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The nuclear envelope is the signature element of eukaryotes. It separates nucleoplasm from cytoplasm and serves as the protective vessel for the genome. The nuclear envelope combines disparate features: durability with plasticity, selective traffic with mass transport, spatial enclosure with sophisticated signaling. In doing so, it enables cells to protect, decode and regulate their genome. How a single ‘intelligent boundary’ can achieve this multitude of functions remains one of the biggest puzzles in biology. Our goal is to understand the Biology of Boundary Conditions from a mechanistic perspective using the nuclear envelope as a challenging example. This will allow us to understand how it is built, how it breaks, and how to fix it when it is broken.
Three perspectives guide our work on the nuclear envelope: lipids, gates and chromatin. We study how the nuclear envelope regulates its lipid composition and hence material properties, how the boundary opens up via its NPCs and how these gates shape the boundary and interact with the membrane. Notably, the boundary is blurred as the nuclear envelope extends its reach to contact and regulate chromatin. We study how the nuclear envelope affects the nuclear interior, how it initiates the formation of specialized membrane-less compartments and how those affect chromatin function.
Following medical studies in Würzburg, doctoral work at Harvard Medical School, pediatric residency and postdoctoral work in Heidelberg, Alwin became a Junior group leader at the Max Perutz Labs in 2010 and is now the Professor of Molecular Biology and the Scientific Director of the institute.
The nuclear pore basket is a conical, net-like structure that is attached to the main body of the nuclear pore complex. The basket has numerous functions in nucleocytoplasmic transport and gene expression. Moreover, when huge cargo is transported through the pore, the basket can expand and then contract again, suggesting a great degree of structural plasticity. Scientists have long tried to understand how the nuclear basket can achieve this, but its biochemical fragility prohibited a reconstitution from purified components . We have now managed to reconstitute key parts of the basket on synthetic membranes. (Cibulka, et. al., Science Advances). Our study reveals an intricate assembly principle, characterized by a flexible 'suspension cable’ that ties the basket together, and opens avenues to reconstitute the early stages of nuclear pore biogenesis.
Excess unsaturated fat in cells must be detoxified. We recently discovered that cells package toxic unsaturated fatty acids into lipid droplets that form specifically on the outer nuclear membrane and ER (Romanauska & Köhler, Developmental Cell, 2021). By contrast, lipid droplet formation at the inner nuclear membrane is switched off. In doing so, toxic fat is channeled away from the genome-filled nuclear interior. We suggest that this mechanism protects both the functionality of the nuclear envelope membrane and prevents the flooding of the genome with lipid droplets. Intriguingly, pathological accumulation of nuclear lipid droplets in liver cells has been observed in mouse-models of non-alcoholic fatty liver disease (NAFLD). These observations raise many questions about the role of dysregulated nuclear envelope lipid metabolism in obesity and liver disease, and whether such pathways can be pharmacologically reprogrammed.
Throughout all kingdoms of life, cells use compartmentalization to create functionally distinct units in what would otherwise be a chaotic cellular environment. We usually think of these compartments as requiring a lipid bilayer to differentially concentrate certain factors. Recent studies, however, suggest a new type of organelle which is based on a process called liquid–liquid phase separation (LLPS). This process – the same that underlies oil and water demixing - can lead to the formation of fluid-like compartments. The organizing principles of these phase-separated structures are poorly understood and represent a new frontier in biology. We recently discovered layered protein droplets, in which a chromatin-modifying enzyme encapsulates a liquid scaffold (Gallego, Schneider, Mittal et al., Nature 2020). The scaffold attracts chromatin and promotes its modification by ubiquitin. This is an intriguing example of a dynamic nuclear sub-compartment that organizes enzymatic activity in a unique way. Ultimately, our research can generate a new understanding of how cells utilize biochemical ‘liquidity’ as a shaping force for constructing the nucleus - the sophisticated organelle that is central to eukaryotic life.
From a cytoplasmic view, the inner nuclear membrane is the most remote territory of the endoplasmic reticulum (ER), both in distance and difficulty of access. To get there, any lipid or protein must pass through the NPCs. Whereas the ER and outer nuclear membrane are highly active in converting nutrients into building blocks for lipids and membranes, the inner nuclear membrane was thought to be metabolically inactive and to receive its entire lipids from the ER via the NPC route. We recently discovered metabolic turnover of lipids at the inner nuclear membrane of budding yeast, and found that the inner nuclear membrane can form lipid droplets that are used for lipid storage (Romanauska & Köhler, Cell 2018). We identified the genetic circuit for the synthesis of nuclear lipid droplets and showed how these organelles participate in gene regulation. This study opens avenues for exploring how inner nuclear membrane lipids signal to the genome and which role the inner nuclear membrane plays in human metabolic diseases.
