Abstract
Due to the increased radiation, its effect on the body and in particular on the immune system is of considerable interest to researchers. At the same time, changes in the health of the population are revealed regardless of the intensity of the radiation factor. The structural organization of the aggregated lymphoid nodules of the small intestine in mice under the simulated radiation and at various times after the end of this exposure was studied. The greatest reaction was noted with a sequential radiation exposure on the 63rd day. After the end of the action of the low-intensity radiation factor, the recovery processes in the aggregated lymphoid nodules appeared on the 28th day. As a result of the experiment, structural changes, the timing of their appearance and development under experimental conditions were determined. Structural characteristics of the reparative processes of the aggregated lymphoid nodules of the small intestine in mice for up to 90 days of the rehabilitation period were determined.
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