Although it has been shown that lifestyles play a leading role in combating disease and maintaining health, also from a longevity perspective, their integration into the healthcare system is a rare event. In this article we analyze the 6 lifestyle pillars of longevity and why it is important that they be prescribed by physicians as if they were drugs
On the occasion of the Milan Longevity Summit, from March 27 to 29, it will be possible to take part in workshops with the leading longevity experts. See you at the Teatro Franco Parenti in Milan
Aging is a physiological process whereby the various functions of a certain organism tend to progressively deteriorate over time. Although you cannot stop the hands of the clock, there are several steps you can take to ensure that you age as healthily as possible. Let’s see which ones
The reasons why women have a greater need for sleep than men lie in certain aspects of biology, but are also cultural and social
In the last twenty years medicine has undergone a great revolution. The acceleration in genomics and other omics sciences has led to a profound change in the approach to the prevention, diagnosis, and treatment of diseases
Telomere length is considered one of the hallmarks of aging, but new research is revealing that their “measurement” seems to be indicative more of health status than biological age. As Valentina Bollati, associate professor in the Department of Clinical and Community Sciences and the Epiget Lab at Milan State University, explains.
It is one of the most powerful natural antioxidants in our bodies. It plays a central role in tissue production and repair and defends us against numerous diseases. And it plays an important role in physiological processes related to aging.
Antioxidant and anti-inflammatory, resveratrol also appears to have antiviral action, limiting Sars-Cov-2 replication in nasal epithelium cells.
A diet rich in these foods increases the diversity of microorganisms in the gut microbiome and reduces inflammation.
NAD+ is a molecule involved in cellular metabolism and aging. As the age increases, its level actually decreases. But with appropriate supplementation, it can be restored.
Once seen only as helpful and protective, we now know that inflammation can contribute to the development of numerous diseases
The new coronavirus has been shown to have neurological and neuropsychiatric effects even in the long term. These mechanisms and the hypothesis that inflammation predisposes to the development of neurodegenerative diseases, such as Alzheimer’s and Parkinson’s, are being investigated.
What are amino acid supplements? What benefits do they have and how do they work? Who are they indicated for? Alessandro Orlandini, M.D., a pharmaceutical chemist and specialist in clinical biochemistry, now medical director of the Italian company Professional Dietetics, answers these questions.
A study published in Science identified four age-related phases of the metabolism: it is very fast in the first year of life, then slows down little by little until the age of 20, remains stable between 20 and 60, and only slows down again in later life.
At least three mechanisms are known why acute inflammation can become chronic, accelerating aging. And there are foods that can lower inflammation, but be careful of so-called “anti-inflammatory diets” that are not based on science
Pro-longevity nutrion demands a smart management of Glucose and Proteins metabolic level. Let’s understand which nutritional strategies are more effective and useful for an healthy ageing.
Understanding our metabolism to consciously nourish ourselves in order to build a long and healthy life.
The age, which depends on the date of birth, does not necessarily coincide with the real ageing of our organism, i.e. the biological age. Which can be measured with the Biological Age Score, slow it down and sometimes take it back, without resorting to drugs.
Using artificial intelligence and Eeg performed in sleep, a team of researchers has developed a new test to estimate the biological age of the brain and predict the risk of dementia.
A research by the University of Illinois suggests that the decline in cognitive performance in postmenopausal women depends on decreased activity of the mitochondria, the “powerhouses” of the cell.
Along our lives, the genetic code contained in our cells accumulates small damages and the telomeres, the ends of the chromosomes, shorten, making it even less stable. Two phenomena linked to the ageing process and diseases of old age
The elderly are more susceptible to infections such as coronavirus SARS-CoV-2 due to phenomena such as immunosenescence and inflammation. At their origin, however, there are epigenetic changes that we can influence through our lifestyle.
115 years is the estimated intrinsic capacity of the human being to live. But how long we live, and how we live, does not depend solely on our genes. Epigenetic studies have shown that there are mechanisms that can repair DNA damage and increase longevity.
Yes, while ageing the reactions that occur in the body become less efficient. But through small interventions on nutrition and physical activity it is possible to stimulate it, stopping the aging process and reducing the risk of disease.
The genes’ role in the way we age has shrunk in recent years. Much more, in fact, depends on epigenetics, the set of biochemical reactions acting on the genome. Here is what epigenetic ageing is and what we can do to slow it down
It is known as inflammaging: a state of low grade but chronic inflammation, which damages the body. Studies have shown that it plays an important role in the onset of diseases associated with ageing and in the fragility of older people.
They are called SIRT and qualified as ” longevity genes”. They are responsible for the production of sirtuins, fundamental proteins that allow cells – and us – to live longer. Scientists have begun to understand how to make them work at their best.
An international team of researchers has identified 9 “hallmarks”: key mechanisms of the ageing process of all organisms and many diseases such as cancer, diabetes, cardiovascular and neurodegenerative diseases. The role of Epigenetics is central
The age, which depends on the date of birth, does not necessarily coincide with the real ageing of our organism, i.e. the biological age. Which can be measured with the Biological Age Score, slow it down and sometimes take it back, without resorting to drugs.