The assembly of new NPCs is tightly controlled. NPCs are embedded in holes formed by the fusion of the outer and inner nuclear membranes. Inserting a new NPC into an intact nuclear envelope is a fascinating, but poorly understood mechanical problem. Put simply, a hole must be pierced without the balloon popping. Specifically, the inner and outer nuclear membrane have to be bent and fused to open a pore membrane, which has to be stabilized afterwards. In conjunction with this membrane remodeling event, ∼500 nuclear pore proteins have to assemble into a functional NPC to prevent uncontrolled leakage of nuclear or cytoplasmic material. We have discovered a new function for the NPC basket in shaping the nuclear membrane to promote NPC and nuclear envelope integrity (Mészáros et al., Dev Cell, 2015). Future studies aim at understanding how various NPC proteins cooperate to sculpt their membrane environment. We use biochemical reconstitution as a tool to get key insights into what is minimally needed and how mechanisms emerge from component parts.
Tardigrades (also known as water bears or moss piglets) are one of the most resilient animals on our planet: they withstand conditions that would fatal to nearly all other life forms on earth. This includes temperatures from close to absolute zero to about 150°C, pressures six times greater than those found in the deepest ocean trenches, ionizing radiation at doses lethal for a human, and even the vacuum of outer space. Tardigrades can go without food or water for decades, only to rehydrate, forage, and reproduce. They survive this by falling into an enigmatic state called cryptobiosis (hidden life), in which they are neither dead nor alive. We are investigating selected aspects of Tardigrade biology with the support of the Swiss NOMIS Foundation. We want to understand their outstanding robustness, specifically, how nuclear envelope architecture and function is preserved under extreme conditions.
Related to our interest in gene expression, we are studying the modification of chromatin by ubiquitin. When appended to histones, ubiquitin functions as an important epigenetic switch to regulate multiple steps of transcription. Histone H2B monoubiquitination is mediated by the E2 and E3 enzymes Rad6 and Bre1 (Gallego et al., PNAS 2016). Their activity is counteracted by a deubiquitinase of the SAGA complex (Köhler et al., Cell 2010). We are dissecting the structure and function of this intricate molecular machinery to understand its biology in health and disease. Recently, we have begun to study selected aspects of nuclear protein quality control and its links to nuclear envelope homeostasis.
Congratulations! Anete has been awarded the Science & SciLifeLab Prize for Young Scientists in the category “Cell and Molecular Biology”. The prize was initiated in 2013 by the journal Science and the American Association for the Advancement of Science (AAAS; the world’s oldest and largest general science organization) together with the Science for Life Laboratory (SciLifeLab), a Swedish research center. The prize is given to outstanding early career researchers, who publish essays about their discoveries in Science, and are invited to Stockholm to receive their award in the Hall of Mirrors at Grand Hôtel, the original venue of the Nobel Prize.
The City of Vienna recognizes outstanding scientific projects, which have the potential to educate and inspire the public. In his PhD work, Adrià wants to find out how tardigrades (also called water bears) manage to survive extremes that would kill the vast majority of animals on this planet. Adrià is also keen on communicating his research to a wide audience: he has written a children’s book about tardigrades and has started a YouTube channel where he explains current scientific topics to a lay audience. The Impact.Award aims to empower young researchers to engage in a dialogue with society on how to address the global challenges we face, including climate change and environmental degradation.
Every year EMBO (European Molecular Biology Organization) selects distinguished scientists who have made outstanding contributions in the field of the life sciences. New members are nominated and elected by the existing EMBO Members. EMBO Members guide the execution the of EMBO Programmes and activities by serving on EMBO Council, Committees and Advisory Editorial Boards. Collectively, they influence the direction of European science and strengthen research communities across Europe. EMBO was founded in 1964. It’s first chairman was Max Perutz.
A key question in biology is how genes are turned on and off at the right time and place, put differently, how specific proteins become concentrated on a specific gene to turn it on and off. Scientists, who try to painstakingly dissect such ‘genetic switches’, would wish for a simple device that is easy to understand – a mechanical switch with a button to press. However, nature found a different solution and, surprisingly, the solution is - liquid.
DNA is folded into a material called chromatin, which is mostly composed of DNA wrapped around histone proteins. Enzymes can modify histones and thereby affect chromatin structure, which influences whether a gene is active or not. Reporting in Nature, Alwin Köhler’s team discovered that Bre1, an enzyme that modifies histone proteins with ubiquitin exists in a peculiar material state. Bre1 binds another protein, called Lge1 (Large 1), which displays an unusual behavior when viewed under the microscope: Lge1 forms droplets, which are colliding and coalescing. “Solid structures don’t do that; only liquids can” says Laura Gallego, a first author of the study.
