Future Seminars
Seminar Colour Guide:
| External Faculty Speaker | |
| Science and Society | Friday, 29 September 2017, 11:00Working Together but how? Scientific collaboration in a globalised worldHelga Nowotny, ETH Zurich, SwitzerlandHost: Halldór StefánssonCNR Seminar Room, EMBL Monterotondo Abstract: Collaboration is in. So are networks and sharing, open science and open access. Global student mobility is at unprecedented levels and so is globally distributed scientific work. Humanity faces enormous challenges that can only be tackled by large-scale, cross-national efforts of collaboration and coordination. Meanwhile, the unrelenting generation of ever more data, waiting to be curated and processed, made interoperable and translated into tangible benefits, continues to transform the organisation of scientific practice and how to manage scientific institutions.The younger generation of researchers finds itself caught in the ensuing turbulence. The geographical-spatial extension of research is accompanied by a tighter temporal grip exerted locally. Standardisation of career paths favours mainstream thinking while failure, creativity and diversity are celebrated as desirable ideals at the same time. Expectations of being adept at multi-tasking abound while the focus on the tasks ahead becomes more narrow. How to survive such contradictions? How to embrace the uncertainty that comes with it? I will attempt to discuss how greater reflexive awareness of the enablement and constraints that come with the current transformation can help to better understand the different imaginaries of what working together might mean and entail. |
| EMBL Distinguished Visitor Lecture | Friday, 6 October 2017, 10:00Switching genes on and off during erythropoiesisDouglas Higgs, MRC Molecular Haematology Unit, MRC Weatherall Institute of Molecular Medicine, University of Oxford, John Radcliffe Hospital, Headington, Oxford, United KingdomHost: Philip Avner / Christophe LancrinCNR Seminar Room, EMBL Monterotondo |
| External Faculty Speaker | |
| EMBL - Sapienza Lecture | Friday, 3 November 2017, 11:00Epigenetic variation and non-genetic inheritanceAnne Ferguson-Smith, Department of Genetics, University of Cambridge, Cambridge , UK, United KingdomHost: Cornelius Gross / Irene BozzoniSapienza Università di Roma - Aula Odeion - Museo dell'Arte Classica - P.le Aldo Moro, 5 - Roma |
| External Faculty Speaker | |
| EMBL Distinguished Visitor Lecture | Friday, 17 November 2017, 10:00Epigenetic mechanisms in early mammalian developmentMaria Elena Torres-Padilla, Institute of Epigenetics and Stem Cells (IES) , Helmholtz Zentrum München, Germany, GermanyHost: Philip Avner CNR Seminar Room, EMBL Monterotondo Abstract: |
| External Faculty Speaker | Monday, 11 December 2017, 11:00To be announcedDéborah Bourc'his , Institut Curie, Unité de Génétique et Biologie du Développement, Paris, FranceHost: Jamie HackettCNR Seminar Room, EMBL Monterotondo Abstract: |
| EMBL - Sapienza Lecture | Friday, 12 January 2018, 11:00Transgenerational epigenetic inheritance: Evidence in mammals and potential mechanisms involving the germlineIsabelle Mansuy, University of Zürich and ETH Zürich, Zurich, SwitzerlandHost: Cornelius Gross / Andrea MeleSapienza Università di Roma - Aula Odeion - Museo dell'Arte Classica - P.le Aldo Moro, 5 - Roma, EMBL Monterotondo |
| EMBL Distinguished Visitor Lecture | |
| EMBL Distinguished Visitor Lecture | Friday, 6 April 2018, 10:00Epigenomic Signatures of Neuronal Diversity in the Mammalian BrainJoseph Ecker, Howard Hughes Medical Institute, The Salk Institute for Biological Studies, La Jolla, CA, USAHost: Cornelius GrossCNR Seminar Room, EMBL Monterotondo Abstract: DNA methylation is a chemical modification that occurs predominantly on CG dinucleotides in mammalian genomes. However, recent studies from our laboratory have revealed that non-CG methylation (mCH) is more abundant than CG methylation and non-randomly distributed in the genomes of brain cells. mCH accumulates during the establishment of neural circuits and is associated with Rett syndrome. A comprehensive understanding of how neural circuits spanning the entire brain generate the full repertoire of perception and behaviors requires a list of brain cell types, as well the means to target each cell type in order to interrogate the functional interactions that give rise to the emergent properties of the whole system. Neuronal diversity is essential for mammalian brain function but poses a challenge to molecular profiling. To facilitate cell-type-specific epigenomic studies, we have developed approaches to isolate nuclei from subtypes of neocortical neurons, revealing highly distinctive epigenomic landscapes. Hundreds of thousands of regions differ in chromatin accessibility and DNA methylation signatures characteristic of gene regulatory regions which are predicted to bind distinct cohorts of neuron subtype-specific transcription factors. Surprisingly, neuronal epigenomes reflect both past and present gene expression, with DNA hyper-methylation at developmentally critical genes appearing as a novel epigenomic signature in mature neurons. More recently, we have developed single cell methylome profiling methods that now allow an unbiased census of the diversity of neuronal cell types in the mammalian brain. Taken together, these approaches are beginning to link the functional and transcriptional complexity of neurons to their underlying epigenomic diversity. |
| EMBL Distinguished Visitor Lecture | |
| EMBL Distinguished Visitor Lecture | Friday, 12 October 2018, 10:00Epigenetic regulation by histone acetylationAsifa Akhtar, Max Planck Institute of Immunobiology, and Epigenetics,Freiburg, Germany , , GermanyHost: Philip AvnerCNR Seminar Room, EMBL Monterotondo Abstract: Our lab is studying the chromatin and epigenetic mechanisms regulated by histone acetylation using evolutionary conserved complexes associated with MOF, a MYST family of histone acetyl transferase. In files and mammals MOF is associated with the MSL and NSL complexes, which are important regulators of gene expression. In flies the MSL complex is well known for regulation of the X chromosome by the process of dosage compensation, while the NSL complex regulates expression of house keeping genes. In mammals, both complexes appear to be involved in regulating diverse cellular processes. The recent progress of our work will be presented. |