EMBL Interdisciplinary Postdocs (EIPOD)Application
Project ideas
Candidates for the EIPOD application are encouraged to design their own research project, and pre-discuss their application with EMBL scientists (at least one Coordinator and one Partner) before submission. Click here for an overview of EMBL research units and to search by research topics.
In addition or instead of providing a self-defined project, candidates may also select up to two of the below listed EIPOD project ideas, which should then be developed into a full research project proposal. Project co-ordinators should be contacted to discuss projects (click on the co-ordinator name in the table below for email contact).
2012 EIPOD Project Ideas
| Project Title | Coordinator |
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Probing the basis of Epistasis in the mouse: a possible role for regulatory small RNAs |
P. Avner |  |
| Genetic vehicle engineering: altering target site selection of the SB transposon | O. Barabas |
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| Nuclear pore remodeling during tissue develpment | M. Beck |
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| MultiTRAQ: Multiplexed MS/MS technology for X-ray crystallography of multiprotein complexes | I. Berger |
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| High-throughput electron microscopy for systems biology | J. Briggs |
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| Structural analysis of determinants of kinesin driven RNA transport in Drosophila | T. Carlomagno |
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| Individual variation in developmental networks | E. Furlong |
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| Digital reconstruction of mouse embryonic morphogenesis and patterning | T. Hiiragi |
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| Visualizing clathrin-mediated endocytosis at superresolution | M. Kaksonen |
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| Dissecting cancer development involving complex genome rearrangements with cell-based models | J. Korbel |
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| Structural and functional analysis of blood stem cell transcriptional regulators in the mouse embryo | C. Lancrin |
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| Reconstructing the dynamic interactome of actin regulators during oocyte meiosis | P. Lenart |
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| Gatekeepers of immune response: characterising the NLR gene family | J. Marioni |
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| Structural studies on adaptor protein interactions in endocytosis | R. Meijers |
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| Microfluidic high content cell imaging and sorting for genotype/phenotype studies in human cancers | C. Merten |
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| Target prediction and validation for anti-tuberculosis compounds | J. Overington |
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| Elucidation of metabolic interactions underlying architecture of microbial communities in the human gut | K. Patil |
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| Structure-function studies of small RNA nuclear silencing complexes | R. Pillai |
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| Correlative super resolution fluorescence and electron microscopy | J. Ries |
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| Large-scale cellular pathway inference using combinatorial microfluidics and computational modelling | J. Saez-Rodriguez |
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| Optimized data collection for the MD3 diffractometer | T. Schneider |
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| Modelling genetic and epi-genetic regulation across molecular layers to identify functional targets for molecular intervention | O. Stegle |
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| Predicting critical transitions between cellular states through single-cell transcriptome profiling and theoretical modeling | L. Steinmetz |
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Characterization of chromosome rearrangement breakpoints in lung tumor relapse |
R. Sotillo |
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| Analysis of structure and kinetics of genetically encoded fluorescent sensors by microfluidic time-resolved synchrotron X-ray scattering | D. Svergun |
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| Establishing an infection readout for high-throughput genetic interactions between the pathogen and host | N. Typas |
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