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University: University of St Andrews
Sector(s): Life Sciences, Healthcare & Pharmaceuticals
Such compounds are alos prevalent in the material industry, such as ferromagnetic materials and TeflonTM Our technology allows a novel approach to the generation of stable fluorine-containing compounds which offers significant and advantageous changes to physical and pharmacokinetic properties. Additionally, it is capable of producing radiolabelled fluorinase compounds for positron emission tomography scans (PET scans) using equipment presently found in PET labs.
St Andrews University would be happy to discuss this technology transfer opportunity.
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Bisnaphthalimido derivatives exhibit considerable potential as cytotoxic agents for cancer therapy. We have created a number of new bisnapthalimidopropyl derivatives which feature polyamine linkers between the bisnapthalimidopropyl fragments. Compared to previous derivatives, the new compounds have ...
Bisnaphthalimido derivatives exhibit considerable potential as cytotoxic agents for cancer therapy. To realise this potential, we have created a number of new bisnapthalimidopropyl derivatives which feature polyamine linkers between the bisnapthalimidopropyl fragments. Compared to previous derivativ...
Optical microfluidic sorting will allow biological or other matter to be sorted or fractionated by criteria including size, shape, density and refractive index. The technique may have the ability to sort matter from the scale of macro-molecules all the way up to large cells. In addition to the techn...
Heriot-Watt has demonstrated a lens & software system that images and tracks live cells, cell processes and small particles in real time in 3D.
Compatible with existing microscopes, this technology is available for license, development or purchase for use in microscopy applications such as fluor...
Combining the sequential use of 2 enzymes – fluorinase and nucleoside hydrolase – we have successfully produced a new radiotracer with potential as an imaging biomarker for PET scans. The fluorinase enzyme combines fluorine with S-adenosyl-L-methionine (SAM) to generate 5'-fluro-5'-deoxy...