Titlebook: Biological Coherence and Response to External Stimuli; Herbert Fröhlich Book 1988 Springer-Verlag Berlin Heidelberg 1988 biology.biopolyme

几何学家

Bernd Herrmann,Reinhard Dettmeyer,Ute Thyenrequency in the range 10.−10. Hz. Further work (Fröhlich 1984) revealed that polar modes in biological molecules, and larger systems, exist with both higher and lower frequencies. Stimulated by this proposal, a number of different lines of investigation have given evidence that these oscillations do, indeed, exist.

senile-dementia

Emission of Radiation by Active Cells,requency in the range 10.−10. Hz. Further work (Fröhlich 1984) revealed that polar modes in biological molecules, and larger systems, exist with both higher and lower frequencies. Stimulated by this proposal, a number of different lines of investigation have given evidence that these oscillations do, indeed, exist.

META

茁壮成长

chapel

fructose

Theoretical Physics and Biology,r, but I remembered it when approached by M. Marois. Meanwhile I had learned that a single idea does not produce a theory. As a second idea I then considered the possible excitations of coherent modes in this frequency region. Long-range phase correlations had been found to describe the order presen

palette

ADJ

triptans

Coherence in the Cytoskeleton: Implications for Biological Information Processing,behavior. Thus the cytoskeleton may be described as the nervous system within all cells, ranging from single cell organisms like amoeba and paramecium, to nerve cells (neurons) within the human brain. In neurons, the cytoskeleton accounts for formation and rearrangements of neuronal form and synapti

extemporaneous

https://doi.org/10.1007/978-3-642-72327-8r, but I remembered it when approached by M. Marois. Meanwhile I had learned that a single idea does not produce a theory. As a second idea I then considered the possible excitations of coherent modes in this frequency region. Long-range phase correlations had been found to describe the order presen