Mark Eggink

Principal Scientist at Byondis

Mark Eggink is a Principal Scientist and Group Lead for NBE method development in Phys/Chem at Byondis since May 2010, focusing on assay development and validation of new biological entities, including monoclonal antibodies and antibody drug conjugates. Prior experience includes roles as Lead Scientist/Project Leader in Bioanalytics at Synthon from October 2008 to May 2010, and as a Researcher in Bioanalytics at VU University Amsterdam from September 2004 to August 2008, where Mark Eggink developed multidimensional chromatographic techniques and mass spectrometry methods for biomarker detection. Mark Eggink holds an MSc in Pharmaceutical Sciences from Vrije Universiteit Amsterdam and an engineering degree in Analytical Chemistry from Saxion University of Applied Sciences.

Links


Org chart

No direct reports

Teams


Offices

This person is not in any offices


Byondis

1 followers

With a passion for outsmarting relentless cancers and autoimmune diseases, Byondis takes precision medicines to the next level. We are driven by one goal: providing novel treatments with high efficacy and low systemic toxicity for patients with high unmet medical needs. Many companies work in the areas of unmet need. What differentiates Byondis is its focus on producing a broad spectrum of molecular concepts, ranging from small molecule chemistries to complex protein structures. We engineer smaller and larger molecular functionalities that may be combined to target the right part of the body. This involves: • Next generation antibody-drug conjugates (ADCs), including proprietary linker-drug (LD) technology to generate multiple ADC candidates targeting different indications • Site-specific conjugation technology • Monoclonal antibodies (mAbs) • Highly selective, disease-targeting small molecules The success of our company fully depends on our people. To them, we aim to provide a fair, open and inspiring working environment, where there is room for ambition, entrepreneurship and new initiatives leading to new medicines that save and transform patients’ lives.


Employees

201-500

Links