The Weintraub Student Award is one of the most prestigious and competitive international student awards recognizing “outstanding achievement during graduate studies in biological sciences”. Anete Romanauska, PhD student in Alwin Köhler’s lab, has been selected as one of twelve students from around the globe in 2020. The award is sponsored by the Fred Hutchinson Cancer Research Center in Seattle.
The Austrian Science Fund has awarded a special research programme grant to a team of scientists led by researchers at the Max Perutz Labs in collaboration with scientists from other institutes. The programme will mechanistically address the question of how the targeted degradation of proteins contributes to health and disease. The research projects of the consortium are coordinated by group leader Sascha Martens - with the contributing groups of Andreas Bachmair, Elif Karagöz, Alwin Köhler, and Gijs Versteeg from the Max Perutz labs - and aim at dissecting the molecular mechanism of how ubiquitin regulates protein degradation and the crosstalk between the two pathways.
The Medical University of Vienna has nominated Anete Romanauska as Researcher of the Month. Born in Latvia, she studied Biology in Riga and later in Vienna. She joined Alwin Köhler’s Lab in 2016 as a PhD student. In her research she is interested in the role of lipid metabolism at the nuclear envelope.
We are always looking for talented, ambitious scientists. Several Postdoc, PhD and Master positions are currently available. Please include a summary of previous research interests, a statement about your motivation to work with us, and the names of potential referees in your application.
Phase separation directs ubiquitination of gene-body nucleosomes
Gallego, Laura D.; Schneider, Maren; Mittal, Chitvan; Romanauska, Anete; Gudino Carrillo, Ricardo M.; Schubert, Tobias; Pugh, B. Franklin; Köhler, Alwin
The Inner Nuclear Membrane Is a Metabolically Active Territory that Generates Nuclear Lipid Droplets.
Romanauska, Anete; Köhler, Alwin
The Nuclear Pore-Associated TREX-2 Complex Employs Mediator to Regulate Gene Expression.
Schneider, Maren; Hellerschmied, Doris; Schubert, Tobias; Amlacher, Stefan; Vinayachandran, Vinesh; Reja, Rohit; Pugh, B Franklin; Clausen, Tim; Köhler, Alwin
Monday Seminar (Internal)
Speaker: CRONIN Shona (Obenauf), KANNO Tatsuo (Berger), PACHINGER Claudia (Dammermann)Institute: Open only to IMP/IMBA/GMI/Max Perutz Labs
Early evolution of animal genome regulation
Speaker: Arnau Sebe-PedrosInstitute: CRG BarcelonaHost: Darrin Schultz
Dissecting how gene regulatory domains reconfigure in evolution and development
Speaker: Mike RobsonInstitute: Max Planck Institute for Molecular GeneticsHost: Clemens Plaschka, Elly Tanaka
Sister chromatid cohesion is asymmetric
Speaker: Flavia CorsiInstitute: IMBAHost: Anton Goloborodko
How HUSH protects your genome from reverse genetic flow
Speaker: Paul LehnerInstitute: Jeffrey Cheah Biomedical CentreHost: Julius Brennecke
Monday Seminar (Internal)
Speaker: SHUKLA Vikas (Berger), VOICHEK Yoav (Nordborg), WIDEN Sonya (Burga)Institute: Open only to IMP/IMBA/GMI/Max Perutz Labs
Single-cell driven enhancer modelling and design
Speaker: Stein AertsInstitute: VIB Center for Brain and Disease ResearchHost: Alex Stark
Monday Seminar (Internal)
Speaker: RODRIGUEZ TERRONES Diego (Tanaka), SESTINI Giovanni (Rivron), PETROULAKI Vasiliki (Matos)Institute: Open only to IMP/IMBA/GMI/Max Perutz Labs
Cell stress and the evolution of novel cell types
Speaker: Günter WagnerInstitute: Yale University and University of ViennaHost: Elly Tanaka
Monday Seminar (Internal)
Speaker: BRUNNER Hanna (Haselbach), FRIDRICH Arie (Berger), AKULOVA Vasilina (Swarts)Institute: Open only to IMP/IMBA/GMI/Max Perutz Labs
Mitigation of climate change: how to use satellite observations to track actions?
