When microbial conversations get physical. (1/43)

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Reirradiation and hyperthermia for radiation-associated sarcoma. (2/43)

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Quantum: may be a new-found messenger in biological systems. (3/43)

Current studies on biological communications mainly focus on chemical signals. Since organisms are extremely complex, different kinds of signals may exist in the process of cell communication. The most probable candidate for alternative forms of organism communications is electromagnetic radiation, as many experiments have confirmed that electromagnetic radiation widely exists in cells, tissues, organisms and even between organisms and their surroundings. The well-known connection between electromagnetic radiation and quantization of the energy transfer makes us to suggest a bold, but fresh view that quantum can serve as a biological messenger. This view also coincides with the medium of Qi in the human body according to traditional Chinese medicine (TCM). Relating Qi with quantum may further explain a number of phenomena that cannot be explained solely by conventional chemical signaling systems.  (+info)

Activation of metabotropic GABA receptors increases the energy barrier for vesicle fusion. (4/43)

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Electric and magnetic field measurements in a high voltage center. (5/43)

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FDTD simulation of trapping nanowires with linearly polarized and radially polarized optical tweezers. (6/43)

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The effects of electromagnetic pulse on the protein levels of tight junction associated-proteins in the cerebral cortex, hippocampus, heart, lung, and testis of rats. (7/43)

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Novel sensors based on the symmetry properties of split ring resonators (SRRs). (8/43)

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