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My research interests |
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For the last couple of years, I have been working on the development and applications of single molecule techniques to biology. Using semiconductor quantum dots as fluorescent probes, we record the motion of individual biomolecules in vitro and vivo wtih ms time resolution and nanometer spatial accuracy. We are currently using these techniques to study DNA-protein interactions in vitro, the diffusion dynamics of membrane receptors in cultured neurons, the properties of individual molecular motors in the cytoplasm of live cells and the localisation of cell-fate determinants during asymmetric cell division of stem cell-like Drosophila neuroblasts. |
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To know more about my research, please visit
my group's web site
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| My publications | |
| For a list of my publications, click here. | |
| My CV | |
| To read a brief resume, click here | |
| Teaching | |
| Lecture on quantum mechanics at Ecole Polytechnique | |
| Cours M2 IPB Paris 7 "Détection optique de biomolécules individuelles": partie 1 & partie 2 | |
| Cours M1 Paris 6 "Microscopies optiques pour la biologie" (pdf, 9.8 Mo) (ppt, 11 Mo) | |
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last update : 28/03/07 |