1
May 2026
Identifying the ages when Alzheimer’s biomarkers sharply change
New research identifies critical ages for Alzheimer's biomarkers, enhancing screening strategies and understanding neurodegeneration across the aging spectrum.

Neurosciences encompasses a broad range of research from the molecular (e.g. aptamer research) to clinical (e.g. research into concussion from sports).
Our goal is to be internationally recognized in 3 areas (neuro-oncology, dementia and neurodegeneration and molecular psychiatry). We have a bench to bedside approach capitalizing on our quite unique staff profile ranging from basic biomedical scientists through pharmaceutics to clinicians.
We also focus on collaborations with our local charities and a network of researchers and clinicians across the world.
We have a significant local impact in our neuro-oncology research. One strand of our Molecular Psychiatry group is research into legal highs and this research has had an impact on the government drug policy. Our Dementia and Neurodegeneration group is funded by the company.
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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1
May 2026
New research identifies critical ages for Alzheimer's biomarkers, enhancing screening strategies and understanding neurodegeneration across the aging spectrum.
1
May 2026
While AI scribes reduce documentation time, their effect on after-hours work is minimal, highlighting the need for further studies on clinician productivity.
1
May 2026
The study links facial aging rates to cancer outcomes, suggesting a new prognostic tool that could personalize treatment and enhance patient survival.
30
Apr 2026
Short-term nutritional state can reshape T cell metabolism, with post-meal lipid metabolism enhancing T cell metabolic capacity, cytokine production, and persistence after activation. The study identifies triglyceride-rich chylomicrons as key drivers of this effect, suggesting nutritional timing may matter for immune monitoring, vaccination research, and cell-therapy manufacturing.