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Stroke (sudden stroke)

Stroke (sudden stroke) is the main reason why we are afraid of heart disease and high blood pressure (the main risk factor of stroke). Unusually, there are two types of stroke: heart and cerebral. Physicians once called the term " crowd ." From the point of view of systematic pathology, it is not right, but practically (in terms of prevention and reconvolution) both strokes are somewhat similar.

Heart Stroke - Myocardial infarction

heart stroke

Infarction is a local necrosis of the tissue ( necrosis ) due to disruption of the vascular supply, mostly due to artery blockage ( embolism ). Clogging of the coronary artery and subsequent heart attack ( myocardium ) causes stroke. Breast pain, angina pectoris , is a symptom of heart stroke, but it often occurs on its own - physiologically during exertion or ischemic heart disease , mostly due to coronary atherosclerosis . Although atherosclerosis progresses in all the arteries of the body, the heart suffers most because it has no functional reserve - and clogging of the small coronary artery results in a myocardial infarction. Clogging of vessels is at first gradual, caused by gradual growth of atheromas. The actual stroke then occurs suddenly, mostly due to thrombosis (formation of a blood clot) on the surface of the larger atheroma. Larger atheromas perceive our body as local damage to the blood vessel, and the blood clot tries to "repair" the affected site. This, of course, is not possible, the thrombus breaks and is driven downstream of the local bloodstream until it gets stuck at some narrow point, blocking the artery completely. The result is a heart attack - myocardial ischaemia and myocardial infarction, which supplies the blocked artery. Small heart attacks often overwhelm the patient asymptomatically, or only with less pain in the heart, which is of no particular significance. These small heart attacks are healed by the scar. The pathologist often discovers such a scar at the heartbeat of cardiac patients. In about half of the cardioids, atherosclerosis of the coronary arteries progresses completely asymptomatically and its first symptom is a severe heart attack. This is why doctors pay so much attention to the prevention of atherosclerosis .



Even in stroke, the most common cause is heart attack - local necrosis due to obstruction of the cerebral artery. Neurons are very sensitive to oxygen deficiency and die soon after ischemia. Symptoms of cerebral infarction depend on the function of the dead part and can be different - from a slight worsening of memory, through paralysis to a rapid death when afflicted by vital centers. Another type of stroke is brain haemorrhage (hemorrhagic stroke), where bruising is impaired. The brain (not affected by Alzheimer's Disease ) has soft jelly consistency, so blood bruises both stretch and tear the brain tissue, compresses the drain veins leading from the cranial cavity, and the mechanism of non-dissimilar erection of the pyas increases the pressure throughout the cranial cavity. There is a fatally dangerous condition known as brain edema (brain edema).

Differences and similarities of heart and stroke

Heart and brain are organs that are similar to one another by being constantly functioning and being highly functionally optimized. While other organs (muscles, liver, skin ...) have blood supply reserves, energy supplies, dual inertia, energy supplies and other redundant equipment, the heart and brain are optimized for performance, perhaps as a sports car without reserve reservoir and reserve of spare parts . In the heart, because of performance optimization, arterial junctions are missing, so clogging of any coronary artery necessarily causes ischemia of a larger or smaller part of the heart muscle. Similarly, there is a brain. There are few arterial jumpers. The brain can tolerate the failure of only very small arteries and, in addition, has high oxygen consumption. A significant difference between the heart and the brain is, however, in the tenderness of the cells: While the brain cells die at first anoxia (brain death), muscle fibers last at long last (their death culminates in so-called total body death ). Heart fibers do not deny their muscular origin, and they can not survive for a long time without oxygen. If a heart stroke does not lead to immediate death by a heart attack, for up to 2 hours, recovery of the blood supply in the infarcted area (eg by surgical intervention) can achieve full recovery without consequences. Otherwise, the affected part of the heart will die. The rule is that if a patient with a heart attack survives the first few tens of hours, he has a great chance of survival and recovery. The heart attack is scarred, and the remaining heart muscle loss compensates, as far as possible, with hypertrophy.

Protective effect of adaptogens in stroke

Sudden vascular stroke (stroke) comes not just from nothing. It is a consequence of civilization diseases ( atherosclerosis , high blood pressure , diabetes ...) whose progress can be slowed by a more natural lifestyle and the use of natural drugs - adapters. In addition to prevention, some adaptogens are widely used in the treatment of acute strokes. The neuroprotective effects of adaptogens are applied in cerebral stroke and in their recovery, their regenerative effects on the blood vessels and the healing and convalescence effects themselves.

