Stress Granules (SG) are a type of condensate that form in response to environmental stress which represent a sophisticated mechanism that cells use to transiently recruit and compartmentalize stress specific mRNA, proteins, and metabolites. Our group is focused on elucidating Stress Granule biogenesis including assembly, disassembly, and composition under heat, low oxygen, salt, and osmotic stress.
We start by focusing on model plant Arabidopsis with parallel work on crops such as rice and tomato. Our approach uses cutting-edge biochemical and molecular biology tools, forward and reverse genetics, omics, and developing novel, single molecule imaging technologies. The second area of our research is the study of stress-signaling pathways through identification of stress-specific, small molecule-protein interactions. Our aim is to find novel stress specific interactions to find the missing piece in cellular signaling under different environmental stresses. We do this by using newly developed separation technologies combined with the most recent techniques for protein-metabolite interaction such as Thermal Proteome Profiling (TPP), Drug Affinity Responsive Target Stability (DARTs).
09 June, 2023
The 33rd International Conference on Arabidopsis Research in Japan and Presentation award for our Postdoc Nicolas.
02 November, 2023
Molecular plant biologist Prof. Daan Weits from the Utrecht University visited KAUST to give us a talk on the topic "Low oxygen, key ingredient of the plant stem cell niche".
10 October, 2021
Fatema Alquraish is a student in the Stress Granule Lab of the Center for Desert Agriculture at KAUST. She is also an engaged community member and the first Saudi national to earn a leadership role in the KAUST Volunteer Fire Department (KVFD).