Résumés
Résumé
Le microscope à force atomique explore la surface d’échantillons biologiques à l’aide d’une pointe effilée portée par un ressort très souple. La précision des déplacements de cette pointe, dans les trois plans de l’espace, couplée à une utilisation dans des solutions physiologiques, permet de visualiser aussi bien des structures biologiques complexes que des molécules uniques, et cela dans leur état fonctionnel. Les résolutions latérale et verticale peuvent atteindre quelques angströms. Outil de dissection et de manipulation à l’échelle moléculaire, le microscope à force atomique offre également une nouvelle approche pour la détermination, sur molécules uniques, des forces intra- et intermoléculaires.
Summary
Using a sharp tip attached at the end of a soft cantilever as a probe, the atomic force microscope (AFM) explores the surface topography of biological samples bathed in physiological solutions. In the last few years, the AFM has gained popularity among biologists. This has been obtained through the improvement of the equipment and imaging techniques as well as through the development of new non-imaging applications. Biological imaging has to face a main difficulty that is the softness and the dynamics of most biological materials. Progress in understanding the AFM tip-biological samples interactions provided spectacular results in different biological fields. Recent examples of the possibilities offered by the AFM in the imaging of intact cells, isolated membranes, membrane model systems and single molecules at work are discussed in this review. Applications where the AFM tip is used as a nanotool to manipulate biomolecules and to determine intra- and intermolecular forces from single molecules are also presented.
Parties annexes
Références
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