Article: Imaging dataset for COVID-19 research
Molecular Devices helps Recursion produce the largest publicly available set of human cellular morphological data for COVID-19 therapeutic research.
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Molecular Devices helps Recursion produce the largest publicly available set of human cellular morphological data for COVID-19 therapeutic research.
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Using scanning electron microscopy, researchers have captured images of epithelial cell cultures infected by SARS-CoV-2.
Researchers have captured the assembly of orthoreovirus, part of the Reoviridae family, inside infected cells using cryo-electron tomography.
This issue includes articles that explore how a next-generation genomics platform can be used for COVID-19 research, the elimination of neutralising AAV antibodies for gene therapies and a new quick and cost-effective biomarker technology for cancer diagnostics. Also in this issue are features on antibody therapeutics for COVID-19 and targets…
Scientists have patented their technique of inhibiting cellular growth factor signalling to stop SARS-CoV-2 replication and treat COVID-19.
Researchers observed new structures of alpha-synuclein aggregates in their study exploring how the presence of cell membrane phospholipids impacts protein aggregation.
Using cryogenic electron microscopy, scientists have observed the interaction between antibodies and their target molecules, providing information that could be utilised in the development of synthetic antibodies.
HCPs are critical to quality control in biologics development. If left unremoved, they can cause immunogenic responses and reduce drug efficacy.
A new technology named OligoFISSEQ has been created which can image and three-dimensionally map the genomes in hundreds of cells at the same time.
Drug Target Review highlights five of the latest imaging advancements in the field of microscopy.
A study of the SARS-CoV-2 nonstructural protein 1 (Nsp1) showed it can supress translation and inhibit anti-viral defence mechanisms, making it a potential target for drugs.
Mass production with iPSCs: how Ncardia has pushed the boundaries with high-throughput iPSC research.
Neuroinflammation study by combining human iPSC-derived astrocytes and HTRF.