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The test measures changes in wavelength to quantify the presence of disease in a patient sample in about 40 minutes.

Scientists have developed a simple, cheaper genome editing method that can be used on many insects, raising hopes for applying the technology to produce more edible bugs.

Scientists from Kyoto University in Japan edited the genes of cockroaches using CRISPR-Cas9 for the first time.

Do a person's antibodies work to block the COVID-19 virus from infecting one's system? Are these antibodies also capable of blocking emerging variants such as the omicrons?

Welcome to the April 15, 2022 installment of Research Roundup , a recurring snapshot of recent studies published by scientists at the Broad Institute and their collaborators.

A team of Stanford scientists uncovered new details about the location of viral molecules in a cell after coronavirus infection.

A human cell being infected by a coronavirus is a crowded place as the virus turns its host into a virus-replicating machine. Now, for the first time,

The multiplex detection approach outlined in this study has the potential to address the need to rapidly characterize the phenotype and clinical response to continually emerging SARS-CoV-2 variants as the COVID-19 pandemic continues.

Using high-throughput confocal super-resolution microscopy, scientists visualize the genomic material of the human coronavirus HCoV-229E.

A new study reports a tool to enable RNA purification by sequence, helping to determine the structure, chemical modifications, and interactions between different RNA molecules.