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| Name | Project Title |
|---|---|
| Lucia Álvarez | Structural basis of TRIM25 and RIPLET mediated antiviral response |
| Richard Bailleul | Deciphering mechanical drivers of morphological diversity in early animal development |
| Dorian Battivelli | Dynamic integration of space and social status in the mammalian hypothalamus |
| Marianne Beckwith | The quantitative membrane curvature landscape of migrating cells |
| Jan Blaha | Living cells: Crystallization chambers for serial synchrotron crystallography |
| Lenka Cernikova | Structural investigation of clathrin coated vesicles and nuclepore complexes in early diverged eukaryota for understanding the evolutionary origins of compartmentalization |
| Annique Claringbould | Zooming in from data to targets: predicting, prioritising and pinpointing the role of enhancers and transcription factors in gene regulation of autoimmune diseases |
| Marco Raffaele Cosenza | Bridging imaging and genomics to dissect chromosome instability processes |
| Wioleta Dudka | Dynamics of lipid fluxes – lipid droplet molecular structure, composition and intercellular exchange |
| Edoardo D’Imprima | In-cell structural biology of tumor onset by multi-scale cryo-electron tomography |
| Katharina Jungnickel | Vesicular acetylcholine transporter – a new target for insecticides |
| Marzia Munafo | The role of inherited chromatin marks in genome regulation and transposon control |
| Vibha Patil | Understanding the functional consequences of mitochondrial DNA methylation during cellular development |
| Melinda Perkins | Engineering a synthetic platform to study the dynamics of transcriptional repression in genetic networks |
| Michal Razew | Structural studies of human integrator complex |
| Ali Selit | Uncovering the genetic basis of developmental plasticity utilising a medaka in-bred panel |
| Kaushikaram Subramanian | Role of tissue mechanics in muscle-mediated 3D morphogenesis |
| Carlos Voogdt | Uncovering the impact of microbiome-drug interactions on human cells |
| Daniel Ziemianowicz | Multiscale integrative modeling of nucleocytoplasmic transport during late-stage influenza A virus infection |
| Name | Project Title |
|---|---|
| Teresa Maria Carusone | Understanding molecular mechanisms of MAGE-D1, a gene strongly implicated in neurological disorders, by structural-functional studies |
| Thomas Dahlet | Exploring the structure and function of the chromatin remodeler ATRX during human neurodevelopment |
| Hannah Fleckenstein | Studying cerebral malaria pathogenesis by correlative multimodal volume imaging in 3D brain vascular models |
| Natália Fontana | Myomesin: an integrative approach to study elastic molecular properties |
| Lautaro Gandara | Revealing the impact of environmental toxins on metabolism and behavior of drosophila with high-throughput genetic perturbations and single-embryo metabolomics |
| Olivier Gemin | Advancing cryo-electron microscopy to visualize biomolecular systems in motion |
| Tobias Gerber | Determining hotspots of cellular adaptation in Platynereis dumerilii |
| Matt Govendir | A sticky situation: the role of microvessel heterogeneity on erythrocyte sequestration and fluid dynamics in cerebral malaria |
| Jennifer Heck | Secondary profession: transcription factor. How voltage-gated calcium channels orchestrate genetic programs associated with physiological and patholocial neurodevelopment |
| Simone Höfler | Dynamics and structural implications of RNA modifications in long non-coding RNAs |
| Kirill Kovalev | The search for new rhodopsins: sequence/structure-based bioinformatic search and time-resolved crystallography |
| Joana Mendonça da Silva | Controlling morphogenesis – development of a novel high-throughput microfluidic device to control bi-axial gradients in multicellular systems |
| Siddarth Narasimhan | Unraveling the architecture of human rRNA synthesis in near-native environments and controlled reconstituted systems |
| Idoia Quintana Urzainqui | Origin and evolution of the telencephalon and indirect neurogenesis |
| Hiral Shah | Mitotic nuclear reorganization during ichthyosporean development |
| Marc Siggel | Integrative modelling and multi-scale simulation of complex membrane structures derived from cryo-electron tomography |
| Veronica Zampieri | Towards improved clinical outcomes in solid organ transplants through an integrative analysis of alloantibody-HLA complexes |
| Min Zhang | Understanding the molecular interplay of transcription factors and chromatin remodellers in shaping the enhancer/promoter chromatin landscape |
| Name | Project Title |
|---|---|
| Basilia Acurzio | In vivo study of the epigenetic regulation of mono-allelic and mono-genic expression of olfactory receptor genes |
| Mariia Baliaeva | Identification and characterization of the biochemical pathways of steroid metabolism in environmental and human associated bacteria |
| Sapna Chhabra | Temperature effects on Medaka embryos – robustness and limits of development |
| Kai Fenzl | The impact of intrinsically disordered protein regions on disease associated aberrant protein localization and aggregation |
| Jaroslav Ferenc | Deciphering the metabolic regulation of species-specific developmental modes |
| Davide Floris | Charting the molecular foundation of melanogenesis in malignant melanoma |
| Pamela Guruciaga | Theory of boundary-driven epithelial organization |
| Gretel Kamm | Representation of PGE2-triggered sickness in the insular cortex |
| Emma Kneuss | The molecular mechanisms of X-inactivation in pre-implantation mouse embryos |
| Jia Hui Li | Engineering fate: deciphering the role of cell surface mechanics in cell specification using 2D and 3D differentiation models |
| Kristy Ou | Gene regulatory networks in drug resistant, chemo-refractory diffuse large B cell lymphoma |
| Prasanna Padmanaban | Hierarchically engineered anastomosable tissues (HEAT) |
| Dimitrios Papagiannidis | Unraveling the receptor-ligand landscape of human gut microbial species |
| Eva Pillai | Deciphering the molecular origins of biological stiffness |
| Jan Rombouts | Mechanical determinants of segmentation clock dynamics |
| Jorge Trojanowski | Linking the activation of clustered gene loci to local injury of engineered cardiac microvasculature by a novel multiplex imaging method |
| Kurt Weir | The genomic landscape underlying the segmentation clock |
| Georg Wolff | Towards a structural and functional understanding of the mitoribosomal translation and RNA-editing processes in situ |