Microscopy has seen an enormous development over the last years. Century-old convictions wereoverturned. Now, light microscopes can be used to image at single-molecule resolution and electronmicroscopes can be used for live-cell observations. In addition, microscopes can measure anincredible variety of parameters ranging from protein-protein interaction, cell surface tension,elemental composition to polarity of the probe environment and many more. Our research harnesses the power of microscopy to generate knowledge on how plants work and todevelop biotechnolocial applications. The fruitfulness of this approach is documented by 43publications that appeared in international peer-review journals (e.g. PNAS, Currenet Biology,Molecular Plant, Nature Plants) over the last 15 years.
Scientific focus developed a camera system with high sensitivitiy and signal-to-noise ratio for cost-efficient fluorescence and bright field microscopy.
We can help you to develop imaging strategies and to realize them.
Microscopy has seen an enormousdevelopment over the last years. Century-oldconvictions were overturned. Now, lightmicroscopes can be used to image at single-molecule resolution and electron microscopescan be used for live-cell observations. Inaddition, microscopes can measure anincredible variety of parameters ranging fromprotein-protein interaction, cell surface tension, elemental composition to polarity of the probeenvironment and many more.We can help you to find the right solution foryou and to realize the full potential of whatmicroscopy offers today!
Scientific focus providessupport for all aspects ofyour microscopy-relatedresearch project.