2011•Advances in chemical physicsRequires access

Recent Advances in Single‐Molecule Biophysics with the Use of Atomic Force Microscopy

Masaru Kawakami, Yukinori Taniguchi

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Abstract

This chapter contains sections titled: Introduction Dynamics of Biomolecules Dynamic Studies of Biomolecules with Conventional Techniques Single-Molecule Methods Relevance of Force in Biology AFM as a Powerful Technique for Single-Molecule Measurement in Fluids Force Measurement with AFM: Experimental Setup Dynamic Force Spectroscopy for the Study of Conformational Changes of Single Biomolecules at Equilibrium and Far from Equilibrium

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What this paper is about

This chapter contains sections titled: Introduction Dynamics of Biomolecules Dynamic Studies of Biomolecules with Conventional Techniques Single-Molecule Methods Relevance of Force in Biology AFM as a Powerful Technique for Single-Molecule Measurement in Fluids Force Measurement with AFM: Experimental Setup Dynamic Force Spectroscopy for the Study of Conformational Changes of Single Biomolecules at Equilibrium and Far from Equilibrium

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Available abstract

This chapter contains sections titled: Introduction Dynamics of Biomolecules Dynamic Studies of Biomolecules with Conventional Techniques Single-Molecule Methods Relevance of Force in Biology AFM as a Powerful Technique for Single-Molecule Measurement in Fluids Force Measurement with AFM: Experimental Setup Dynamic Force Spectroscopy for the Study of Conformational Changes of Single Biomolecules at Equilibrium and Far from Equilibrium

Key concepts: Biomolecule, Force spectroscopy, Atomic force microscopy, Molecule, Nanotechnology, Molecular biophysics, Chemistry, Biophysics

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