. Pathogenic microörganisms; a practical manual for students, physicians, and health officers . F Fig. 69.—Graphic represen-tation of amboceptors or recep-tors of the third order and ofcomplement, showing on left theimmune body uniting comple-ment to foreign cell and on rightthe action of anticomplement,binding complement and so pre-venting its union with theamboceptor (see Fig. 67). C,complement; D, immune body;E, receptor; F, foreign cell; G,anticomplement. exerts the ferment action, the zymophore group. Both groups, hapto-phore and zymophore, are independent of each other, and their separa
. Pathogenic microörganisms; a practical manual for students, physicians, and health officers . F Fig. 69.—Graphic represen-tation of amboceptors or recep-tors of the third order and ofcomplement, showing on left theimmune body uniting comple-ment to foreign cell and on rightthe action of anticomplement,binding complement and so pre-venting its union with theamboceptor (see Fig. 67). C,complement; D, immune body;E, receptor; F, foreign cell; G,anticomplement. exerts the ferment action, the zymophore group. Both groups, hapto-phore and zymophore, are independent of each other, and their separate 170 PROTECTIVE DEFENCES OF THE BODY presence can easily be demonstrated because the zymophore group—e. g., in poisonous toxins the toxophore group—is more readily destroyedby heat than the haptophore group. Thus by heating a toxin for sometime to from 60° to 65° C. a product will be obtained which is much lesspoisonous, but which still possesses largely its power to bind the case of toxins such substances are called
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