Speaker: Inge JonckheereInstitute: United Nations and IPPC Lead AuthorHost: Climate@Max Perutz Labs
Translating science into survival
Speaker: Christoph HuberInstitute: Universitätsmedizin Mainz, TRON gGmbH, BioNTechHost: Jürgen Knoblich
New insights in gene regulation and chromatin folding by enhancers and cohesin
Speaker: Wouter de LaatInstitute: Hubrecht InstituteHost: Christa Bücker
Monday Seminar (Internal)
Speaker: DE SANTIS Martina (Rivron), BUENDIA Daniel (Mari-Ordonez), ENGL Magdalena (Slade)Institute: Open only to IMP/IMBA/GMI/Max Perutz Labs
Title to be announced
Speaker: Ron DrorInstitute: Stanford UniversityHost: David Haselbach
Monday Seminar (Internal)
Speaker: VOJTEK Matus (Stark), LEHMANN Christian (Knoblich), AUGUSTO Pedro (Zimmer)Institute: Open only to IMP/IMBA/GMI/Max Perutz Labs
Designing and building a minimal divisome
Speaker: Petra SchwilleInstitute: MPI of BiochemistryHost: Alwin Köhler
Genomic Analysis of Osteosarcoma: Making Sense of a Complex Genome to Advance Translational Research and Targeted Therapy
Speaker: Alejandro Sweet-CorderoInstitute: University of California San FranciscoHost: Anna Obenauf
Monday Seminar (Internal)
Speaker: SPICER Maximilian (Gerlich), ESTIVILL I CAPAAROS Guillem (Obenauf), MURPHY Paul (Clausen)Institute: Open only to IMP/IMBA/GMI/Max Perutz Labs
Title to be announced
Speaker: Christoph RademacherInstitute: UNIVIE, Faculty of Life SciencesHost: Georg Kontaxis
Imaging of cell division across scales
Speaker: Jan EllenbergInstitute: EMBL HeidelbergHost: Shotaro Otsuka
Monday Seminar (Internal)
Speaker: JÄGER Christina (Van der Veeken), PRADHAN Saurabh (Rivron), RAFANEL Baptiste (Brennecke)Institute: Open only to IMP/IMBA/GMI/Max Perutz Labs
Characterisation of Vpr1, a novel protein involved in DSB repair
Speaker: Mustafa AlaaboInstitute: Dept. Chromosome Biology, Univ. ViennaHost: Franz Klein
Title to be announced
Speaker: Sandra LubitzInstitute: Evotec AGHost: Jennifer Volz-Glaser, IMBA SCCF
Monday Seminar (Internal)
Speaker: BUSETTO Virginia (Falk), HARVEY Zachary (Berger), MILOJKOVIC Lidija (Urban)Institute: Open only to IMP/IMBA/GMI/Max Perutz Labs
m5C-modifications of ribosomal RNA modulate healthy lifespan and development
Speaker: Markus SchossererInstitute: Medical University ViennaHost: Christopher Campbell
Title to be announced
Speaker: Sebastian FürthauerInstitute: TU Vienna, Institute of Applied PhysicsHost: Bojan Zagrovic
Title to be announced
Speaker: Christian UngermannInstitute: University of OsnabrückHost: Gang Dong
Monday Seminar (Internal)
Speaker: PANAROTTO-PERICLES Melanie (Peters), KOLESNIKOVA Sofia (Gerlich), HANDLER Dominik (Brennecke)Institute: Open only to IMP/IMBA/GMI/Max Perutz Labs
Title to be announced
Speaker: Dirk InzeInstitute: VIBHost: Andreas Bachmair
Monday Seminar (Internal)
Speaker: BAUCELLS Julia (Dammermann), GOMEZ SEGALAS Alba (Balzarotti), VOICHEK Maya Shinan (Brennecke)Institute: Open only to IMP/IMBA/GMI/Max Perutz Labs
Title to be announced
Speaker: Maria LlorensInstitute: CBMHost: Noelia Urban
Monday Seminar (Internal)
Speaker: DMITRIEV Vladimir (Goloborodko), HISANAGA Tetsuya (Berger), KHALDIEH Nina (Ameres)Institute: Open only to IMP/IMBA/GMI/Max Perutz Labs
Visualization of Macromolecular Assemblies in Meiosis Using Cryo-Electron Tomography
Speaker: Jannik HugenerInstitute: ETH ZürichHost: Joao Matos
Title to be announced
