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- Team D. Lévy. Functional and structural analysis of membrane proteins
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- concentration wave of E. coli bacteria in a microchannel
- Amphiphilic Poly(ethylene oxide)-block-poly(butadiene-graft-liquid crystal) Copolymers: Synthesis and Self-Assembly in Water
- Binding, reconstitution and 2D crystallization of membrane or soluble proteins onto functionalised lipid layer observed in situ
- collectively migrating epithelium biophys cover
- Fig 5. Non-conservation of network motifs
- Fig 4. Model of biomolecular networks under duplication-divergence evolution
- Fig 3. Whole genome duplications in evolution
- Fig 2. Novel nanostructures made of DsrA ncRNA of E.coli
- Fig 1. RNA synthetic biology
- Fig 1. RNA synthetic biology
- Fig 1. RNA synthetic biology
- Fig 4. Model of biomolecular networks under duplication-divergence evolution
- Fig 4. Model of biomolecular networks under duplication-divergence evolution
- Fig 5. Expansion of signaling networks by whole genome duplication
- Fig. 1 Motor oscillations
- Fig. 2 Tissue competition
- Fig. 2 Compétition entre tissus
- Fig. 1 Oscillations de moteurs moléculaires
- Expansion of signaling networks by whole genome duplication
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- Brigitte da Silva
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- laurence turpin
- Agnes verin
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- Fahima Faqir
- Jean-Hugues Codarbox
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- Optical tweezer and edge fluctuation setup
- Functional and structural analysis of BmrC/BmrD abacterial heterodimeric MDR transporter
- Functional and structural analysis of BmrC/BmrD bacterial heterodimeric MDR transporter
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- Structural changes in liquid crystal polymer vesicles induced by temperature variation and magnetic fields
- Biocompatible gold nanorods for cancer research
- Self-assembly of amphiphilic liquid crystal block copolymers containing a cholesteryl mesogen: Effects of block ratio and solven
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- Smectic polymer micellar aggregates with temperature-controlled morphologies
- Smectic polymer micellar aggregates with temperature-controlled morphologies
- Smectic polymer micellar aggregates with temperature-controlled morphologies
- Smectic polymer micellar aggregates with temperature-controlled morphologies
- C. elegans sperm cell crawling on a substrate.
- Actin filled liposome
- Actin Beads and VASP
- C. elegans sperm cells transfected with fluorescent MSP
- Multilayered liposome observed by cryoEM
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- 2D crystals of BmrC/BmrD
- 2D crystals of BmrC/BmrD, a bacterial heterodimeric ABC transporter
- Multilayered liposome obserbed by cryoEM
- 2D crystals of Light Harversting Complex, LH2, from Rba. sphaeroides
- Single particle analysis of 300kDa LH1-RC-PufX core complex of Rbs. veldkampii
- Atomic model of LH1-RC-PuhX from Rba. sphaeroides
- Atomic Model of LH1-RC-PufX from Rba. sphaeroides
- Single particle analysis by cryoElectron Microscopy of a small non symemetrical membrane protein
- 2D crystals of Light Harversting Complex, LH2, from Rba. sphaeroides
- 3D reconstruction of LH1-RC-PufX, 280 Kda, at 12 A resolution
- 3D reconstruction of LH1-RC-PufX, 280 kDa, at 12 A resolution
- 2D crystals of Light Harversting Complex, LH2, from Rba. sphaeroides
- schematic model of the coupling between the non equivalent catalytic sites of ABC transporters
- schematic model of the coupling between the non equivalent catalytic sites of ABC transporters
- schematic model of the coupling between the equivalent catalytic sites of ABC transporters
- Tubular to planar membranes upon conformational changes of BmrA, a ABC transporter
- Orientation of the Shiga toxin B subunit toward the membrane
- Pores in lipid membrane
- Functionalyzed tubes made of cerebroside lipids
- Polymersomes
- Light sensitive Polymersomes
- Tubular to planar membrane transition mediated by transmembrane protein
- Biocompatible gold nanorods for cancer research
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- Liposome with actin cortex aspirated in a micropipet
- Actin filled liposomes form a cortex if polymerization is activated at the membrane
- Cell fragments show spontaneous osscilation
- Symmetry breaking of the actin gel around a bead
- C. elegans embryo during ventral closure
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- Incorporation of membrane proteins in planar lipid bilayer
- 2D crystallization by the lipid layer
- Reconstitution of membrane proteins in GUVS
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- Film 1 - C. Sykes
- Film 2 - C. Sykes
- Film 1 : Oscillations spontanées
- Film 2 - Martin
- Film 1 - Amblard
- Film 1 - Brochard
- Film 2 - Brochard
- Film 3 - Brochard
- Film 4 - Brochard
- S2 RNA regulatory module
- A2 activated S2 RNA regulatory module
- Red Blood Cell Flickering
- E. coli collective migration
- 2D crystallization of proteins onto functionalyzed lipid layer
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Film 1 - Amblard
L'amibe entameoba histolytica est filmée en microscopie par contraste de phase. Elle émet des protrusions membranaires, causées par un détachement brutal entre la membrane et la cytosquelette sous-jacent, sous l'effet d'une pression interne excessive résultant de la contraction permanente du cortex d'actine. Le décrochement de la membrane conduit ensuite à l'effondrement local du cytosquelette, à la formation d'un nouveau cortex qui se stabilise, et finalement à la répétition cyclique de l'ensemble des étapes. Cette instabilité du cortex est nécessaire à la motilité de cette amibe, et à son pouvoir infectieux.