Titlebook: E. coli in Motion; Howard C. Berg Book 2004 Springer Science+Business Media New York 2004 DNA.cells.escherichia coli.physiology.proteins.r

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E. coli in Motion978-0-387-21638-6Series ISSN 1618-7210 Series E-ISSN 2197-5647

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周兴旺

3.524ls are able to swim, define the distance that they must move to determine whether life is getting better or worse, and set the time scale for their behavioral response. To appreciate what . has accomplished, we need to look at some of the physics that . knows.

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Ellen Ernst Kossek,Ariane Ollier-Malaterretion. Given that the diameter of the motor is less than one-tenth the wavelength of light and that it contains more than 20 of different kinds of parts (Appendix, Table A.3), it is a nanotechnologist’s dream (or nightmare).

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Cell Populations,r biology. Imagine an ensemble of self-propelled microscopic particles, moving about in a dilute aqueous medium, robots programmed to respond to external stimuli. How are the robots distributed in space and time?

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Optimal Control,uded that its cells can sense temporal gradients about as well as any other device of similar size could possibly do (Berg and Purcell, 1977). And then my students and I looked more closely at how changes in tumble probability actually depend on the concentrations of attractants or repellents.