Elizabeth A. Strychalski

The paper demonstrates a method to revive dead microbes by transplanting synthetic genomes, eliminating the need for antibiotic resistance markers in the process.

The paper introduces a measurement framework to characterize cell-free expression systems by analyzing transcription and translation dynamics using nucleic acid templates and Escherichia coli extracts.

This study evaluates the risks of AI-driven protein design by testing synthetic homologs against biosecurity screening software.

The paper expands the toolkit for building ctRSD circuits by characterizing 220 gate sequences and identifying design approaches to improve reliability and scalability.

This paper introduces co-transcriptional RNA strand displacement circuits that are programmable and scalable for molecular computing in biological systems.

Seven genes, including ftsZ, sepF and five of unknown function, are jointly required to restore near-normal morphology and division in the minimal cell JCVI-syn3.0.