Project Details
FOR 383: Sulfur Metabolism in Plants: Junction of Basic Metabolic Pathways and Molecular Mechanisms of Stress Resistance
Subject Area
Biology
Term
from 2000 to 2006
Project identifier
Deutsche Forschungsgemeinschaft (DFG) - Project number 5466744
No abstract available
DFG Programme
Research Units
International Connection
United Kingdom
Projects
- Automatic scale-dependent adaptation of object models in image analysis (Applicant Reski, Ralf )
- Der Metabolismus des Schwefels in Pflanzen: Knotenpunkt von Grundstoffwechselwegen und molekularen Stressresistenzen (Applicant Rausch, Thomas )
- Die Bedeutung der Sulfitoxidase in der Pathogen- und Stressantwort der Pflanze (Applicant Mendel, Ralf R. )
- Die Rolle des Schwefelstoffwechsels bei der Pathogenresistenz in Brassicaceen (Applicant Hell, Rüdiger )
- GSH-Synthese im Verlauf von Stressantworten: Molekulare Zellbiologie der Regulation und Kompartimentierung (Applicant Rausch, Thomas )
- Investigation of the agronomical aspects of sulphur induced resistance in oilseed rape ("Brassica napus") (Applicant Schnug, Ewald )
- Isolierung und Charakterisierung von Cystein-abbauenden und H2S-freisetzenden Enzymen aus Höheren Pflanzen (Applicant Schmidt, Ahlert )
- Molecular basis of the interaction of glutathione synthesis and transport with sulfur and nitrogen assimilation in poplars (Populus tremula xP.alba) (Applicant Rennenberg, Heinz )
- Synthesis and accumulation of glucosinolates in Arabidopsis thaliana in relation to sulfur metabolism (Applicant Gershenzon, Jonathan )
Spokesperson
Professor Dr. Thomas Rausch