Speaker: Arun K. ShuklaInstitute: Indian Institute of TechnologyHost: David Haselbach
Title to be announced
Speaker: Kathrin LangInstitute: ETH ZurichHost: Tim Clausen
Monday Seminar (Internal)
Speaker: SOMMER Theresa (Rivron), SHIRZADIAN YAZD Mehrta (Balzarotti), VERTESY Abel (Knoblich)Institute: Open only to IMP/IMBA/GMI/Max Perutz Labs
Control of meiotic crossover placement in Drosophila
Speaker: Jeff SekelskyInstitute: UNC School of MedicineHost: Joao Matos
Title to be announced
Speaker: Joanna WysockaInstitute: Stanford School of MedicineHost: Christa Bücker
Monday Seminar (Internal)
Speaker: POLIKARPOVA Anastasia (Tanaka), CHAKRABORTY Oisorjo (Grade), CORSI Flavia (Goloborodko)Institute: Open only to IMP/IMBA/GMI/Max Perutz Labs
Identification of novel ciliogenesis genes using a phylogenetic profiling approach
Speaker: Alex DammermannInstitute: Dept. Microbiology, Immunbiology and Genetics, University ViennaHost: Verena Jantsch
Title to be announced
Speaker: Andre NussenzweigInstitute: NIHHost: Jan-Michael Peters
Monday Seminar (Internal)
Speaker: FESSELET Jeanne (Kovarik), KHAURATOVIC Uladzislava (Matos/Golobordko), SHEN Jingyi (Obenauf)Institute: Open only to IMP/IMBA/GMI/Max Perutz Labs
Title to be announced
Speaker: Roger GeigerInstitute: Institute for Research in Biomedicine, BellinzonaHost: Joris Van der Veeken
Probing chromosome mechanics in the interphase nucleus
Speaker: Antoine CoulonInstitute: Institut CurieHost: Anton Goloborodko and Daniel Gerlich
Monday Seminar (Internal)
Speaker: PERNEBRINK Mattias (Tanaka), HOHMANN Ulrich (Brennecke/Plaschka), MANOLOVA Toni (Falk)Institute: Open only to IMP/IMBA/GMI/Max Perutz Labs
Monday Seminar (Internal)
Speaker: WU Shuangyang (Dolan), SCARAMUZZA Federico (Tessmar), KROGULL Daniel (Burga)Institute: Open only to IMP/IMBA/GMI/Max Perutz Labs
Monday Seminar (Internal)
Speaker: HEIDARI KHOEI Heidar (Rivron), ABDRAKHMANOV Alibek (Dagdas), GALUSKA Philipp (Djinovic)Institute: Open only to IMP/IMBA/GMI/Max Perutz Labs
Title to be announced
Speaker: Daniele CanzioInstitute: UCSFHost: Anton Goloborodko
Monday Seminar (Internal)
Speaker: WILLIAMS Thomas (Clausen), GEISMANN Maximilian (Balzarotti)Institute: Open only to IMP/IMBA/GMI/Max Perutz Labs
Comprehensive and quantitative characterization of aneuploidy phenotypes
Speaker: Manuela Sophie KollerInstitute: Dept. Chromosome Biology, Univ. ViennaHost: Chris Campbell
Monday Seminar (Internal)
Speaker: JELENIC Stela (Saha), PACHECO FIALLOS Franics Belen (Plaschka), FONTES OLIVEIRA Tiago Manuel (Penninger)Institute: Open only to IMP/IMBA/GMI/Max Perutz Labs
Monday Seminar (Internal)
Speaker: NAGUMO WONG Sakurako (Knoblich), LORENZO ORTS Laura (Pauli), ROSS James (Burga)Institute: Open only to IMP/IMBA/GMI/Max Perutz Labs
Title to be announced
Speaker: Samer HattarInstitute: NIHHost: Kristin Tessmar
Monday Seminar (Internal)
Speaker: RAFFL Gerald (Ameres), SAJTOS Bettina (Zuber), ISHIHARA Keisuke (Tanaka)Institute: Open only to IMP/IMBA/GMI/Max Perutz Labs
Title to be announced
Speaker: Anshul KundajeInstitute: Stanford UniversityHost: Alex Stark
Monday Seminar (Internal)
Speaker: STEINACKER Thomas (Gerlich), EDER Stephanie (Zimmer), TIKANOVA Polina (Burga)Institute: Open only to IMP/IMBA/GMI/Max Perutz Labs
Monday Seminar (Internal)
Speaker: SCHELLHAAS Ulla (Plaschka/Ameres), RUSCH Emma (Goloborodko), VULIN Milica (Obenauf)Institute: Open only to IMP/IMBA/GMI/Max Perutz Labs
