Projects
An ultramicrotome to visualise the invisible: from subcellular signalling to the evolution of nematodespermatogenesis Ghent University
Transmission electron microscopy (TEM) has an irreplaceable role in the imaging of biological samples and is gaining greater importance in actually visualising and verifying processes that are hypothesised based on emerging molecular studies. Hence, the requested ultramicrotomeU+2014to prepare high-quality and uniform serial selectionsU+2014is an indispensable and durable complement to several lines of vastly evolving, innovative research. ...
Services in the field of electron microscopy. University of Antwerp
State-of-the-art 120 kV Transmission Electron Microscope (TEM) for biomedical research Ghent University
The transmission electron microscope (TEM) is a valuable tool in biomedical sciences at the subcellular morphological examination. Moreover, can be localized with antibodies specific proteins (immunofluorescence labeling). Usually samples are chemically fixed, dehydrated, embedded in rosin, cut and contrasted. This chemical fixation may induce structural changes, and provide for a displacement of soluble proteins. Moreover complicate ...