Jae-In Chun
@chunjane.bsky.social
Postdoctoral researcher, Seoul National University, Genetics, Plant biology, trichome development, secondary metabolite, tomato
Reposted by Jae-In Chun
A wonderful collaboration with our colleagues from Düsseldorf within the @cerealcell.bsky.social consortium. @isaiavardanega.bsky.social @simonrdg.bsky.social Jan Maika.
Thanks to the sequencing facilities at Uni Heidelberg and Uni Bern, and past and present team members for this "tour de force"
Thanks to the sequencing facilities at Uni Heidelberg and Uni Bern, and past and present team members for this "tour de force"
November 5, 2025 at 12:32 PM
A wonderful collaboration with our colleagues from Düsseldorf within the @cerealcell.bsky.social consortium. @isaiavardanega.bsky.social @simonrdg.bsky.social Jan Maika.
Thanks to the sequencing facilities at Uni Heidelberg and Uni Bern, and past and present team members for this "tour de force"
Thanks to the sequencing facilities at Uni Heidelberg and Uni Bern, and past and present team members for this "tour de force"
Reposted by Jae-In Chun
7/ Finally—our community tool 🌾
shiny.ips.unibe.ch
The B. distachyon Leaf Gene Expression Viewer allows visualization of any gene across the whole leaf, epidermal, or stomatal subsets. Interactive UMAPs and ggPlantmap provide an eFP-browser-like experience for grass developmental biology.
shiny.ips.unibe.ch
The B. distachyon Leaf Gene Expression Viewer allows visualization of any gene across the whole leaf, epidermal, or stomatal subsets. Interactive UMAPs and ggPlantmap provide an eFP-browser-like experience for grass developmental biology.
November 5, 2025 at 12:32 PM
7/ Finally—our community tool 🌾
shiny.ips.unibe.ch
The B. distachyon Leaf Gene Expression Viewer allows visualization of any gene across the whole leaf, epidermal, or stomatal subsets. Interactive UMAPs and ggPlantmap provide an eFP-browser-like experience for grass developmental biology.
shiny.ips.unibe.ch
The B. distachyon Leaf Gene Expression Viewer allows visualization of any gene across the whole leaf, epidermal, or stomatal subsets. Interactive UMAPs and ggPlantmap provide an eFP-browser-like experience for grass developmental biology.