Designed for space-constrained labs, the compact AS/RS automates storage and retrieval, enables weight-based closed-loop tracking, and integrates with inventory systems, LIMS, and robotic automation platforms.

Automated DNA extraction and plasmid purification workflows combine magnetic bead kits with robotic platforms to enhance throughput, reproducibility, inhibitor removal, sequencing quality, and endotoxin-free preparation for downstream research uses.

A new automated workflow integrates magnetic bead chemistry with advanced liquid handling to purify endotoxin-free plasmid DNA in as little as 1.5 hours, supporting scalable transfection, and viral vector production.

A liver-focused synthetic promoter library delivers precise, tissue-specific gene expression with low background activity, compact sequences, and flexibility suited for advanced in vivo gene therapy applications.

A newly launched CRO has acquired an established human tissue laboratory with nearly 30 years of experience supporting preclinical and clinical research.

An expanded synthetic biology platform enables the assembly of long, high-complexity DNA sequences, reducing technical barriers and supporting next-generation research in medicine, vaccines, and agriculture.

An automated, contactless liquid dispensing platform supports precise low-volume workflows, helping laboratories improve efficiency, and integrate flexible automation into modern research environments.

A survey finds many electronic lab notebooks lack support for modern research, causing repeated experiments and manual data handling, and increasing demand for AI-enabled ELNs that guide workflows and data interpretation.

A UK bioanalytical technology company has been ranked among the fastest-growing private tech firms, reflecting strong revenue growth and rising adoption of mass photometry tools across academia, biopharma, and manufacturing over the past three years.

A rapid sterility test using rRNA-targeted nucleic acid amplification delivers results in seven hours with high sensitivity and accuracy.