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protein-protein interaction networks

The companies will jointly validate novel drug targets identified by Scipher's molecular interaction network platform for patients with inflammatory bowel disease.

The gene expression test retrospectively identified rheumatoid arthritis patients significantly less likely to respond to TNF inhibitor therapy.

The startup aims to develop a low-cost, high-throughput proteomics platform that combines biochemistry with computer science and information technology.

The protein-protein interactions tallied in the project are expected to inform future studies of biology and disease in various tissue and cell types.

The company believes it can provide tests to predict patients' responsiveness to specific drugs akin to the molecular diagnostics that have now swelled the oncology space.

The system, called EvolvR, can continuously diversify all nucleotides within a tunable window at user-defined loci using CRISPR-guided nickases.

Using pathway and network analyses, researchers identified overlapping genes and biological processes behind smoking and schizophrenia, including new candidate genes.

Genome Canada and its partners recently funded two new initiatives with C$255 that will back precision medicine, genomics, and technology development.

The Danish informatics firm is exploring analytical tools for its InWeb_InBioMap network, which currently contains more than 700,000 protein-protein interactions. 

Researchers get a clear image of the DROSHA protein and gain a better understanding of the Microprocessor complex involved in miRNA biogenesis. 

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The US Food and Drug Administration is to announce stricter standards for emergency authorizations of SARS-CoV-2 vaccines, reports the Washington Post.

The Associated Press reports Johnson & Johnson is starting a late-stage clinical trial of its candidate SARS-CoV-2 vaccine.

Bloomberg reports the budget of Operation Warp Speed is actually $18 billion, higher than the number typically cited.

In Genome Research this week: genomic analysis reveals role of super-spreaders in SARS-CoV-2, epigenetic drivers of cancer, and more.