Resveratrol is rehabilitated – wait for the "old age pills"
Thanks to a groundbreaking study by the British pharmaceutical giant GlaxoSmithKline, life-prolonging drugs up to 150 years can be created within five years.
12.03.2013Thanks to a groundbreaking study by the British pharmaceutical giant GlaxoSmithKline, life-prolonging drugs up to 150 years can be created within five years.
12.03.2013Today, an active search is underway for a hypothetical "genetic program of death" in humans and ways to cancel it, but at this stage it is difficult to speculate what achievements we will achieve in this area.
11.03.2013The molecular mechanism of interaction between resveratrol and its analogues and the protein sirtuin-1, which ensures the health and longevity of animal models, has been deciphered.
11.03.2013Blocking the genetic switch prevents the maturation of the brain and even allows the adult brain to return to the plastic state characteristic of a young age.
07.03.2013Periods when the probability of death of mice increases sharply alternate with periods of increased resilience. According to the researchers, the proof of this hypothesis in relation to humans would allow people to extend their life to a species maximum of about 105 years.
01.03.2013A decrease in the ambient temperature triggers a cascade of reactions in nematode cells, the ultimate target of which is the "longevity gene" DAF-16/FOXO. A similar mechanism exists in the cells of warm-blooded animals, but whether cold is able to prolong human life is still unknown.
21.02.2013Nitric oxide, which is involved in many processes in the body, also "conducts" genes associated with protecting cells from stress and aging. Now the well-known nitroglycerin has become another potential geroprotector.
15.02.2013Blocking the activity of the Dickkopf-1 gene (it. "stupid"), in the embryonic period involved in the development of the head, prevents the extinction of cognitive abilities in old age.
11.02.2013Experiments on C.elegans roundworms have revealed a previously unknown mechanism for increasing life expectancy by blocking certain mitochondrial enzymes.
01.02.2013Overexpression of the SIRT3 gene rejuvenates hematopoietic stem cells of an aging organism by increasing the efficiency of the antioxidant defense system.
01.02.2013Perhaps in the future, manipulations over the energy centers of the cell – mitochondria – will increase the sensitivity of cells to insulin, reduce body weight and even increase life expectancy.
01.02.2013Known due to the characteristic smell of rotten eggs, hydrogen sulfide gas can slow down the aging process through a wide range of mechanisms.
30.01.2013Reducing the caloric content of food in mice slows down the shortening of telomeres, prolongs life by 20% and reduces the incidence of cancer and age-related diseases by 40%.
25.01.2013The participants of the experiment (average age – 75 years), who did not have enough food in childhood, had cognitive functions a third better than their peers from families with large incomes. However, this connection could be shown only in blacks. Perhaps because white children did not have to starve.
11.12.2012In recent years, a whole industry has been formed to combat aging, starting from face masks and ending with the latest hardware techniques for rejuvenation at the molecular level.
04.12.2012Any kind of mental activity – reading, writing or intellectual games – will help preserve the structural integrity of the brain of elderly people for many years.
29.11.2012Elderly people who have a positive attitude to aging are more likely to recover from serious illnesses than people with a negative attitude to their age.
23.11.2012Alexey Ryazanov, Professor of Pharmacology at the R.V. Johnson Medical School at the University of Medicine and Dentistry of New Jersey, talks about how an experiment is underway to find drugs to prolong life.
02.11.2012With the so-called successful aging, not only the biological, but also the psychological age of a person lags behind the chronological one. However, the concept of psychological age is not scientifically developed enough.
23.10.2012Transfusion of the blood of young animals to old mice changes the expression of genes in neurons and weakens the symptoms of senile dementia. It remains to find out which of the hundreds of proteins provide this effect.
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