Twist FlexPrepTM UHT Library Preparation Kit
The Twist FlexPrep™ UHT Library Preparation Kit streamlines ultra-high throughput sequencing by integrating Normalization by Ligation™ technology, enabling efficient sample processing for population studies and agrigenomics.
The Twist FlexPrep™ UHT Library Preparation Kit is designed to simplify high throughput next-generation sequencing (NGS), offering an efficient alternative to traditional microarray-based technologies for applications such as population genetics and agrigenomics. By incorporating Twist's proprietary Normalization by Ligation™ (NBL) technology with enzymatic fragmentation methods, the kit provides built-in sample normalization across a wide range of DNA inputs (30 ng to 300 ng). Early sample barcoding enables the pooling of 12 separate samples into one reaction, resulting in a streamlined and efficient workflow. This NBL and sample pooling offered by FlexPrep can reduce the cost and complexity of typical NGS library preparation.
Key features:
- Normalization by Ligation™ (NBL): Eliminates the need for upfront normalization and intermediate quantitation, accommodating sample batches with diverse DNA inputs.
- Early Sample Pooling: Allows pooling of 96 samples into 8 tubes after the ligation reaction, minimizing upstream reaction volumes and reducing downstream consumable usage.
- Ultra-High Capacity Multiplexing: Removes multiplexing limitations per flow cell lane with ultra-high throughput indexing, increasing capacity 12-fold with existing lab setups and supporting 96 samples per target enrichment reaction.
Applications:
- Population Studies: Facilitates large-scale genomic analyses by streamlining sample preparation and sequencing workflows.
- Agrigenomics: Enhances the efficiency of genomic studies in agricultural research, enabling high-throughput sequencing of diverse plant and animal samples.
- Other Ultra-High Throughput Applications: Suitable for any research requiring the processing of large sample volumes with reduced complexity and cost.
For research use only. Not for use in any diagnostic or clinical procedures.