Identification and characterization of molecular regulators controlling early xylem development

Molecular characterization of Atrichum angustatum as novel model system to study vascular development and evolution

Cell cycle reprogramming during xylem development.

Doctoral project Yanbiao Sun

Establishing "Atrichum angustatum" as model species to allow molecular characterisation of transporting tissue development in mosses.

Identification and characterization of molecular regulators controlling early xylem development

Identification of determinant parameters for frost tolerance in <i>Lavandula</i> spp.

Investigating the tissue specific responses of the Arabidopsis root to cytokinin

Megabase Genome Engineering in Physcomitrium patens

Repression of TMO5/LHW-mediated vascular proliferation in <i>Arabidopsis thaliana</i>

The molecular basis of vascular tissue development in tracheophytes.

The role of phase change during root vascular development.

Generation of tissue-specific gene regulatory networks to understand terminal differentiation of plant root cells.

Megabase Genome Engineering in Physcomitrium patens

Ontrafeling van ondergrondse organogenese in rijst: nematode voedingsstructuren

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

BOF-ZAP professorship in development biology of plants

Cell cycle reprogramming during xylem development

Identification and characterization molecular targets of novel small molecules involved in controlling plant cell division orientation.

Identification and characterization of upstream regulators of cell division orientation in plants

PIPELINE: The evolution from simple conduction tissue in plants to complex vascular tissue

Unraveling the molecular and cellular basis of vascular tissue formation

Vascular development in plants

A chemical genetics screen for highly specific inhibitors of nematode feeding site establishment.

Automated sample preparation for mass spectrometry-based proteomics using the DigestPro MSi instrument.

FullPicture: Combining Spectral Flow Cytometry with High-Speed Cell Imaging to enable comprehensive profiling of plant and animal cells and their components in real time.

Identification of the gene regulatory networks controlling vascular development in plants – a comparative approach at single-cell resolution

Software development for gene-trait discovery and prioritization in agricultural biotechnology using single-cell genomics

SpatialConnect: linking tissue biology to the new era of single-cell spatial transcriptomics

BOF-ZAP professorship in development biology of plants

The molecular and cellular basis of vascular tissue development