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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
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- Fig 4. Model of biomolecular networks under duplication-divergence evolution
- Fig 4. Model of biomolecular networks under duplication-divergence evolution
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- 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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- Atomic Model of LH1-RC-PufX from Rba. sphaeroides
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- 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
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- S2 RNA regulatory module
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Fig1 - François Amblard
L'endocytose de la E-cadhérine est la condition nécessaire de son désengagement des liaisons adhésives. Comme elle intervient de façon continue, les liaisons ont une durée de vie courte -quelques minutes. En présence d'un inhibiteur de l'endocytose (c,d), la E-cadhérine (fusion GFP, a,b,c,d) reste indéfiniment engagée, et les vésicules d'endocytose (récepteur transferrine, rouge, b,d) ne se forment plus.