Licensed drug may reduce COVID-19 infection by 70 percent
Fenofibrate and its active form, fenofibric acid, have been shown to significantly reduce COVID-19 infection in human cells.
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Fenofibrate and its active form, fenofibric acid, have been shown to significantly reduce COVID-19 infection in human cells.
The RNA-modifying protein METTL1 could be targeted to treat some types of aggressive cancers, including brain, blood and kidney.
Scientists have shown that start codon disruption with CRISPR-Cas9 gene editing can prevent Fuchs’ corneal dystrophy in mouse models.
Study shows that removing the protein IGF2BP3 slows cancer growth and increases chances of survival of rare types of leukaemia in mice.
Researchers have added to evidence that farnesol prevents and reverses brain damage linked to Parkinson’s disease in mouse models.
A new “atlas” has been created in the US that charts how 152 different antibodies attack the SARS-CoV-2 Spike protein.
A new computer algorithm has identified highly conserved sequences in viral proteins that could make the best drug targets for COVID-19.
New research has shown that the protein Piezo 1 prevented Treg cells from controlling the effects of inflammation in a multiple sclerosis mouse model.
In this article, Dr Rajasree Kalagiri explains research into the use of monoclonal antibodies for the differential recognition of phosphohistidine-containing peptides.
Research by a team in Canada reveals a promising therapeutic target to counter HER2-positive breast cancer.
US researchers have developed an antisperm monoclonal antibody that could become a safe and effective birth control method.
In this article, Dr Jim Burns discusses promising pre-clinical results of how a new platform could treat the root cause of many devastating genetic diseases including myotonic dystrophy type 1.
A team in Switzerland have demonstrated how artificial intelligence could be used in the search for new pharmaceutical agents.
Researchers in Australia have discovered a new site on the COVID-19 Spike protein that could be targeted by an anticoagulant drug.
The activation of the protein p53 was shown to boost immune responses against cancer tumours in mice in a new study, potentially widening access to immunotherapy.