About the Project
Intriguingly, human Hu proteins can substitute for ELAV in a Drosophila model for alternative splicing regulation. Since ELAV/Hu proteins bind short U-rich motifs embedded in a highly degenerate sequence context, it is thought that multimerization of ELAV/Hu proteins is key to generate target specificity and that this step is highly regulated by cellular signaling. Indeed, ELAV/Hu proteins have numerous sites for post-translational modifications. From initial studies on human Hu proteins, we anticipate that altering phosphorylation will impact dramatically on ELAV function and will generate neurological phenotypes. We aim to dissect how ELAV activity is regulated by phosphorylation in Drosophila genetic and cell culture cell models for neurodegeneration. To obtain mechanistic insights into how phosphorylation impacts on alternative splicing regulation we will combine available structural information for molecular modelling of ELAV multimerization and RNA binding to instruct experimental validation.
Key experimental skills involved:
This project will incorporate a wide range of molecular and cell biology techniques, which will be applied by using the genetic model organism Drosophila and various cell culture models. The project will make use of state-of-the-art cellular imaging to study ELAV function in cells. Further, this project will apply statistical analysis of data and we willl use molecular modelling of available structural information to make predictions how phosphorylations impacts on ELAV multimerization and RNA binding.
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Zaharieva, E., Chipman, K, and Soller, M. (2012) Alternative splicing interference by xenobiotics. Toxicology. 296: 1-12.
Haussmann, I. U., Li, M. and Soller, M. (2011). ELAV mediated 3’-end processing of ewg transcripts is evolutionary conserved despite sequence degeneration of the ELAV binding site. Genetics. 189: 97-107.
Haussmann, I.U., White, K. and Soller, M., (2008). Erect wing regulates synaptic growth in Drosophila by integration of multiple signaling pathways. Genome Biol. 9: 73.1-17.
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