Life Science & Biotechnology

Artist's impression of force-induced DNA melting. When DNA is
extended using optical tweezers (red cone represents laser focus,
white globe microsphere attached to DNA end) and a high tension
is applied, it melts: the base pairs connecting the two strand break
and the double helical structure vanishes. Two single strands of
DNA are left over. (© LLAMS Wuite, Peterman)

Biochemistry and Biology

Biochemical Imaging, Cells and Viruses
Biochemical Molecular Interaction

Photosynthesis
Biophysics
Protein Dynamics
Microscopy
Medicine

Cancer Research and Diagnostics
Biomedicine
Medical Laser Applications

Optical Coherence Tomography

Biomedical Optics/Photonics
Vision
Genetics, DNA, RNA, etc…
Neurosciences

Deep Tissue Imaging

Food Science and Agriculture