Using pharmacologically-established medicines to treat COVID-19
A new suggestion has highlighted that the available pharmacologically-established existing medicines should be used to combat COVID-19.
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A new suggestion has highlighted that the available pharmacologically-established existing medicines should be used to combat COVID-19.
Scientists have designed a high affinity antibody for pathogenic amyloid beta oligomers, a key driver of Alzheimer’s disease, for use in further research and as a potential diagnostic tool.
The stem cells in-depth focus includes articles on using computational approaches to expand the applications of stem cell therapies and how organoids could be used to speed up the drug discovery process with a focus on retinal disease.
This in-depth focus features articles on using combinations of immuno-oncology drugs to target solid tumours and haematological cancers and how neoantigens of cancer cells could be used as the basis of novel immuno-oncology vaccines.
Included in this in-depth focus are articles on how high-throughput screening can be used to identify lead compounds, using chemoinformatics as a map to guide drug discovery and a novel in vitro model to screen potential treatments for non-alcoholic fatty liver disease (NAFLD).
A review of pain research suggests it is biased towards males, despite most chronic pain sufferers being female, resulting in ineffective analgesics.
In this issue authors discuss the development of COVID-19 antibody therapies, how high-throughput screening enhances research at the Crick Institute and why combinations of immuno-oncology drugs could revolutionise treatment of advanced cancers. Also included in the issue are articles on stem cells and imaging.
A group of German researchers has proposed an empty phage capsid with ligands on its surface as a novel technique to treat influenza.
Find several chemical formulas for potential COVID-19 therapeutics and drug targets currently in development here.
Macaques were protected against SARS-CoV-2 infection both after an initial infection and vaccination with a prototype vaccine, researchers suggest humans could respond similarly.
An antibody called S309, identified in a blood sample from a SARS patient, inhibits related coronaviruses, including SARS-CoV-2, researchers have found.
Scientists have developed a method for designing artificial proteins that tell the immune system which antibodies to produce so could enhance vaccine design.
A detailed analysis of the body's immune response to COVID-19 has revealed that it can recognise SARS-CoV-2 in many ways, meaning vaccines can be used to stop the spread of the virus.
Researchers have found that antibodies produced in response to SARS and COVID-19 are cross-reactive, but not cross protective in cells and mice.
A new article has outlined the body's inflammatory response to COVID-19 infection, saying that lipid mediators derived from omega-3 fatty acids could prevent life-threatening inflammation.