Darwin was fascinated by primrose flowers coming in two forms. We were fascinated by a different question: How does this system arise at genetically, and what happens when it evolves more than once? Our new paper in @ScienceAdvances has the answers! π§΅ https://t.co/UN6Yy3o4LV
Darwin was fascinated by primrose flowers coming in two forms. We were fascinated by a different question: How does this system arise at genetically, and what happens when it evolves more than once? Our new paper in @ScienceAdvances has the answers! π§΅ https://t.co/UN6Yy3o4LV
Thrilled to share my first News & Views in @NatureGenet!
With Yuling Yue & @peter_szovenyi, comment on a landmark study reporting 100+ bryophyte genome assemblies and what they reveal about plant evolution.
π https://t.co/4UD262VDvM
#Genomics#Evolution#PlantScience
π± How does polyploidy shape plant reproduction? Excited to have contributed to a new study in
@MolBioEvol on the loss of distyly in the polyploid Primula grandis!
https://t.co/fUpgDzwo8C
Hereβs an article about our new @CellReports paper, featured in the @UZH_en Faculty of Science news!
We explore how sex chromosomes evolve during transitions to cosexuality, using the liverwort Marchantia quadrata π§¬
π https://t.co/b3UXInHGnf
I'm very happy to have contributed to this amazing study led by @aisselaossur and now published on @NatureComms, presenting the 5.2 Gb genome assembly of the Ophrys sphegodes orchid π§¬
I am happy to share that my PhD research is now published on Nature Communications. We assembled the genome of the orchid Ophrys to investigate the genetic basis of plant adaptation to pollinators. Thanks to everyone who contributed to it!
@NatureComms
https://t.co/hZOY4GmBo9
I am so proud and happy to share our last work published at
@NaturePlants !!
We developed a chromosome-scale assembly and revealed the genetic architecture of the heterostyly and domestication history of buckwheat.
https://t.co/SWGTEfBzia