Patricia Baldrich

The paper identifies EVacs as vacuole-derived structures that mediate RNA secretion in plants by encapsulating and releasing cytoplasmic RNA and proteins into the apoplast.

The paper profiles small RNA dynamics in Arabidopsis and Colletotrichum higginsianum during infection stages, revealing stage-specific sRNA accumulation and regulatory changes.

This study identifies an auxin-BR antagonistic module that regulates plasmodesmal connectivity in response to viral movement proteins during early infection.

The paper identifies new classes of 21 and 24-nt phasiRNAs in rice anther development, revealing distinct biogenesis and functional mechanisms.

This study modifies soybean floral traits using CRISPR to enhance pollinator attraction, revealing unexpected gene regulatory mechanisms and providing tools for hybrid seed production.

The paper identifies diverse RNA species on Arabidopsis leaf surfaces that are distinct from apoplastic RNA and may influence microbial communities.

This study examines transcriptional changes in soybean nodules and Bradyrhizobium during nitrogen fixation and senescence, identifying gene and microRNA biomarkers and regulatory patterns.