Hypothesized approach for drug-illness cell contact in diluted homoeopathic treatment

Abstract

Background: Homoeopathic remedies that are very diluted almost do not contain any therapeutic molecules. We still don't fully understand how homoeopathic medications cure diseases. To advance homoeopathic research, consensus on this process is required. The goals of this article are to lay the groundwork for future theoretical and clinical studies by providing a phenomenological model of the diseased cell's (DC) interaction mechanism with homoeopathic medicines, which cure diseases. Methods: While homoeopathic medications are being prepared (susccessioned), we hypothesize that hydrogen-bonded nano and micro clusters (NAM) develop. NAM are made up of CDPs, which are patterns of effective ionic charges like O+, H+, and other ions. The more disordered (higher entropy) state of the CDP around DC is normalized to a normal state during the electrostatic contact between the CDP around NAM and that around DC via the process of H+ ion tunneling or other ion interactions. Findings: NAM is reliant on DC. To finish off the process of disease repair, the information is sent to the brain via neurotransmitters as a result of the change in entropy around the DDP. Quantum mechanics describes the process of proton or ion tunneling from NAM to DC. In conclusion, a new phenomenological model that shows how DC and homoeopathic medications (NAM) work together to eradicate the illness has been put up. The healing process seems to include ion tunneling, entropy, and related information changes (cell signaling) that are connected with biological processes that have not yet been completely characterized.