Induced cell-reproduction and . Fig. 109.—Asymmetrical mitosis induced by globin augmented by stain, extract, or kreatin. EXPERIMENTS WITH GLOBIN 329. Fig. 110.—Mitosis induced in a lymphocyte by means of decomposed globinsolution. No stain, extract, kreatin, or atropine. EXPERIMENTS WITH GLOBIX 331 It must be understood that if the jelly on which thecells are resting contains 0. 02 gramme, or more, ofo*lobin, the red cells become distorted and the whitecells are killed without divisions being induced inthem. We think that it should be mentioned that it isquite within the
Induced cell-reproduction and . Fig. 109.—Asymmetrical mitosis induced by globin augmented by stain, extract, or kreatin. EXPERIMENTS WITH GLOBIN 329. Fig. 110.—Mitosis induced in a lymphocyte by means of decomposed globinsolution. No stain, extract, kreatin, or atropine. EXPERIMENTS WITH GLOBIX 331 It must be understood that if the jelly on which thecells are resting contains 0. 02 gramme, or more, ofo*lobin, the red cells become distorted and the whitecells are killed without divisions being induced inthem. We think that it should be mentioned that it isquite within the realms of possibility that the malariaparasite proliferated in response to the active agentcontained in globin; but although we have tried a fewexperiments to endeavour to prove the point, we havenot succeeded in determining it. Malarial crescentsfrequently flagellate in any case within ten minutes oftheir being shed; and although we have mixed the shedblood containing them with citrated solutions of globin,it has been impossible for us to satisfy ourselves thatthe flagellation has been accelerated by its action. Inthe cases of malaria at our disposal there have
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