Evaluation of the Effect of Taheri Consciousness Field 1 on Nanostructured Lipid Carriers in the Treatment of UV-irradiated Human Hair Keratin

Nanostructured lipid carriers (NLCs) are self-assembled structures formed from nanoemulsions of mixed solid and liquid lipids and are used in drug delivery systems. Research on NLCs has shown that these carriers offer advantages over conventional carriers for drug therapy, including increased solubility, stability, improved permeability, and enhanced bioavailability of drugs. The process of self-organization has attracted considerable research interest due to its potential role in the origin of life. Furthermore, it has been shown that solar ultraviolet (UV) waves play two contradictory roles in the prebiotic and biological atmosphere during the process of life emergence: a constructive role in providing the initial energy for reactions effective in forming organic molecules, and a destructive role in breaking down biological molecules in the early ozone-free atmosphere, which was rich in disruptive radiation. Considering the importance of self-assembled structures in both the origin of life and drug delivery, as well as the significant effects of T-Consciousness Field 1 (TCF1) on the structure and function of enzymes, biomimetic molecules, and biological cells observed in previous studies, the present research was conducted to investigate the effect of TCF1 on human hair keratin exposed to ultraviolet radiation. Based on the obtained results, the diameter of the NLCs and the zeta potential of the sample treated with TCF1 increased by approximately 7% and 100%, respectively, compared to the control. The PDI (polydispersity index) of the sample also decreased by about 31% compared to the control. Moreover, the use of NLCs synthesized under treatment with TCF1 led to significant repair and improvement of keratin protein exposed to UV radiation. Further studies are needed to provide deeper insight into the potential effects of TCF1 on biological and self assembly systems.