Effects of T-Consciousness Charge Field on Skin Wound Healing in Mice Model with Evaluating of Kidney and Liver as Sensitive Organs

T-Consciousness, with a non-physical entity, has been introduced by Taheri as the third element of the universe, apart from matter and energy. There are also various T-Consciousness Fields that can be examined through laboratory experiments Although these fields cannot be measured with physical tools, their practical applications enable researchers to document their effects and gain insights into this unseen aspect of our universe. In this approach, the behavior of subjects under study changes as a result of receiving information from these fields. This study aimed to evaluate the possible effects of one type of these fields, named T-Consciousness Charge Field (TCCF) on the wound healing process in an animal model with a focus on two sensitive organs, including the kidney and liver. To achieve this, after creating a wound model, C57BL/6 mice were randomly divided into control and TCCF-treated groups. Over 14 days of the experiment, sterile distilled water was sprayed on the wound of the control group, while water exposed to the TCCF was sprayed on the wound of the treatment group. The results showed that the TCCF-treated samples, on average, exhibited more efficient wound healing in terms of wound size, with approximately 60% greater improvement compared to the control samples by the end of the study period. Additionally, histological analysis of the repaired skin revealed enhancements in the TCCF-treated samples in inflammation indices, angiogenesis, collagen deposition, and the formation of structured, normalized skin tissue. Furthermore, in terms of liver and kidney health, the samples influenced by TCCF-treated water demonstrated notable improvements in inflammation indices compared to the controls. Overall, the findings of this study indicate that water treated with TCCF, acquiring therapeutic properties, had a positive effect on the biological process of wound healing in an animal model. Further experiments are needed to expand these observations and explore the potential of this field in wound healing processes.