Thales Henrique Cherubino Ribeiro

This study identifies differentially expressed genes associated with flowering-time variation in coffee genotypes, linking them to hormonal regulation and floral development pathways.

The paper identifies a coffee TFL1 ortholog with alternate splicing that represses flowering in Arabidopsis, suggesting a role in asynchronous flowering in coffee.

Phasis identifies plant PHAS loci from small RNA sequencing data by combining statistical evidence and a register-resolved interpretation layer, outperforming existing tools in benchmark analyses.

The paper presents a chromosome-scale reference genome for Triticum turgidum cv. Kronos, enhancing functional genomic resources through improved annotations and re-analysis of existing datasets.

The paper investigates the genomic composition and regulatory networks of Coffea arabica sub-genomes, finding that essential gene expression machinery is preferentially located in one sub-genome.