Title : Use of pulse oximetry in quantum metabolic analysis in regenerative medicine: A narrative review
Abstract:
The text presents a broad overview of advances and innovative approaches in modern medicine, integrating both conventional and alternative practices. Regenerative medicine stands out as a promising therapeutic option for treating degenerative diseases, injuries, and conditions previously considered incurable. Complementary therapies such as acupuncture, meditation, yoga, and medicinal plants are valued for their effectiveness in relieving pain and improving emotional well-being. Degenerative diseases, being chronic and progressive, affect patients holistically, utilizing proteins to stop inflammatory processes and creating therapeutic needs that address physical, emotional, and social aspects. In this context, the pulse oximeter is an essential tool in modern medicine for detecting oxygen saturation and preventing respiratory complications, as well as serving as a non-invasive instrument for cationic protein quan-tification. The text also discusses the use of herbal medicine as an alternative to NSAIDs, due to its anti-inflammatory properties without severe side effects. Components such as flavonoids and bromelain are highlighted. Regarding mitochondrial damage in inflammatory processes that degrade proteins, it explains how SARS-CoV-2 affects key mitochondrial functions, altering energy production, increasing oxidative stress, and inducing systemic inflammation. Furthermore, the text introduces quantum biodetección and quantum biosensors through pulse oximetry-emerging technologies that apply prin-ciples of quantum mechanics to detect biological molecules, viruses, or toxins with high precision. These sensors enable more sensitive, rapid, and effective medical diagnostics, although they still face technical challenges. Overall, the text emphasizes how the integration of advanced technologies with complementary therapies can significantly improve diagnosis, treat- ment, and patient well-being in the context of complex diseases.
