ISSN: 2574-187X
Authors: Sheeba S*, Sylum SSV, Reghu R, Sanju S, Ramya SS, Krishna KG and Chenthik JPS
Potentization subsists as a pharmacological procedure, interior to solid whacks which cast-off progressively insipid a drug. Potentization persist as a structure used by homoeopathy, which turned of practicing for 200 years, to sort its medications. The unique measureable is transformed to nanoparticles throughout the process, which might be transferal the "encrypted information" of innovative substantial and devour the organic consequence. Even at high dilutions greater than Avogadro's number, homoeopathic medications contain nanoparticles, according to recent research that used by advanced microscopy and spectroscopy. This research challenges accepted the wisdom of potency and the medicinal drugs. The National Nanotechnology Initiative claims the biological activity can be observed in nanoparticles as miniature of esoteric slew nanometres. The perception of homoeopathic remedies could be regarded as Nano medicines aligns with this endeavour. These nanoparticles have anti-inflammatory, immunomodulatory, and enhanced bioavailability characteristics. They possess the ability to influence immunological and cellular reactions. Throughout the potentization process the drug's bioactivity increases as identical result of reduction in particle size. This supports the theory, by using the principles of quantum mechanics, even highly diluted treatments demonstrate biological efficacy. Research has partaken the homoeopathic medications preserve the architectures of nanoparticles that impact the biological systems. This conclusion imparts the credence to possibility of these remedies may function as Nano carriers, conveying therapeutic information to specific localities privileged as frame. Through the application of these results, homoeopathy is positioned as a sort of Nano pharmacology, therefore bridging the gap between homoeopathic philosophy and contemporary nanoscience.
Keywords: Bioavailability; Homoeopathy; Nanotechnology; Nanoparticles; Potentization
