Mathijs Petrus Van Den Boogaard

Introduction

Mathijs Petrus van den Boogaard is a renowned inventor based in Boxtel, Netherlands. He has made significant contributions to the field of cryo-compatible technologies, particularly through his innovative patent focusing on sample grids used in cryo-electron microscopy.

Latest Patents

Mathijs holds one patent entitled "Multi Modal Cryo Compatible GUID Grid." This invention involves cryo-compatible sample grids that are designed with multi-modal cryo-electron microscopy (cryo-EM) compatible GUIDs. The grid structure features an outer support that delineates a sample-holding region and is integrated with multiple inner support structures defining apertures for sample containment. Notably, the design incorporates dual identifiers: a primary identifier on the outer structure, readable via optical detection, and a secondary identifier within the sample region, readable with an electron detector. This innovative design ensures that the second identifier is detectable even when occluded by ice formed during the vitrification process.

Career Highlights

Mathijs has been instrumental in advancing cryo-compatible technologies in his role at FEI Company. His work reflects a dedication to improving scientific methodologies through innovative inventions that enhance the capabilities of electron microscopy. His contribution to the development of the GUID grid stands as a testament to his expertise and commitment to advancing the field.

Collaborations

In his pursuit of innovation, Mathijs collaborates with notable colleagues such as Maarten Kuijper and Ondrej Ludmil Shanel. Their combined efforts exemplify a team-oriented approach to problem-solving in scientific research and technology development.

Conclusion

Mathijs Petrus van den Boogaard is a forward-thinking inventor whose work in cryo-compatible technologies continues to influence the landscape of scientific research. With his patent on the Multi Modal Cryo Compatible GUID Grid, he is contributing to the enhancement of methodologies in electron microscopy, paving the way for future innovations in the field.