. The principles of bacteriology; a practical manual for students and physicians. Bacteriology. Fig. 3.—Cell equilibrium destroyed, by com- bination of toxin molecule "with specific re- ceptor (©-H*)-. Fig. 4.—Cell in hypercompensation in effort to repair injury indicated in 3- Specific receptive molecules produced in excess (^-)- -A-11 not required for repair float free in the blood as antibodies—in this case as antitoxin. Fig. S.—Cell repaired. Antibodies floating free. One combined with Please note that these images are extracted from scanned page images that may have been digi
. The principles of bacteriology; a practical manual for students and physicians. Bacteriology. Fig. 3.—Cell equilibrium destroyed, by com- bination of toxin molecule "with specific re- ceptor (©-H*)-. Fig. 4.—Cell in hypercompensation in effort to repair injury indicated in 3- Specific receptive molecules produced in excess (^-)- -A-11 not required for repair float free in the blood as antibodies—in this case as antitoxin. Fig. S.—Cell repaired. Antibodies floating free. One combined with 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 Abbott, Alexander Crever, 1860-1935. Philadelphia, Lea & Febiger
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