Antisense oligonucleotide with potential to combat COVID-19 developed
Scientists have designed a compound named ASO-1 that could help to reduce immune response overactivation in patients with COVID-19.
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Scientists have designed a compound named ASO-1 that could help to reduce immune response overactivation in patients with COVID-19.
A new CRISPR gene therapy for chronic pain has been shown in mice to temporarily repress a gene involved in sensing pain.
A peptide that could treat multiple sclerosis caused no neurotoxicity or cardiotoxic effects in zebrafish, a study has shown.
A new study has revealed that immunoglobulin-M antibodies recognise microvesicles, which are critical for the progression of thrombosis.
A spectroscopic microscope has been developed by researchers to gather data on biological conformations faster and more accurately.
Cannabidiol's (CBD) anti-inflammatory properties could be harnessed to treat or prevent COVID-19, according to a new study.
A team has developed a novel inhibitor that blocks a protein in cancer cells, making drug-resistant tumours respond to chemotherapy.
Researches have provided a proof-of-concept that proteomic analysis could be used to identify drivers of aggressive cancers.
Six antibodies specific to the circumsporozoite protein of the malaria parasite have shown promise as therapeutic interventions, a study has shown.
A team have shown that a tumour-suppressing and killing molecule delivered to the brain by stem cells has been successful in mice.
A monoclonal antibody (mAb) cocktail, that targets sites on the Spike protein other than the E484K residue, can neutralise SARS-CoV-2.
Researchers have used artificial intelligence to screen 80 FDA-approved drugs and reveal which could be used as Alzheimer's treatments.
Researchers have found that mutations in SARS-CoV-2 T cell epitopes enable the virus to evade the immune response of killer T cells.
Sequencing and transcriptome data on iPSCs has been used to identify correlations between genetic variants and expression patterns.
A team has discovered how enzymes control the formation of bioactive rubromycin-polyketides, which could be used to bioengineer new compounds.