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Up-to-date access to technology licensing opportunities worldwide.
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Licensing opportunities
Coupling drug substances with hydroxyethyl starch (HES) derivatives to improve pharmacokinetics and pharmacodynamics. More
The University of Edinburgh has perfected a genetic engineering strategy in mouse embryonic stem cells to replace large regions of mouse chromosomal sequences (>100kb) with the corresponding human syntenic region. More
Technology regarding new methods to efficiently and cost-effectively produce recombinant proteins from the milk of genetically-modified farm animals, applying methodologies of genetic engineering and transgenesis to pharmaceutical manufacturing. More
A new technology to address several current stumbling blocks in animal cloning. This technology dramatically enhances the probability of producing normal offspring that are truly genetically identical. More
Researchers at the University of Edinburgh have identified two protein domains (MBD and CxxC) proven to isolate methylated and non-methylated CpG islands (CGIs), respectively. More
Sensitive and quantitative assay for the screening of trinucleotide repeat (TNR) mutations. More
Overexpressed in Werner's Syndrome Fibroblasts More
The advantage of this drug delivery system is the ability to directly target specific skeletal sites of disease, while also being able to administer the lowest, clinically effective dose possible, thereby lowering the potential for harmful side effec More
Increase in lifespan More
Overexpressed in Werner's Syndrome Fibroblasts More
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