Monday Seminar (Internal)
Speaker: RADHAKRISHNA PILLAI Balashankar (Saha), ADELMANN Leonie (Raible), BLAHA Andreas (Pauli)Institute: Open only to IMP/IMBA/GMI/Max Perutz Labs
Monday Seminar (Internal)
Speaker: BELL Caelan (Gerlich), MEREITER Stefan (Penninger), BINDL Michael (Leeb)Institute: Open only to IMP/IMBA/GMI/Max Perutz Labs
Monday Seminar (Internal)
Speaker: LORBEER Franziska (Stark), MULVEY Hugh (Dolan), PÜHRINGER Florian (Burga)Institute: Open only to IMP/IMBA/GMI/Max Perutz Labs
Monday Seminar (Internal)
Speaker: HOLZER Elisabeth (Martens), COLOZZA Gabriele (Koo), FALCON CHAVEZ Francisco (Tanaka)Institute: Open only to IMP/IMBA/GMI/Max Perutz Labs
Monday Seminar (Internal)
Speaker: RÖHSNER Josef (Pauli), OKUN Anastasia (Karagöz), JUNG Pauline (Obenauf)Institute: Open only to IMP/IMBA/GMI/Max Perutz Labs
Title to be announced
Speaker: Sir Philip CohenInstitute: University of DundeeHost: Egon Ogris
Monday Seminar (Internal)
Speaker: LICHT-MAYER Simon (Penninger), CAYGILL Samuel (Dolan), MIGOTTI Mario (Konrat)Institute: Open only to IMP/IMBA/GMI/Max Perutz Labs
Title to be announced
Speaker: Feng ShaoInstitute: National Institute of Biological Sciences, BeijingHost: Pavel Kovarik
Monday Seminar (Internal)
Speaker: SHUNMUGAM Dhanlakshmi (Baccarini), CECI GINISTRELLI Lavinia (Mendjan), VORLÄNDER Matthias (Plaschka)Institute: Open only to IMP/IMBA/GMI/Max Perutz Labs
Title to be announced
Speaker: Jan LöweInstitute: MRC Laboratory of Molecular BiologyHost: Jan-Michael Peters
Title to be announced
Speaker: Lydia FinleyInstitute: Memorial Sloan Kettering Cancer CenterHost: Johannes Zuber
Monday Seminar (Internal)
Speaker: KOK Jian Yi (Berger), GROH Roan (Dagdas), SODERHOLM Adrian (Versteeg)Institute: Open only to IMP/IMBA/GMI/Max Perutz Labs
Title to be announced
Speaker: Stephan GruberInstitute: University of LausanneHost: Franz Klein
Monday Seminar (Internal)
Speaker: STRAVS Ana (Knoblich), SANCHEZ DE MEDINA HERNANDEZ Victor (Dagdas), KRUMWIEDE Luisa (Gaidt)Institute: Open only to IMP/IMBA/GMI/Max Perutz Labs
Monday Seminar (Internal)
Speaker: TAVERINI Katherina (Urban), CORIC Aida (Tessmar)Institute: Open only to IMP/IMBA/GMI/Max Perutz Labs
Title to be announced
Speaker: Nancy KlecknerInstitute: Harvard UniversityHost: Franz Klein
Monday Seminar (Internal)
Speaker: GRABARCZYK Daniel (Clausen), PROTELL I DE MONTSERRAT Julia (Brennecke/Plaschka), MANCHENO JUNCOSA Estela (Mendjan)Institute: Open only to IMP/IMBA/GMI/Max Perutz Labs
Title to be announced
Speaker: Edward LemkeInstitute: IMB MainzHost: David Haselbach
Monday Seminar (Internal)
Speaker: ATTRILL Sarah (Dolan), UIJTTEWAAL Esther (Elling), SCIBISZ Grzegorz (Karagöz)Institute: Open only to IMP/IMBA/GMI/Max Perutz Labs
Monday Seminar (Internal)
Speaker: DOLESCHALL Balint (Knoblich), FENG Sonjie (Bücker), BOURGUET Pierre (Berger)Institute: Open only to IMP/IMBA/GMI/Max Perutz Labs
Title to be announced
Speaker: Rotem SorekInstitute: Weizmann Institute of Science, RehovotHost: Julius Brennecke
Monday Seminar (Internal)
Speaker: HORENKAMP Simone (Tanaka), CASEY Chloe (Dolan), KAPRAL Thomas (Zagrovic)Institute: Open only to IMP/IMBA/GMI/Max Perutz Labs
Monday Seminar (Internal)
Speaker: KOBAKHIDZE George (Dong), ANGELOPOULOU Eleni (Ellis), PACHANO Tomas (Stark)Institute: Open only to IMP/IMBA/GMI/Max Perutz Labs
