Content by Twist Bioscience

High-fidelity oligo synthesis was key for experimentally confirming AI-predicted DNA sequences linked to favorable gene expression changes controlling desired crop traits.

Using AI and Multiplexed Gene Fragments, researchers developed a novel design approach to encode thousands of single-domain antibodies without compromising sequence integrity.

Discover the benefits of combining genotyping and next-generation sequencing.

Early cancer detection research gets a boost from cutting-edge methylation analysis technology.

Next-generation sequencing powered liquid biopsies can be an effective way to detect residual cancer after primary treatment.

Modern DNA synthesis platforms empower researchers to explore the molecular world, from next-generation sequencing to cell and gene therapy development.

A comprehensive suite of NGS library preparation and analysis tools can help researchers advance human population genomics.

Learn how to take liquid biopsy research to the next level.

Learn how to meet the demands of increasingly high sample throughput.

A versatile library preparation kit can help researchers overcome common next-generation sequencing obstacles and enable tunable workflows.

Learn how a target enrichment approach improves the discovery and characterization of viral pathogens.

A target capture approach helps scientists monitor viral genome evolution and characterize novel pathogen strains for containment and epidemiological studies.

In this podcast series, scientists discuss the unique ways they employ synthesized DNA libraries in their research. 

Explore a cfDNA library preparation workflow that maximizes sensitivity and conversion with low sample inputs.

Scientists employ an RNA exome panel for a targeted RNA-sequencing approach.