Cellular aging is a complex, inevitable and inescapable process.
We all naturally proceed toward a gradual decline in biological functions and a gradual slowdown in the processes of homeostasis and cell reproduction.
This natural phenomenon is due to biological factors:
- Telomere shortening
- DNA damage
- Oxidative stress
Telomeres, or the terminal region of chromosomes, become shorter and shorter over time with each cell division, until they reach a critical length that leads the cell itself to the phenomenon of apoptosis, or cellular senescence. (https://www.tomorrow.bio/it/post/come-prevenire-l’shortening-of-telomeres-2023-06-4732559719-longevity)
DNA damage is also a determinate factor in the aging process; with the passage of time, DNA increases its mutations, and as it becomes less stable, its ability to replicate itself is diminished. In addition, DNA damage not only causes cellular senescence but also contributes to the development of neurodegenerative diseases, such as Alzheimer’s syndrome, Parkinson’s disease, Down syndrome, and cerebral ischemia. (https://www.ncbi.nlm.nih.gov/pmc/articles/PMC2474726/#:~:text=DNA%20damage%20is%20defined%20as,replication%20(1%2C%209).
Oxidative stress, a crucial phenomenon of cellular aging is caused by an imbalance between the production of reactive oxygen species (ROS) and the system’s ability to detoxify these reactive species. Increased ROS production causes the imbalance that leads, as a result, to cellular damage (called precisely, oxidative stress). https://www.ncbi.nlm.nih.gov/pmc/articles/PMC5551541/
From these three biological factors, the natural process of cellular aging takes place, which in recent years and increasingly, modern medicine is trying to slow down, trying to ensure a long and healthy life even after old age.
Longevity System and anti-aging. New frontiers for a better quality of life even after old age
The process of cellular aging, traditionally considered inevitable and irreversible, is now undergoing a significant transformation thanks to new techniques and tools offered by modern medicine. This biological phenomenon, once considered inescapable, is now amenable to being influenced and slowed down thanks to innovative advances.
Certainly, to mitigate the speed of the body’s decline, it is necessary to take a comprehensive approach in the way we conduct our lives. Maintaining a healthy diet, engaging in regular physical activities, avoiding smoking, alcohol and drugs, as well as minimizing periods of chronic stress are all steps that, when taken on a daily basis, contribute significantly to decelerating the cellular aging process.
A balanced diet, enriched with antioxidants and nutrients, optimizes cellular function, supporting the proper functioning of the body’s vital functions. Combining diet with regular exercise not only keeps our bodies fit but, by avoiding a sedentary lifestyle, significantly reduces the risk of developing chronic and inflammatory diseases, thus helping to ensure a more peaceful life.
Stress management is equally crucial in the aging process. Chronic stress, in addition to predisposing to stress-related diseases that negatively impact mental and physical well-being, also accelerates the aging process. Adopting stress management techniques, such as yoga, mindfulness and meditation, not only improves quality of life but also delays aging, promoting longer-lasting well-being. (https://www.tomorrow.bio/it/post/espansione-della-durata-della-vita-la-scienza-dietro-le-terapie-anti-invecchiamento-2023-07-4882492412-longevity).
The common thread of longevity lies in achieving healthy aging, in which eating well, staying fit and avoiding toxic substances and behaviors, prevents the onset of diseases that could even be disabling. Often, however, these measures on our lifestyle are not enough and it becomes necessary to resort to specific treatments.
Pulsed Electromagnetic Fields (PEMF) therapy (Enerpulse: https://www.enerpulse.it/) reduces cellular damage and regenerates cells and tissues. How this cutting-edge technology works is to promote longevity by intervening and preventing the early stages of cellular damage.
Intervening while the injury still appears to be reversible means implementing a cellular rejuvenation treatment to benefit the entire body.
The high-intensity pulsed electromagnetic waves of Enerpulse Therapy traverse the body to a depth of about 15 cm, restoring energy to the cells and reactivating mitochondrial physiology through bio-electrical stimulation by which the cell membrane potential, injured by the aging state, is restored, and with bio-chemical stimulation that reactivates mitochondrial oxygenation.
This anti-aging treatment energizes the cell by promoting the entry of minerals, nutrients and oxygen and expelling toxins, thus reducing the inflammatory state and aging. The regeneration of cells and tissues that occurs through this type of therapy dramatically reduces cellular damage, slowing down the body’s aging process.
Longevity represents one of the most relevant challenges for modern medicine today. We are heading toward a future in which a prolonged life, rich in energy, health and vitality, becomes the norm rather than the exception. The use of innovative treatments for longevity, such as Enerpulse device therapy, is the first crucial step in this direction. Due to its non-invasive nature and absence of side effects, this therapy proves effective in promoting rejuvenation of the body, improving quality of life, and preventing chronic diseases related to aging. Enerpulse therapy breaks new ground in modern medicine, geared toward enhancing mental and physical well-being and promoting longevity.
DISCLAIMER
*The information provided in the article is for informational purposes only and is in no way intended or intended to replace the advice of the physician and/or specialist, other health care practitioners or professionals in the field who should in any case be contacted for the formulation of a diagnosis or the indication of a possible correct therapeutic and/or dietary and/or training and/or lactation and/or rehabilitation and/or dietary supplementation program, and more generally for discussion on the above information.
SOURCES
Oxidative Stress: Harms and Benefits for Human Health
https://www.ncbi.nlm.nih.gov/pmc/articles/PMC5551541/
DNA Damage and Repair: Relevance to Mechanisms of Neurodegeneration.
https://www.ncbi.nlm.nih.gov/pmc/articles/PMC2474726/#:~:text=DNA%20damage%20is%20defined%20as,replication%20(1%2C%209
How to prevent telomere shortening?
https://www.tomorrow.bio/it/post/come-prevenire-l’telomere-shortening-2023-06-4732559719-longevity
Expanding lifespan: The science behind anti-aging therapies
https://www.tomorrow.bio/it/post/espansione-della-durata-della-vita-la-scienza-dietro-le-terapie-anti-invecchiamento-2023-07-4882492412-longevity