Tag: high-throughput screening

Scientists report a closed-loop high-throughput platform whose FLASH algorithm cuts chromatographic data processing from days to hours for solubility, LogD, ...

A sensitive nanoluciferase zebrafish platform quantified cardiac stress in a Marfan syndrome model, but none of more than 1,500 screened ...

A new review argues that adding trace elements below 0.5 weight percent can strengthen gold through coupled precipitation, grain boundary ...

A comprehensive narrative review finds that predictive AI can accelerate pollutant hazard assessment, monitoring, and exposure modeling, but only as ...

A new equivariant graph neural network predicts charge density and band structures across the periodic table more than ten times ...

A peer-reviewed animal study using SwiVirScan found broad viral antibody histories in 127 adult breeding pigs and identified an association ...

New open-source software uses deep learning to automate the quantitative assessment of Fusarium root rot in cereal seedlings, overcoming the ...

Researchers have mapped 266 disease-linked Adverse Outcome Pathways to design a panel of 15 high-throughput bioassays that screen chemicals for ...

A clonal DNA barcoding platform pools organoids from many colorectal cancer patients in one dish, tracking drug sensitivity through barcode ...

A comprehensive review maps how approved drugs—from anticancer agents to antidepressants—can be systematically repurposed to combat drug-resistant superbugs.

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 ...

In recent years, the world of genetic engineering has revolved around innovative tools capable of precise genome modifications. One of ...

A 3D printer that rapidly produces large batches of custom biological tissues could help make drug development faster and less ...