Tag: high-throughput screening

Researchers have developed shotgun genetic engineering, a method that screens millions of randomly assembled metabolic pathways in mammalian cells and ...

Researchers have developed DyME, an open-source platform that automates high-throughput mutagenesis, molecular dynamics simulation, and comparative analysis of thousands of ...

Researchers have developed shotgun genetic engineering, a multiplexed strategy that screens millions of combinatorial genetic designs in mammalian cells within ...

The latest volume of SLAS Discovery showcases how artificial intelligence, deep learning and data-mining strategies are accelerating drug discovery across ...

Researchers in China have adapted blood vessel organoid production to a 96-well ultra-low-attachment plate, enabling independent, cost-effective, and higher-throughput vascular ...

Researchers have miniaturised a semi-perfusion clone screening method to a 96-well deepwell plate format and shown that a multi-parameter manufacturability ...

Researchers have identified the first small-molecule activators of the Staphylococcus aureus ClpC/ClpP protease, mapping two druggable regulatory sites that could ...

A new review in Letters in Functional Foods surveys how marine organisms yield drug candidates such as trabectedin and vidarabine ...

The EpiBio-24 conference in Amsterdam showcased maturing epigenetic engineering tools, durable gene silencing in animal models, and growing clinical momentum ...

The University of Kansas has received a $5.8 million NIH Phase 3 COBRE award to sustain its Chemical Biology of ...