Nathalie Rodde

This study improves genome assemblies of Noccaea caerulescens accessions and identifies gene copy number variations linked to metal hyperaccumulation and adaptation.

The paper assembles genomes of seven Lens species and identifies fragile chromosomes linked to pericentric inversions and centromere diversity.

The paper presents genomic resources for the Timopheevii wheat lineage, revealing evolutionary dynamics including homoeologous exchange, genome instability, and geographic range expansion.

The paper presents an improved pea genome assembly using long-read sequencing and other techniques, resulting in a highly contiguous and complete genome resource.

The paper analyzes olfactory and gustatory receptor genes and transposable elements in aphid genomes to understand their evolutionary dynamics and role in host adaptation.

This paper presents the first chromosome-level genome assembly of a non-nodulating legume, Nissolia brasiliensis, and identifies genes associated with root nodule symbiosis.

The paper identifies an ancestral gene network involved in intracellular symbiosis in plants, showing its conservation and convergent recruitment across different symbiotic systems.

This paper presents the first nuclear and mitogenome assemblies for Hylesia metabus, revealing that transposable element accumulation drives genome size increase.

The paper reports chromosome-scale genome assemblies of eight quinoa accessions, identifying structural variations and providing resources for genetic studies.

The paper improves the pearl millet genome assembly using Oxford Nanopore long reads and optical mapping, adding 200 Mb to the chromosome-level assembly and increasing gene completeness.

This study analyzes the genomic and phenotypic impacts of wild introgressions in sunflower, finding that while some traits improve, most introgressions negatively affect yield and quality.

This study presents haplotype-resolved chromosome pairs and transcriptome of a diploid African cassava cultivar using HiFi sequencing and Hi-C, revealing structural variations and allele-specific expression patterns.