14
Aug 2026
Muscle cells play a vital role in repairing fractured bones
Bone healing is a complex process that depends on the coordinated activity of many different cell types.

The process of bringing your healthcare innovation to the market is lengthy and complicated. Besides the clinical or humanistic value that your product generates, for example by decreasing complication rate, prolonging survival, improving patient flow etc., the economic value needs to be demonstrated to healthcare payers.
Using Health Technology Assessment, the value of a novel medical intervention is quantified by simultaneous analysis of effects on patient outcomes and total costs of care associated with the innovation in comparison to the standard of care. An objective measure of the medical innovation’s value is generally required for (national) reimbursement applications.
Mercury Pharmaceuticals offers tailor-made Health Technology Assessment expertise through:

Clinical trials are very important as it allow us to evaluate the effectiveness of new drugs, new devices, preventative strategies or treatment strategies. It also enables us to discover better ways for patients' care.
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Our mission remains constant as we endeavor to deliver novel medicines to patients with cancer, treating solid tumors with high unmet medical needs in well-defined patient populations that are currently not well supported.
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Whether you're looking to manufacture toxicology batches or cGMP material for clinical trials, we can help you expedite molecules to clinic with full transparency.
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14
Aug 2026
Bone healing is a complex process that depends on the coordinated activity of many different cell types.
14
Aug 2026
A research project at UiA is working to combat one of the world’s most neglected tropical diseases. A mobile app has now been developed to train healthcare workers in Africa to detect the disease.
14
Aug 2026
Glycoprotein VI, or GPVI for short, is a surface receptor found exclusively on platelets and their precursor cells, megakaryocytes in the bone marrow.
14
Aug 2026
AI-based "tissue clocks" can estimate the biological age of human organs from histological images, researchers at the CeMM Research Center for Molecular Medicine of the Austrian Academy of Sciences and the Ludwig Boltzmann Institute for Network Medicine (LBI-NetMed) at the University of Vienna showed.