his name is mikhail yegorovich understood. vulnerable organ , of course, we have a protective mechanism, if something flies into our eye, we start blinking and very often it saves us from various injuries and from burns too, but, if it gets into the eye, something can be a thermal burn, it's just coal, hot water, anything, steam and a burn. maybe the chemical that you 've just talked about, it might be all that anything, how shocked that you can touch it will give, of course. you want it can be anything and powder and solvent and bleach and fertilizers any chemical agent when it enters the cavity. it can get either on the conjunctiva in the conjunctival cavity or on the cornea, if it gets on govitsa, then the cornea immediately begins to suffer. look, this is the cornea, this is where the colored eye is. you also have where the color is the cornea. you see grandma, she has blue eyes. that's where the blue is, that's the cornea. this is what's called a covering called the conjunctiva. now, if a chemical gets here or here, it bu

our friend and colleague mikhail yegorovich konovalov is another presenter, who is currently watching an ophthalmologist. here are apricots of yellow-bright yellow-orange color. this is very important for the eyes. mikhail yegorych. i hope you hear us, you see, professor konovalov is sitting there watching the patients. we send you greetings. tell me what are good apricots for the eyes. the fact is that apricots contain carotenoids, these are substances that are then converted into a vitamin, a in its pure form , vitamin a is destroyed quite quickly, and we only get vitamin a from the outside inside our human body, it is not synthesized. but because of this vitamin e, it turns out the visual pigment rhodopsin, which is already in our nerve cells on the retina, which provides the act of vision. that's when the light hits this rhodopsin. it begins to collapse and glow in this way. and due to this, an electrical impulse arises, which transmits information from the eye to the brain. here is such a complex mechanism in which these very carotenoids, which are contained in apricots, particip

are very interesting to listen to when they are made by an ophthalmologist professor, because mikhail yegorovichn fish. and it’s really terribly interesting, yes, again, about fish, that fish don’t have eyelids, except for sharks, sharks blink and have eyelids, like we don’t blink, right? he lives a very long time, up to 100 years , this fish can live, almost a human life. yes, before it was considered a sacred fish and only the clergy and rulers fed it. well, in general, they were afraid to catch her, because they thought that it was a snake that she would attack and because of the soul , simply and blood, poisonous enough when it hits an open wound of a person. may cause serious toxicity up to up to death. yes, yes, and all the time they go this coal in japanese restaurants. it is delicious, but you can die because one more fact, it can freeze water, then it will unfreeze. yes, you should know what is a river fish if it is with worms? at -25, that is , such a fish was not in vain afraid of it, poisonous , imagine the emission of ice comes to life. it's quiet. the horror of the vermin also carr

this is a great great blessing mikhail yegorovich what to say to all patients, what can i say to patientssuffer from some common disease of atherosclerosis, we have increased. uh, cholesterol, of course, you need to treat a common disease. we always tell our patients about this, because the better the vessels in general, in principle, in particular, the better the vessels of the retina, the better the vision. we can change almost the entire cornea in the eye the lens is the vitreous body, but we can't change the retina because it's nerve tissue. she is dying. let's end this conversation next to our retina. we have made such a gigantic model of the retina. we have rods on the retina and the rods give us black and white vision, and the cones give us color vision. this is a dot, a millimeter is not enough. now, if you beat it with atherosclerosis, grow up, now you have to fight. for preserving what is, understandable, understandable, otherwise it will be turned off turn off turn off. that's it , little by little, little by little. until total blindness sets in. you know, here is your health,

well, this is what they promise us , mikhail yegorovich, what to do. i recommend these devices.sult they promise. uh, the improvement of arms to the growth of cartilage tissue, promise to reduce edema and increase blood supply to tissues. promises to reduce pain in arthritis, arthrosis, osteochondrosis, that is, a lot of diseases that can be treated with magnetic therapy such promises are made by manufacturers the first thing we did we included these devices all these devices for magnet therapy magnet is physical phenomenon. and at least something should lure to the magnet, we checked , nothing is magnetized. this is the first thing, as it should be. but secondly , you never know, maybe it's super weak magnets, maybe some unique physical doctrine is behind it, so then we turned to large scientific studies that study magnets therapy. andrey petrovich germanshevich. you are standing next to the joints. we know well that pain is a huge problem. and of course, if there is a way to reduce pain is still so simple. yes, yes, this is god, we are hands and feet, what science says science