. Ameboid movement. Amoeboid movement; Amoeba. 56 AMEBOID MOVEMENT. Figure 21. Illustrating the similarity of the movement of the surface layer of Amoeba verrucosa with that of A. sphaeronucleosus. A group of three particles, connected by dotted lines for reference, change their rela- tive positions as the ameba {verrucosa) changes its direction of move- ment. Length of the ameba, 150 microns. cross section. It is also more in the habit of loping along the sur- face in the manner described by Bellinger ('06, p. 57) so that what is observed to take place in discoides in the clavate shape, holds
. Ameboid movement. Amoeboid movement; Amoeba. 56 AMEBOID MOVEMENT. Figure 21. Illustrating the similarity of the movement of the surface layer of Amoeba verrucosa with that of A. sphaeronucleosus. A group of three particles, connected by dotted lines for reference, change their rela- tive positions as the ameba {verrucosa) changes its direction of move- ment. Length of the ameba, 150 microns. cross section. It is also more in the habit of loping along the sur- face in the manner described by Bellinger ('06, p. 57) so that what is observed to take place in discoides in the clavate shape, holds likewise for free pseudopods extended into the water out of contact with a solid support (Figure 22).. 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 Schaeffer, Asa A. (Asa Arthur), b. 1883. Princeton : Princeton University Press
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