Including toxins before the dissolution, hydrolysis, a combination of toxins through the peritrophic membrane receptor, the membrane insertion hole formation and the changes of the intestinal microflora of the process are likely to cause resistance to produce

Before including the dissolved toxins, enzymes, and food of toxin through the membrane and the cell membrane, and in the insert, a hollow form and intestinal micro-organisms, such as the impact of process changes may be caused from the confrontational

Including the front toxin dissolution, the enzymolysis, the toxin traversing encircle the food membrane and the acceptor union, the cell membrane insertion, the empty formation and intestinal tract microorganism's process and so on influence changes all possibly cause the resistant production

Includes the toxin before dissolution, enzymatic hydrolysis, and toxins through the peritrophic membrane receptor-binding, membrane formation of hole in the Insert, and intestinal microbial effects of process changes may lead to resistance to produce

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