J. T. Matus

The paper evaluates co-expression network aggregation methods in grapevine to predict transcription factor regulatory landscapes and identifies novel regulatory relationships.

This study identifies azafrin as the orange pigment in Escobedia grandiflora roots, reveals its biosynthesis via a CCD enzyme, and suggests its role in parasitization.

The paper identifies MYB24 as a transcription factor coordinating light-induced terpene and flavonol accumulation in response to anthocyanin depletion in grape berries.

This study identifies VviCARPO as a key NAC transcription factor regulating grapevine fruit ripening and tissue senescence by controlling chlorophyll degradation and anthocyanin accumulation.

This study identifies Subgroup 2 R2R3-MYBs as key regulators of the stilbenoid pathway in grapevine by integrating DAP-Seq and co-expression networks.

The paper compares transcriptomic and metabolic profiles of two table grape cultivars with different berry skin colors, identifying differences in flavonoid and primary metabolite composition and gene expression.