Julien Roy

The paper identifies candidate trichome development regulators in Cannabis sativa by comparing gene expression across different floral phenotypes and sexes, revealing a sexually dimorphic regulatory program.

The paper investigates the role of gibberellin signaling in ethylene-driven sex reversal in Cannabis sativa, identifying key genes involved in GA regulation and their differential expression during sex changes.

DESeq2-MultiBatch corrects batch effects in multifactorial RNA-seq experiments by leveraging DESeq2's internal model, preserving biological differences and improving data analysis.

This study identifies sex-specific ethylene-responsive genes driving floral sex plasticity in Cannabis through multi-omic analysis of hormonally induced sex change.