New study revives long-doubted target for depression drugs
Researchers have shown that changing the molecular structure of NK1 receptor antagonists may restore antidepressant effects after decades of failed trials.
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Researchers have shown that changing the molecular structure of NK1 receptor antagonists may restore antidepressant effects after decades of failed trials.
Researchers have identified a biological pathway linking sugar and appetite for alcohol, suggesting that rare sugars could one day form the basis of new therapies and approaches for reducing alcohol consumption and treating dependence.
Spanish researchers have discovered a key inflammatory mechanism that could lead to new innovative treatments to reduce liver damage and improve vascular function in cirrhosis.
Researchers have engineered new extracellular vesicles that can selectively induce antigen-specific regulatory T cells, possibly leading towards safer, more precise treatments for autoimmune and allergic diseases.
PolyU researchers have developed a new acid-resistant hydrogel inspired by natural gastric mucus that adheres far better than current treatments.
A new study is challenging long-held beliefs about dopamine’s role in movement, revealing new insights into how Parkinson’s disease treatments work and pointing towards more targeted future therapies.
What if a T-cell therapy could activate only inside a tumour? New preclinical data on Molecular Partners’ Switch-DARPin suggest it may do just that.
A preclinical study led by VHIO reveals that the MYC inhibitor Omomyc enhances the effectiveness of PARP inhibitors, offering a potential new treatment strategy for patients with drug-resistant triple-negative breast cancer.
Insilico Medicine has announced ISM3830, an AI-designed CBLB inhibitor that has demonstrated promising preclinical results.
Priming the immune system ahead of a stem cell transplant may be key to safer, more effective care for blood cancer patients, according to new research showing major reductions in transplant complications.
Scientists have discovered that the drug Rhosin can rejuvenate ageing blood stem cells by inhibiting a key protein linked to cellular decline, providing a potential new strategy to combat age-related diseases.
Researchers have discovered that dexamethasone, a widely used anti-inflammatory drug, could help combat metastases in hormone-resistant ER+ breast cancer.
A naturally occurring amino acid commonly found in supplements has reduced harmful amyloid build-up and eased symptoms in animal models of Alzheimer’s disease.
Stanford researchers have cured Type 1 diabetes in mice using a combination of blood stem cell and pancreatic islet cell transplants.
Patient-derived xenograft models are reshaping colorectal cancer research by preserving the complexity of real tumours, potentially helping scientists to develop new therapies in the future.