Biological matter
An extremely high level of structural organisation is a key feature of all living beings, either plants, bacteria, animals, fungi, or even viruses. And all the details count, be it for biological functionality or for human use and understanding. After the first microscopes of Anthony van Leeuwenhoek, in the late 1600s, many types of microscopes have seen the light. The multidisciplinary use of all of them helps unravelling our world and our day to day challenges. How does a plant seed germinate? Why is the chaff of cereals so hard in mouth, how does an aphid pierce into a plant’s sugar sources, all these questions can be addressed with microscopy and research at the Consistence Laboratory in Barendrecht, where biological structures can be dissected despite level of hydration and complexity.








Contact us
To visit our laboratory, send a sample or learn what we can do for you.
email: info at consistence.nl
tel: +31 6 4468 1439
address: Fennaweg 53, 2991 ZA Barendrecht, The Netherlands.
Our aim is to provide world class microstructural insights and we are happy to receive feedback. Contact us for more information if this page is relevant to your research. Free use of the images and content of this webpage is permitted with reference to Consistence. Contact us for full resolution images.
Learn about the story of Consistence and the team behind it.