Lijia Jia

This paper introduces a modular DNA storage system using dynamic DNA bytes that enables reconfigurable, rewritable data storage with CRUD operations and error correction.

This paper proposes a hybridization-based DNA storage method that achieves rapid read speeds and high parallelism, validated through experiments on short-text storage and error correction.

This paper engineers chimeric DNA polymerases to improve DNA storage by enabling flexible data rewriting and reducing synthesis demands.