Prevention and convalescence

In stroke prevention and convalescence, adaptogens can not be ignored ( Liu2011cat , Bu2010neh ). The two major types of stroke are infarction (artery blockage) and haemorrhagic stroke (cracked artery bleeding) . Since heart attack is most often caused by thrombotic atherosclerosis, prevention of heart attacks is mainly in the prevention of atherosclerosis. Prevention of hemorrhagic events is associated with the prevention of elevated blood pressure . The ability to slow the progression of atherosclerosis was found in ginseng ( He2007peg , Xu2011egr , Li2011gpc , etc.), notoginsengu ( Liu2010pns , Joo2010isp , Liu2009tpn , etc.), stapler ( Zhang2006msc , Zhang2012sda ) and Japanese sedan ( Zhang2011mdi ). You can read more about the prevention of atherosclerosis here . In short, dietary cholesterol is no longer a scourge, so butter and eggs are healthy again ( Fernandez2012rdc , Trapani2012rdc ), vitamins and antioxidants are slightly losing their gloss , exaggerated exercise can hurt ( Meeusen2013pdt ), the usual recommendations are coming. Thickness (mainly abdominal fat) and smoking are clearly harmful. Abdominal fat in excessive amounts increases the overall susceptibility of the organism to inflammation ( Mangge2013afs , Bertin2010off , Winer2014loa ) and hence atherosclerosis. Smoking and nicotine damage vessels, increases the risk of high blood pressure and atherosclerosis, although nicotine itself is slightly nootropic ( Meguro1994nic , Hiramatsu1994nen ). Alcohol today, according to science, is less harmful than 20 years ago, and in small doses it can be beneficial ( Okeefe2014ach ). This is related to the prevention of stress that exacerbates hypertension and immune health . Even their effects against mental stress can adaptogens to contribute to stroke prevention.

Ginseng in stroke

The protective effect of ginseng right as well as ginseng notoginsengu in cerebral and heart stroke are mainly ginseng saponins - panaxosides . Ginseng protects against stroke in two main ways:

  1. Improving blood supply.
  2. Protect cells from dying.

The immediate protective effect of ginseng from the stroke is well explored today ( Karmazyn2011tpg , Zhou2014grp , Ye2013gra , Gao1992eps , Ning2012pnp , etc.). It is not clear, however, whether vascular expansion ( Yi2010tgi , Kim2006seg , Lim2013gai ) or anticoagulant effect ( Jin2007aaa , Yu2006aaa , Yun2001ekr ) , or the protection of the affected cells from cell death ( Radad2011gtc , Varjas2009cep , Ye2013gra , Sakanaka2007iid ), or perhaps the effect against the local inflammation ( Chamorro2012ias ), which can cause more damage than a deficiency of oxygen in the stroke. Panaxosides have been relieved of this inflammation and thus protect survivors cells from unnecessary further damage ( Zhu2009grp , Zhu2012sli , Han2013eai , Park2004grr , Park2012amc , Chu1990app and others). For cases of acute stroke, ginseng doctors have injections with standardized panaxoside injections - for example, shen-mai injections ( Lu2014aos ), šen-fu injections ( Zhu2013esi ) etc. These injections are not well known in the Western Hemisphere, Heart Stroke High recommends aspirin acting on similar biochemical pathways as panaxosides.

Overall, it is best to use long-term low-to-moderate doses of ginseng or possibly other effective adapters for stroke patients. This will not only help prevent and convalescence, but will also protect to a certain extent if the stroke still occurs. The prescription and dosage should be decided by a physician or a physician. In the convalescence after the stroke, the healing and regenerative effects of ginseng ( Ahn2011rge ) and its effect on fibrosis (exaggerated scarring) of the heart muscle after the heart attack ( Zhang2013grp ) will be applied. Ginseng is harmless and safe .

Other adaptogens with stroke protection

We should also not forget ordinary, non-exotic plants underestimated as mere vegetables and spices. There are valuable medicinal plants among them, which became so frequent in use until we began to think that the mandatory "eating of vegetables" could be done with cabbage and ice salad. Today we are returning to the wild and forgotten vegetables - the exotic adaptogens that have disappeared from our tradition. Pasta, turnips, turnips, snake mord, extinct garlic and onion species, coriander, exquisite cabbage, nettle, plants of the miraculous family of mummies, mint, sage, cobbler, , alfalfa, soybean, lentils and other rushes, cress, boarless buttocks, artichokes, asparagus, dandelion, chicory, root and young shoots of burdock all contribute to vascular health important for stroke prevention.

| 24.1.2018