The Phenomena of Life: A Radio-electric Interpretation |
Contents
Introduction | 17 |
The Theoretical Rôle of Electricity in the Living | 46 |
Oxidation | 58 |
Copyright | |
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action patterns activity adrenal cortex adrenal glands adrenal-sympathetic system adrenalin ameba anesthesia anesthetic animal asphyxia atoms autosynthetic cells blood body brain cells carbon compounds cause cent cerebellum changes chemical chemiluminescence conductivity and capacity Crile cytoplasm death decrease elec electric charge electric conductivity electric energy electric potential electrodes electrolytes emission emitted emotional ether exhaustion experiments FIGURE filters fluorescent fraction function growth heat hyperthyroidism increased infra-red injection of adrenalin injury insomnia ionization kidney light lipoid liver living Lugol's solution measurements mechanism membranes millivolts mitogenetic radiation molecules morphine muscle myelin structures nerve nervous nitro-explosives nitrogen nitrous oxide normal nucleus organs and tissues oxygen consumption pathologic patient phenomena physical Physiol physiological plant potential difference produced protein protein solution protoplasm rabbit radiant and electric radiogens rôle short wave radiation solar spectrum spinal stimulation studies surgical shock suspension temperature thyroid gland thyroid hormone thyroxin tion tubes ultraviolet radiation visible wavelengths