high-throughput systems

High-throughput sequencing technology supports mangrove protection efforts.

With the help of directed evolution, scientists inch closer to developing viral vectors that can cross the human blood-brain barrier to deliver gene therapy.

Researchers require an accurate and high throughput method to evaluate proteolysis targeting chimera (PROTAC) interactions. 

Researchers assessed the binding affinities of PROTAC binary and ternary complexes with Spectral Shift technology.

Scientists used Spectral Shift assays to assess binding affinity and degradation of the oncogene regulator WDR5.

As technologies advance, laboratory automation becomes reachable for researchers seeking high throughput approaches and reproducible results.

Learn how to obtain high throughput DNA purification that improves next-generation sequencing.

An expanded, high-quality chemical library provides efficient hit series identification of drug candidates.

Modern screening methods help usher in a new age of antibody therapeutics. 

Discover how machine learning helps scientists accelerate their research.  

Follow the roadmap to successful single cell transcriptomic workflows and outputs.

The Transcreener dAMP Exonuclease Assay reliably locates compounds that antagonize TREX1.

Tips for matching the right imager to bioimaging workflows

A visual guide to streamlining high-plex, high-throughput workflows

Monitor cell health throughout drug development for optimized cell-based therapeutics.

Automation, high-throughput capabilities, and improved technologies and reagents accelerate cell profiling and screening.

Technological advancements make flow cytometers an important tool for drug discovery research.

Scientists engineered a lung-on-a-chip model from patient cells that mimics cystic fibrosis.

Explore how flow cytometry innovations expand and accelerate cell profiling.