. Comparative physiology. Physiology, Comparative; Physiology, Comparative. I I 5(8 I I 57B 576 SifO Fig. 19.—Absorption spectra. I: oxychlorocruorin in three concentrations ; II and III give the spectrophotometric axes of the bands of the haemoglobin of the horse (II) and Arenicola (III) (after Fox). (,10 —\— 5S0 IV. Fig. 20.—Absorption spectra. I : chlorocruorin reduced by Na2CO + Na2S204 ; 11 chlorocruorin reduced by AniaS ; III arenicolan haemoglobin reduced by NagCOs + NaoSaOi ; IV arenicolan haemoglobin reduced by : V mammalian haemoglobin (after Fox). in Crustacea and other mollusc

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. Comparative physiology. Physiology, Comparative; Physiology, Comparative. I I 5(8 I I 57B 576 SifO Fig. 19.—Absorption spectra. I: oxychlorocruorin in three concentrations ; II and III give the spectrophotometric axes of the bands of the haemoglobin of the horse (II) and Arenicola (III) (after Fox). (,10 —\— 5S0 IV. Fig. 20.—Absorption spectra. I : chlorocruorin reduced by Na2CO + Na2S204 ; 11 chlorocruorin reduced by AniaS ; III arenicolan haemoglobin reduced by NagCOs + NaoSaOi ; IV arenicolan haemoglobin reduced by : V mammalian haemoglobin (after Fox). in Crustacea and other molluscs. It is almost equal to 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 Hogben, Lancelot Thomas, 1895-. New York, The Macmillan Company

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Keywords: ., bookcentury1900, bookdecade1920, booksubjectphysiologycomparativ