Julie Anne Vieira Salgado de Oliveira

NanoPlasmiQC provides a cost-effective workflow for full plasmid sequencing using ONT long-reads and automated data analysis.

The paper compares genome sequences of pigmented and unpigmented Muscari commutatum individuals to identify the genetic basis of flower color variation, finding a loss of the F3H gene in the unpigmented plant.

This study shows nitrogen deprivation in Utricularia gibba triggers anthocyanin biosynthesis only under light, not darkness.

This paper reports the first genome sequence of Valeriana officinalis, identifies candidate genes for valerenic acid biosynthesis and flavonoid metabolism, and provides a foundation for studying specialized metabolism in valerian.

The paper presents the genome sequence of Urtica dioica and identifies genes involved in flavonoid biosynthesis, particularly anthocyanin synthesis, linked to stress responses.

The paper identifies a T-DNA-linked inversion-duplication in Arabidopsis that enhances gene expression and exacerbates a light-dependent phenotype in mdh1xme2 mutants.

This study shows that mitochondrial malate metabolism regulates photosynthesis and carbon-nitrogen balance in Arabidopsis under low-light conditions.

The paper presents the genome sequence of Tacca chantrieri to identify genetic basis of its dark floral pigmentation, focusing on anthocyanin biosynthesis genes.

The paper reports genome sequences of two Aquilegia vulgaris plants with different flower colors and identifies structural variants and candidate genes involved in anthocyanin biosynthesis.

The paper sequences two T. cacao genomes to identify structural variants linked to flavonoid biosynthesis variation.