Multiscale studies of cells and organelles within entire organs
Our vision is to capture the fine microstructure of living plants and reveal the details of their interaction with the environment. This includes a feasibility study for foliar fertilization approaches in the framework of a Novonordisk founded project. In parallel we investigate the dynamics of plant based food foams by developing time resolved X-ray microscopy and nanoimaging in the lab and at synchrotrons.
We have the ambition to establish modern phase contrast X-ray microscopy as a complementary investigation tool in clinical practice. We explore the potential of our state-of-the-art X-ray scanners to perform 3D virtual histology of clinical tissue. We develop new algorithms and instruments to enable seeing in 3D what other clinical methods can not.
Our X-LIFE team at the Technical University of Denmark is collaborating with other research groups on research that combines advanced X-ray imaging techniques with plant science. A joint project is called "X-ray Tomographic Imaging of Nanoparticle Transport in Plants," which aims to visualize and understand how nanoparticles, potentially used as carriers for nutrients, move within plant systems. This research seeks to inform the development of innovative plant fertilization strategies, contributing to sustainable agricultural practices.