BOF-GOA - Unraveling belowground de novo organogenesis in plants: one cell at a time

2nd Vascular Development Meeting

Auxin mediated pericycle-endodermis interactions during lateral root initiation

Auxin signalling mechanisms during lateral root initiation and their cross-talk with abiotic factors

Cell-cell communication during lateral root organogenesis

Characterisation of ACR4-mediated formative cell divisions in Arabidopsis root development

Characterisation of auxin-induced Ca2+ signaling via chemical genetics

characterisation of auxin-regulated genes in barley root development

Characterization of the control mechanisms on plane orientation of formative divisions during root branching.

Chemical genetics for the study of root development

Deciphering the ARF7/ARF19 signaling pathway during de novo lateral root organogenesis

Decoding the molecular basis of lateral root stem cell specification in plants.

Evolution of the plant lateral root initiation process

Molecular analysis of the radial auxin transport mechanisms that_x000D_ underly lateral root spacing

The molecular and cellular basis of vascular tissue development

The role of MAKR4 signaling in root branching in Arabidopsis thaliana 

The role of MAKR4 signaling in root branching in Arabidopsis thaliana 

The role of reactive oxygen species and nitric oxide in auxin-regulated PIN trafficking

The study of lateral root development through chemical biology

The study of lateral root-priming as a key to increasing the competence to root formation

Transmission Electron Microscopy Expertise Centre

Unearthing the origin of root stem cells in a relative of the first root bearing plants

Unraveling the function of Arabidopsis Aurora kinases in asymmetric cell division

Unraveling the function of GLV6 signaling peptide in asymmetric cell division during primordium organogenesis

Unraveling the genetic bleuprint for root architecture

Unraveling the GOLVEN6 signaling cascade during the first asymmetric cell divisions upon lateral root organogenesis

Unraveling the molecular mechanism of nitrogen-gene interactions during root development in rice

Unraveling the molecular mechanism of nitrogen-gene interactions during root development in rice 

W&T grant Yue Kun

A chemical genetics approach to study brassinosteroid (BR) signaling

Chemical control of root regeneration

Computational methods for modelling the cell cycle as a nonlinear process

Elucidation of strigolactone signaling through chemical genetics

PHENOVISION: a plant phenotyping robot

Polarization and early development of zygotes in the brown alga Dictyota dichotoma (Phaeophyceae)

Unraveling the genetic bleuprint for root architecture