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US researchers, using a 3D neural tissue model, found that compounds from green tea and resveratrol could diminish Alzheimer’s amyloid plaques in lab tests, with no side effects.
This Malvern Panalytical guide explores the use of Xray powder diffraction (XRPD) as a powerful tool to develop and improve pharmaceutical formulation.
In this exclusive Q&A, Dr Robert Baldock, Research Scientist at the University of Portsmouth, discusses the compound hydroquinine and how it could be used as an effective weapon against a pathogen that causes serious infections in humans, mostly hospital patients.
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German researchers have designed peptides that bind to amyloidogenic proteins linked to Alzheimer’s and type 2 diabetes, to effectively suppress both cytotoxic amyloid aggregation and amyloid cross-accelerating interactions.
US researchers have engineered bacteriophages to deliver CRISPR-Cas payloads for targeted editing of a bacterium.
Researchers have found that beer hop compounds can inhibit the clumping of proteins associated with Alzheimer's disease.
A UNIGE team reveals that a drug used against herpes can fight a bacterium that is resistant to most antibiotics by weakening its defence mechanisms.
US scientists have found strong evidence for testing VCU-manufactured drugs in liver cancer.
UPF and John Hopkins scientists have discovered how cancer cells exposed to high viscosity environments change their movements to improve their invasiveness and favour metastases.
Spanish researchers have discovered that vitamin C may hold the key to improving the efficacy of dendritic cell-derived anticancer therapies.
Streamline your cancer research using this guide that groups antibodies against critical cancer biomarkers according to biomarker type or tissue type.
MIT researchers have developed a technique that could help the production of monoclonal antibodies and other useful proteins.
Researchers from the University of California have developed the first pre-clinical model of appendiceal cancer, containing all elements of the tumour.
A recent study in mice revealed that an ion channel already proven to affect blood pressure in obese mice plays a role in suppressing their breathing, influencing sleep apnoea.