Title to be announced
Speaker: Stephan GrillInstitute: MPI of Molecular Cell Biology and GeneticsHost: Clemens Plaschka
Monday Seminar (Internal)
Speaker: RAMIREZ America (Köhler), VÖLKL Isabella (Bücker), HOANG Oi Pui (Technau)Institute: Open only to IMP/IMBA/GMI/Max Perutz Labs
Title to be announced
Speaker: Mounia LaghaInstitute: Institut de Genetique Moleculaire de MontpellierHost: Andrea Pauli
Monday Seminar (Internal)
Speaker: LEITNER Moritz (Martinez), VOGEL Alexander (Yudushkin), KETTEL Paulina (Karagöz)Institute: Open only to IMP/IMBA/GMI/Max Perutz Labs
Monday Seminar (Internal)
Speaker: TSAREV Aleksandr (Ameres), FIESELER Charlie (Zimmer), ABESAMIS Kim Ivan (Dong)Institute: Open only to IMP/IMBA/GMI/Max Perutz Labs
Title to be announced
Speaker: Laurent NguyenInstitute: University of LiegeHost: Noelia Urban
Monday Seminar (Internal)
Speaker: KLEIFELD Justus (Urban), ORLIC Lucija (Matos)Institute: Open only to IMP/IMBA/GMI/Max Perutz Labs
Title to be announced
Speaker: Ian HicksonInstitute: University of CopenhagenHost: Joao Matos
Monday Seminar (Internal)
Speaker: SHULKINA Alexandra (Versteeg), GEETHA Sowmya (Jantsch), MADHUSUDHANAN Jalaja (Zimmer)Institute: Open only to IMP/IMBA/GMI/Max Perutz Labs
Monday Seminar (Internal)
Speaker: KOLLER Manuela (Campbell), GUPTA Ankit (Goloborodko), SCHMÖLLERL Johannes (Zuber)Institute: Open only to IMP/IMBA/GMI/Max Perutz Labs
Monday Seminar (Internal)
Speaker: MARCHIORI Elisa (Van der Veeken), ACHLEITNER Anja (Martens), FAAS Victoria (Clausen)Institute: Open only to IMP/IMBA/GMI/Max Perutz Labs
Monday Seminar (Internal)
Speaker: SALEWSKIJ Kirill (Penninger), KIRCHGATTERER Paul (Gaidt), REN Kaike (Otsuka)Institute: Open only to IMP/IMBA/GMI/Max Perutz Labs
Monday Seminar (Internal)
Speaker: MIHAILOVIC Milica (Karagöz), BELL Lillie (Clausen), TELONI Federico (Gerlich)Institute: Open only to IMP/IMBA/GMI/Max Perutz Labs
Monday Seminar (Internal)
Speaker: STANKUNAS Edvinas (Köhler), CASEY Alexandra (Dolan), LEV Itamar (Zimmer)Institute: Open only to IMP/IMBA/GMI/Max Perutz Labs
Monday Seminar (Internal)
Speaker: OBERHUEMER Michael (Leeb), GONAZLEZ ALVARADO Maria (Grade), SCHOLZ Julia (Otsuka)Institute: Open only to IMP/IMBA/GMI/Max Perutz Labs
Monday Seminar (Internal)
Speaker: AMANN Sascha (Haselbach), KASHKO Nataliia (Matos), BAUER Bernd (Martens)Institute: Open only to IMP/IMBA/GMI/Max Perutz Labs
Monday Seminar (Internal)
Speaker: LEE Joonsun (Elling), LEYVA GONZALEZ Marco (Tanaka), MILIVOJEV Nadja (Raible)Institute: Open only to IMP/IMBA/GMI/Max Perutz Labs
Monday Seminar (Internal)
Speaker: GAO Peng (Dagdas), GOGOVA Rebeca (Clausen), PAVLOVA Anzhela (Matos)Institute: Open only to IMP/IMBA/GMI/Max Perutz Labs
Monday Seminar (Internal)
Speaker: AYALA MUNOZ Farja (Plaschka), VETRANO Pamela (Ramundo), YU Changwei (Brennecke)Institute: Open only to IMP/IMBA/GMI/Max Perutz Labs
Monday Seminar (Internal)
Speaker: KONSTANTINOU Andri (Obenauf), NAVA GARCIA Marintia (Dagdas), WOLFF Uyen Le Phuong (Jantsch V.)Institute: Open only to IMP/IMBA/GMI/Max Perutz Labs
Monday Seminar (Internal)
Speaker: HARTMANN Felix (Matos), PASSERA Alessandro (Balzarotti), SANCHEZ BURGOS Laura (Obenauf)Institute: Open only to IMP/IMBA/GMI/Max Perutz Labs
Monday Seminar (Internal)
Speaker: HAIDER Jakob (Gaidt), HODAKOVA Zuzana (Haselbach), MYLARSHCHIKOV Dmitry (Gerlich)Institute: Open only to IMP/IMBA/GMI/Max Perutz Labs
