Professor Richard Berry D. Phil.: Publications

3P179 Discrete steps in fast bacterial flagellar rotation detected by back-scattering microscopy(Molecular motor,The 48th Annual Meeting of the Biophysical Society of Japan)

Seibutsu Butsuri Biophysical Society of Japan 50:supplement2 (2010) s176

Authors:

Yoshiyuki Sowa, Richard Berry

Proteins of Functioning Flagellar Rotor Turnover but only in the Presence of Signalling Proteins

BIOPHYSICAL JOURNAL 98:3 (2010) 433A-433A

Authors:

Nicolas J Delalez, George H Wadhams, Richard M Berry, Judith P Armitage, Mark C Leake

Single Molecule Rotation of F1-ATPase from S. cerevisiae

BIOPHYSICAL JOURNAL 98:3 (2010) 433A-434A

Authors:

Bradley C Steel, Yamin Wang, Vijay Pagadala, Richard M Berry, David M Mueller

Single Molecule Studies of E-ColiF₁F_o ATP Synthase in Lipid Bilayers

BIOPHYSICAL JOURNAL 98:3 (2010) 54A-54A

Authors:

Wei M Ho, Richard M Berry

An introduction to the physics of the bacterial flagellar motor: A nanoscale rotary electric motor

Contemporary Physics 50:6 (2009) 617-632

Authors:

MAB Baker, RM Berry

Abstract:

Biological molecular motors show us how directed motion can be generated by nanometre-scale devices that work at the energy scale of the thermal bath. Direct and indirect observations of functioning single molecule motors allow us to see fundamental processes of statistical physics unfolding in microscopic detail at room temperature, something that was unimaginable only a few decades ago. In this review, we introduce molecular motors and the physics relevant to their mechanisms before focusing on our recent experiments on the bacterial flagellar motor, the rotary device responsible for bacterial locomotion.

91̽��