Guillaume Cambray

The paper shows that a virus manipulates host transcription fidelity to generate non-heritable mutations, increasing phenotypic diversity for adaptation.

The paper introduces LactoSpanks, a set of IPTG-inducible promoters for Lactobacillus gasseri, offering tunable expression with reduced leakage and improved dynamic range.

This study compares model accuracy and data efficiency across machine learning models for predicting protein expression from DNA sequences using experimental data from E. coli and S. cerevisiae.

This paper introduces a synthetic receptor platform for detecting liver dysfunction biomarkers using engineered bacteria, achieving sensitive and portable diagnostics.

The paper investigates the physiological consequences of differential translation efficacies by analyzing protein production, transcript abundance, and ribosome dynamics across 244,000 sequence variants.

The paper maps how cell size affects synthetic gene expression in E. coli using regression analysis across 3800 single-gene deletion strains.

The paper uses synthetic DNA design to analyze translation determinants in E. coli, finding mRNA structures have dominant effects over codon composition.