Title to be announced
Speaker: Johannes WalterInstitute: Harvard Medical SchoolHost: Jan-Michael Peters
Monday Seminar (Internal)
Speaker: PIECH Lucas (Leonard), DE LA CONCEPCION Juan Carlos (Dagdas), POPOVA Mariia (Peters)Institute: Open only to IMP/IMBA/GMI/Max Perutz Labs
Monday Seminar (Internal)
Speaker: GALLI Lucrezia (Tanaka), DIAS Ana Beatriz (Slade), TAKACS Zsuzsanna (Gerlich)Institute: Open only to IMP/IMBA/GMI/Max Perutz Labs
Monday Seminar (Internal)
Speaker: KNIEST Judith (Haselbach), KELLNER Max (Penninger), BABADEI Olga (Decker)Institute: Open only to IMP/IMBA/GMI/Max Perutz Labs
Monday Seminar (Internal)
Speaker: BOHAUMILITZKY Lena (Pinheiro), RAIDERS Stephan (Tanaka), PRLESI Ines (Gerlich)Institute: Open only to IMP/IMBA/GMI/Max Perutz Labs
Monday Seminar (Internal)
Speaker: PANDA Aswini (Saha), PITASI Mattia (Leeb), HEINZL Monika (Stark)Institute: Open only to IMP/IMBA/GMI/Max Perutz Labs
Monday Seminar (Internal)
Speaker: VELETI Lalitha (Pauli), FORISCH Stephan (Elling), NAAS Julia (Van Haeseler)Institute: Open only to IMP/IMBA/GMI/Max Perutz Labs
Monday Seminar (Internal)
Speaker: FARAWAY Rupert (Plaschka), GRUNDMANN Lorenz (Haselbach), KLEINWAECHTER Ava (Slade)Institute: Open only to IMP/IMBA/GMI/Max Perutz Labs
Monday Seminar (Internal)
Speaker: RÖTZER Johannes (Dolan), MIOCIC-STOSIC Fran (Zagrovic), RITSCHKA Birgit (Tanaka)Institute: Open only to IMP/IMBA/GMI/Max Perutz Labs
Monday Seminar (Internal)
Speaker: PUSHPA BOSE Greeshma (Urban), ROGOWSKI Nicole (Elling), RAINA Shiviya (Dammermann)Institute: Open only to IMP/IMBA/GMI/Max Perutz Labs
Monday Seminar (Internal)
Speaker: COUTURIER Jeanne (Jachowicz), PABST Gabriel (Zuber), ROFFAY Chloe (Pinheiro)Institute: Open only to IMP/IMBA/GMI/Max Perutz Labs
Monday Seminar (Internal)
Speaker: RUSSETT Colleen (Berger), NAJM Ramsey (Knoblich), HOLLAUS David (Gaidt)Institute: Open only to IMP/IMBA/GMI/Max Perutz Labs
Monday Seminar (Internal)
Speaker: SHARMA Sanskriti (Ellis), JANKOWSKA Julia (Ameres), PAPAREDDY Ranjith (Dagdas)Institute: Open only to IMP/IMBA/GMI/Max Perutz Labs
Monday Seminar (Internal)
Speaker: MAURER Eric (Peters), BHARDWAJ Vishakha (Schlögelhofer), DIEZMA Laura (Nordborg/Mari-Ordonez)Institute: Open only to IMP/IMBA/GMI/Max Perutz Labs
Monday Seminar (Internal)
Speaker: GUZMAN PEREZ Sebastian (Martinez), LITTLEBOY Jamie (Knoblich), RIABOV Daria (Plaschka)Institute: Open only to IMP/IMBA/GMI/Max Perutz Labs
Monday Seminar (Internal)
Speaker: ZEILER Christina (Kovarik), DOCAVO GARCIA Antonio (Jachowicz), DEIBER Sebastian (Dolan)Institute: Open only to IMP/IMBA/GMI/Max Perutz Labs
Monday Seminar (Internal)
Speaker: ZMAJKOVIC Jakub (Zuber), DEL CHIARO Alessia (Dagdas), ANTONIOLI Sumire (Leonard)Institute: Open only to IMP/IMBA/GMI/Max Perutz Labs
Monday Seminar (Internal)
Speaker: HUETTER Christiane (Menche), KRACHT Laura (Knoblich), SANDRU Ana Maria (Baccarini)Institute: Open only to IMP/IMBA/GMI/Max Perutz Labs
Monday Seminar (Internal)
Speaker: BENEDUM Johannes (Slade), KALIS Robert (Zuber), PATEL Rajvi (Matos)Institute: Open only to IMP/IMBA/GMI/Max Perutz Labs
Monday Seminar (Internal)
Speaker: PROTSENKO Liudmila (Brennecke), SHETTY Kavya (Hein), BASSAT Elad (Tanaka)Institute: Open only to IMP/IMBA/GMI/Max Perutz Labs
+43 1 4277 240 01
Today: 9am - 5pm
Vienna Biocenter (VBC)
Dr.-Bohr-Gasse 9, 1030 Vienna