Effect of T-Consciousness Fields on Skin Allograft Survival in Rats

Abstract

Skin grafting is widely used in the repair of skin surgeries. Since a critical issue related to an allograft is its rejection, it is necessary to find a method that can prevent allograft rejection and increase allograft survival without side effects. According to Taheri, there are various T-Consciousness Fields (TCFs) with different functions. These fields are neither matter nor energy but it is possible to investigate their effects on objects with different controlled experiments. This study aimed to investigate the effects of two types of TCFs (1 and 2) on skin allografts in rats. Twenty rats were randomly divided into two groups the control and the group receiving tacrolimus. Then, the group receiving tacrolimus after surgery was divided into two groups, one group was affected by the TCFs (1 and 2) and another group was not affected by it. After two weeks, histologic and macroscopic observations were performed on all groups. The results showed that transplant in TCFs treated rats was successful and the new epidermis was formed, and sebaceous glands and high number of capillaries could be detected in the dermis layer. It seems that TCFs as a qualitative treatment can be an option to reduce the probability of graft rejection. Further research is needed to clarify the alleviative effects of TCFs on graft survival.