Life Science.

Upcoming Webinar: Digital SPR fors in-depth characterization of the charge variants

On the 26th February, Nicoya hosts a webinar online at 14:00 (CET). Join us to Get the insights about how digital SPR workflow provides in-depth characterization of the charge variants of a therapeutic bispecific antibody (BsAb) Mosunetuzumab and a research-grade biosimilar.

Webinar: 3D Models on Pre-Clinical Research

On-demand Webinar about 3D Model designs for Pre-clinical research.

DNA/RNA Quantification Webinar

We invite you to join our webinar to explore the critical importance of selecting the right RNA/DNA quantification method—whether it's absorbance, fluorescence, or multimode techniques.

Native icIEF-MS for ADC Characterization

In the competitive field of antibody-drug conjugates (ADCs), mastering charge heterogeneity is critical but challenging compared to their monoclonal antibody precursors. Join our webinar to discover how native icIEF-MS can reveal in-depth information that often eludes conventional methods.