Robert N. Grass

This study benchmarks six DNA data storage codecs using standardized in silico and in vitro experiments, finding common benchmarks inadequate and demonstrating data storage capacities of 43 EB g-1 and 13 EB g-1.

This study uses 1D-CNNs to predict PCR amplification bias from DNA sequences, identifying self-priming as a previously overlooked mechanism.

This study analyzes error patterns in photolithographic synthesis and DNA decay for DNA data storage, proposing a digital twin tool for evaluating error-correction codes.

The paper develops a digital twin to simulate DNA data storage workflows, enabling error analysis and ECC design without experimental trials.

This paper designs an enzymatic repair procedure to reverse DNA damage in DNA data storage, showing its benefit at high storage densities and long durations.

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.

The paper demonstrates storing encrypted digital data in synthetic DNA using keys derived from human DNA's short tandem repeats, with successful decryption via sequencing.