The system is fully automated and has proven to be very robust.
By selectively inactivating the Pkd1 gene, the embryonic or postnatal lethality is overcome, which makes this model very useful in studying the onset of the disease.
A potential method for the therapeutic intervention in patients suffering from Cerebral Autosomal Dominant Arteriopathy (CADASIL).
The APOE3 mouse is sensitive to diet-induced hyperlipidemia, obesity and insulin resistance as well as premature atherosclerosis.
A method by which two mediators of the pathological response seen in inflammatory diseases such as RA can be modulated using anti-sense oligonucleotides and exon skipping.
A simple and robust approach to efficiently remove unwanted solvents from liquid mixtures containing dissolved chemical components.
This novel 3D cell culture assay is highly suited for high throughput drug screening, especially in cancer research.
The method allows for easy and fast sample purification and enrichment and can easily be integrated with commercially available nanoESI robots.
The device is free of moving parts and is suited for earth based and space based measurements. It measures Spectropolarimetry over a large field of view in various dimensions.
A novel Surface Enhanced Raman Spectroscopy (SERS). This SERS-based sensor allows for dynamical and re-usable measurements and can be used with standard RAMAN equipment.
A new ruthenium-based photoactivatable prodrugs, which can be converted upon visible light irradiation into species active against cancer cells.