General physiology; an outline of the science of life . n x ^ wKiwW4 ???. Fig. 130.—lihi:.oi>ln>i,,iii Kaisi ri. I. iVormal individual, with extended pscudopodia and active proto-plasmic streaming. //. Standstill of the protoplasmic movement after the withdrawal ofoxygen ; the protoplasm forms small, angular accumulations at the places where the pseudo-podia branch. 286 GENERAL PHYSIOLOGY and the small accumulations of protoplasm break up, their sub-stance flowing partly centrifugally, partly centripetally. In thismanner the pseudopodia again become smooth, their streamingbecomes more ac
General physiology; an outline of the science of life . n x ^ wKiwW4 ???. Fig. 130.—lihi:.oi>ln>i,,iii Kaisi ri. I. iVormal individual, with extended pscudopodia and active proto-plasmic streaming. //. Standstill of the protoplasmic movement after the withdrawal ofoxygen ; the protoplasm forms small, angular accumulations at the places where the pseudo-podia branch. 286 GENERAL PHYSIOLOGY and the small accumulations of protoplasm break up, their sub-stance flowing partly centrifugally, partly centripetally. In thismanner the pseudopodia again become smooth, their streamingbecomes more active, and after a half-hour the same appearanceis present as at the beginning of the experiment. Engelman was able also to determine that ciliated cells arecapable of maintaining life for several hours without (67-68) has shown the same for muscle by placing one oftwo exactly similar gastrocnemius muscles of the frog in acylinder containing pure hydrogen, the other in a cylinder filledwith air containing oxygen, and testing their irritability by meanso
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