Luís Ceze

This study demonstrates how synthetic DNA can be added to saliva samples to manipulate genetic test results from DTC companies, enabling customized genetic profiles.

This paper introduces a combinatorial PCR method that improves oligo retrieval from complex pools with higher specificity and scalability compared to traditional approaches.

This paper introduces a new class of reporter proteins that can be directly detected using nanopore sensors for multiplexed, real-time gene expression tracking.

The paper evaluates nine preservation methods for synthetic DNA data storage by aging 29,000 sequences and finds no significant difference in error rates between methods.

This paper quantifies molecular bias in DNA data storage by analyzing synthesis and PCR processes, identifying their contributions to copy number unevenness and proposing a statistical model to optimize storage efficiency.

Porcupine enables rapid, reliable, and lab-free molecular tagging of physical objects using nanopore-orthogonal DNA strands for custom labels.

The paper demonstrates an end-to-end DNA data storage system capable of automated writing, storage, and reading of data.

The paper demonstrates reliable PCR-based data retrieval from a complex DNA storage pool with high density and varying file sizes.