

Research Mission and Profile
Molecular Signal Processing
Bioorganic Chemistry
Biochemistry of Plant Interactions
Cell and Metabolic Biology
Independent Junior Research Groups
Program Center MetaCom
Publications
Good Scientific Practice
Research Funding
Networks and Collaborative Projects
Symposia and Colloquia
Alumni Research Groups
SMARTPLANTS and follow-up
SMARTPLANTS and follow-up
In this project, funded by the ERA-SynBio programme, our goal was to develop synthetic regulatory circuits to engineer orthogonal signal propagation in plants. One of the outputs was the development of the split-TALE system, where Transcription Activator-Like Effectors (TALES) are divided in two components, one binding a customized DNA sequence and the other activating transcription, which are brought together by an interacting pair of peptides fused to each of these components. We are now developing circuits based on the sequence specific RNAse Csy4 from the CRISPR for a tight and gene specific control of gene expression.
Members involved
This page was last modified on 27 Jan 2025 27 Jan 2025 03 Feb 2025 .