Titlebook: Electrical Manipulation of Cells; Paul T. Lynch,Michael R. Davey Book 1996 Chapman & Hall 1996 biotechnology.cell biology.cell division.ge

glisten

Dielectrophoresis: Effect of Nonuniform Electrical Fields on Cell Movement,he analysis of cell orientation. Both these phenomena have been analyzed using microorganisms (particularly yeasts), because of the reproducibility of their growth characteristics and the homogeneity of their cell populations.

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Cell Electrorotation,lso described. Summaries of the applications of electrorotation to the study of mammalian eggs and isolated chloroplasts provide an overview of the methods for measuring and interpreting the phenomenon.

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majestic

Electrostimulation of Cells by Weak Electric Currents,cation of weak electrical currents can sometimes interact with these to stimulate growth, the healing of injuries, and the regeneration of organs. Examples are given, the mechanisms of the effects discussed, and a hypothesis presented for their likely evolution.

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exostosis

Book 1996he book features broad coveragethat ranges from the mechanisms of action of external electricalfields on biological material to the ways in which electrical stimuliare employed to manipulate cells. Bringing together the work ofleading international authorities, the book covers membrane breakdown,gen

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The Architectures of Geoffrey Hinton,on of data obtained with different pulse shapes. The results of the physical—chemical analysis not only indicate possible mechanisms but also are instrumental for goal-directed optimization strategies for practical applications of electroporation techniques.

anthesis

Eino Heikkinen M.D.,Birgit K?yhty M.Sc.that new ideas in physics and new approaches in biology are needed to account for most of the biological effects reported. Thus, the construction of artifact-free experimental systems will be difficult. A critical review of the current theories of action is presented.

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Embolic-Stroke

Electromagnetic Cell Stimulation,that new ideas in physics and new approaches in biology are needed to account for most of the biological effects reported. Thus, the construction of artifact-free experimental systems will be difficult. A critical review of the current theories of action is presented.