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- Microscope confocal droit - Leica SP2 AOBS
- Microscope confocal inversé - Zeiss LSM 510 Meta
- Microscope L5D à déconvolution
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- Zeiss LSM 510 Meta
- L5D deconvolution microscope
- Leica SP2 AOBS
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- Video-microscope station 2
- Video-microscope station 3
- 3D deconvolution microscope 1
- 3D deconvolution microscope 2
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- Fig1. Model pour la fonction des moteurs moléculaires dans le trafic intracellulaire
- Curie international course. 1st Course on cytoskeleton: Actin based motility
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- Curie international course. 2nd Course on cytoskeleton: Cytoskeleton in cell division and migration
- Curie international course. 3rd Course on cytoskeleton: Cytoskeleton and membrane trafficking
- Curie international course. 4th Course on cytoskeleton: Cytoskeleton in cell division and migration
- Figure 1. Actin cytoskeleton in cell invasion.
- Figure 2. Actin cytoskeleton in cell migration.
- Figure 3. Cooperation of CAFs and cancer cells in invasion.
- 5th course on cytoskeleton: Cytoskeleton in cell organization
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Research at the Institut Curie
The Institut Curie offers a favorable and adapted environment for interdisciplinary work, which is one of its core values since its creation in 1909. The Institut Curie has a long history of interaction between researchers from different backgrounds and physicians.
For more than a century, multidisciplinary work has been and continues to open the way for the research fields of tomorrow.
Basic research is conducted at the Research Center within joint research units associating the CNRS and/or Inserm, as well as universities of the Ile-de-France region, in Paris and Orsay.
Research activities cover the following main fields of activities:
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Cell biology and developmental biology
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Immunotherapy
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Genetics and oncogenesis,
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Epigenetics and genotoxicology
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Pharmacochemistry
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Physical chemistry of living organisms
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Molecular mechanisms and oncogenesis
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Cellular and molecular imaging
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Bioinformatics and Systems biology
Translational and preclinical research activities are structured within the Translational research department, which provides clinicians and researchers with the human and technological resources enabling the development of application-oriented projects, with the objective to improve care for cancer patients.
The multidisciplinary, cross-sectional approaches to research promoted at the Institut Curie enable researchers and clinicians to explore relationships between biology, developmental genetics and medicine in order to get a better understanding of cancers and develop innovative therapies. The Translational research department, a multidisciplinary approach in terms of research directions, objectives and structures, are indeed necessary conditions for rapid dissemination of information in the clinical fields explored by physicians and health care workers at the Institut Curie.
Clinical research
Over 10% of patients treated at the Institut Curie are invited to participate in a clinical research study. Clinical research enables to make progress in medical knowledge, to validate new methods for disease detection, to develop more effective treatments and to improve the quality of life of patients during and after treatment.
At the Institut Curie, clinical studies are carried out either exclusively within the institute’s own hospital structure in Paris, Orsay and Saint-Cloud, or more often in the framework of multicentric studies involving several national or international institutions associated to the Institut Curie.
Many academic studies are supported by public research institutions, while a certain number of studies are supported by industrials, in particular for the development of new drugs or facilities.
Mutualized platforms, open to the scientific community
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Genomics/High-throughput DNA sequencing
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Proteomics/Mass spectroscopy
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Histology
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Bioinformatics
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Chemolibrary
One of the most advanced scientific imaging facilities in Europe
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30 advanced photon microscopes
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5 atomic force microscopes
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4 electronic microscopes
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1 ion microscope
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1 MRI unit dedicated to research

