Cláudia Barros Monteiro-Vitorello

This study identifies stress-specific molecular responses in soybean under drought and rust infection using multi-omics analysis and reveals modular defense mechanisms.

This study uses comparative transcriptomics to identify distinct defense strategies in resistant and susceptible sugarcane cultivars against Pratylenchus zeae, highlighting key molecular pathways and potential targets for breeding.

The paper evaluates reference gene stability in energy cane under smut infection and identifies antioxidant gene expression patterns associated with resistance.

This study identifies and functionally characterizes secreted proteins from Neophysopella tropicalis during germination, revealing effector candidates that suppress plant immunity.

This study examines how soybean responds to combined water limitation and rust stress by analyzing gene expression changes over time, revealing cross-tolerance mechanisms and key resistance gene analogs.

The paper examines how soil type and sugarcane genotype influence microbial recruitment and plant gene expression, revealing soil-dependent, genotype-specific strategies.

The paper updates the chromosome-level genome assembly of Sporisorium scitamineum using improved sequencing and polishing methods, enhancing accuracy and completeness.

This study uses time-series RNA-Seq to analyze gene expression changes in sugarcane infected with Puccinia kuehnii, revealing suppressed defense responses and later upregulation of immune-related genes.