Twist Bioscience
Twist Bioscience is a synthetic biology company that has developed a proprietary silicon-based manufacturing process for the production of synthetic DNA. Twist Bioscience works in the service of customers who are changing the world for the better in fields such as medicine, agriculture, industrial chemicals and data storage.
Latest Content
Webinar
Powering AI-Based Protein Engineering With Scalable Data
On-Demand
This webinar will explore how large-scale measurement of protein-protein interactions is creating the robust data foundation needed to accelerate breakthroughs.
App Note / Case Study
Advancing Early Cancer Detection Research
This application note highlights how methylation sequencing and custom capture panels improve sensitivity and specificity, opening new possibilities for liquid biopsy research.
App Note / Case Study
Advancing Genotyping With NGS Panels
This application note highlights how capture-based NGS panels deliver high sensitivity and precision while reducing workflow duplication and bias.
Webinar
Lab-in-the-Loop: Smarter AI for Antibody Design
On-Demand
This webinar introduces Lab-in-the-Loop, a new approach that combines AI-driven design with targeted lab testing to accelerate antibody discovery.
Webinar
Building Better AI With High-Resolution Functional Genomics Data
On-Demand
This webinar explores new approaches to generating large-scale, single-cell perturbation datasets that overcome key challenges in throughput, variability and batch effects.
App Note / Case Study
AI-Driven Therapeutic Antibody Design
This application note explores how researchers successfully combined AI with advanced multiplexed gene synthesis to design and validate novel single-domain antibodies with atomic-level precision.
App Note / Case Study
Advanced MRD Detection Using Liquid Biopsy
This application note outlines a comprehensive workflow for MRD detection, using a next-generation sequencing (NGS) approach to enable ultra-sensitive analysis with unmatched precision.
eBook
Advancing Cancer Treatment With Synthetic DNA
This eBook explores how synthetic DNA is transforming cancer research, from uncovering genetic mechanisms to developing targeted therapies and improving disease models.
App Note / Case Study
Optimize cfDNA Sequencing Using Highly Sensitive Next-Gen Assays
This application note provides data-driven insights for optimizing cfDNA workflows, from initial sample input to final sequencing parameters.
Poster
Maximize NGS Sample Throughput With Advanced Indexing Technology
This poster explores how UDI advances deliver unprecedented multiplexing capability while maintaining superior accuracy and performance across multiple sequencing platforms.
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