. The basic aspects of radiation effects on living systems. Radiation -- Physiological effect. OXIDATION OF SUBSTANCES OF BIOLOGICAL IMPORTANCE 225 as in acid solutions. The absorption spectrum of ferricytochrome c in the visible hght was Httle changed, and no reduction was observed even. Fig. 6. Effect of x-ray irradiation on the absorption spectrum of ferricytochrome c, dissolved in A' HCl. The Soret band. Abscissa: Wavelength in angstrom units; ordinate: optical density E. on irradiation with 100,000 r (Fig. 9). Oxidation of Fe++ cytochrome c seems to be produced by the OH radicals al
. The basic aspects of radiation effects on living systems. Radiation -- Physiological effect. OXIDATION OF SUBSTANCES OF BIOLOGICAL IMPORTANCE 225 as in acid solutions. The absorption spectrum of ferricytochrome c in the visible hght was Httle changed, and no reduction was observed even. Fig. 6. Effect of x-ray irradiation on the absorption spectrum of ferricytochrome c, dissolved in A' HCl. The Soret band. Abscissa: Wavelength in angstrom units; ordinate: optical density E. on irradiation with 100,000 r (Fig. 9). Oxidation of Fe++ cytochrome c seems to be produced by the OH radicals alone, for neither catalase nor the absence of oxygen had any effect on the ionic yield. The. Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloration and appearance of these illustrations may not perfectly resemble the original Symposium on Radiobiology (1950 : Oberlin College); Nickson, James J. New York, Wiley
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