[ad_1]
Human arteries usually harden gradually with age, and this is known, but a new American study has shown that the disorder of intestinal flora in the elderly is responsible.
Elaf from Berlin: Atherosclerosis at the age is responsible for many heart and circulatory diseases in humans, including strokes, heart failure, heart palpitations, heart attacks, pain heart and breathing difficulties.
Heart health appears to be the health of intestinal flora, according to researchers at the University of Colorado at Boulder.
The American Heart Foundation reports atherosclerosis from 50 years of age. Seventy percent of Americans aged 60 to 79 years suffer from atherosclerosis. After only 80% of the population, atherosclerosis is recognized after 80 years.
In the Journal of Physiology, scientists report that normal changes in fluoridas (germs of bacteria) with age, control the health of the arteries and thus the health of the heart and circulation of whole blood.
Dr. Vina Brent, head of Integrative Physiology, wrote that it was the first study to reveal the link between beneficial intestinal bacteria and the safety of blood vessels.
Brent said confidently that the discovery of fluoridation of atherosclerosis would open up prospects for new treatments for heart disease and the circulatory system associated with aging.
Fluoride-free mouse
In researching the relationship between fluoride and arteries, the team conducted experiments on young and elderly mice. The researchers killed most of the fluoridated bacteria in the intestines of both groups through glaucoma in the rat with many antibiotics.
The scientists then examined the large arterial mucosa and their severity in mice of both groups. Scientists have measured the duration of the spread of free radicals, antioxidants, and nitric oxide in the blood.
The results, after 3-4 weeks of testing, showed no signs of inflammation in the blood of young mice, but older mice, which had already suffered arterial damage, had recovered and became similar to arteries of aged mice after the death of fluorine in the intestines.
Scientists have concluded that the destruction of the intestinal flora improves artery safety in older mice. This means that Fluora is responsible for the hardening of the arteries of elderly mice.
To verify the results, the scientists collected faecal samples from both groups of mice and in the stool of a group of other mice not involved in the experiment, were compared genetically to stool.
Changes have appeared in the arterial linings
Stool genetic testing in elderly mice revealed the presence of inflammatory signs and bacteria related to arterial diseases. In older mice, there was a lot more proteinuria, including salmonella and other pathogens, as well as inflammatory dysplufrio.
In blood tests, older mice showed that TMAO (trimethylamine-N-oxid) was more than three times that of young mice. Previous scientific studies have linked high levels of blood TMAO with doubling the risk of atherosclerosis, heart murmur and stroke.
In medicine, "oxidative stress" and inflammation are known to affect hardened arteries, but the cause is unknown. It is thought that the bacteria in the intestines release, in old age, toxic substances present in the lining of the arteries, including TMAO.
Yogurt … kefir … kimchi
The study indicates that it does not recommend the use of many antibiotics that trigger a strike in the intestinal flora on the grounds that they will stop the effect of flora on the arteries because it was only used here test purposes.
Researchers advise older adults to eat yogurt, kefir and kimchi as they promote intestinal flora. Brent and his colleagues also signed another methanolic substance called dimethylbutanol, which could stop the action of an enzyme involved in the formation of TMAO.
Dimethylbutanol is present in some types of olive oil, vinegar and red wine and it may be advisable in the future to be in good health to put an end to the negative effect of fluorine changes on the arteries . It is also possible in the future to produce an additional food in adulthood.
Flora weighing 1.5 kg
Dr. Stefan Bischoff, of the Institute of Food Hygiene of the German University of Hohenheim, estimated the weight of the intestinal bacterium (called flora or intestinal flora) at about 1500 g.
A vital mass of billions of bacteria must affect human health, he said. The doctor has described intestinal bacteria as a huge "workshop" producing innumerable enzymes and chemicals that can play a negative role for human health as well as their positive role in digestion and energy conservation.
The size and role of Flora differ from those of another human, depending on how it feeds, its weight and its daily food components.
For example, the newborn baby takes a large amount of fluorine from the mother and can take part of its composition.
Because these "beneficial" bacteria improve digestion and store fats and sugar, they are responsible for 10% of the daily energy needed by humans.
[ad_2]
Source link
