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Venous varices (chronic venous insufficiency)

In the literature, varicose veins problems are also referred to as " chronic venous insufficiency ". Varicose veins are most commonly found on the lower limbs, rarely on the abdomen, chest and upper limbs - varicose veins , other sites of rectum - hemorrhoids and esophagus - esophagus esophagus ( liver cirrhosis ).

Venous varicose veins arise when a permanently elevated pressure occurs in the venous system weakened by the disease process. A single varicose veins ( hemoroid, for example ) heal itself - usually throbbing, thrombosis (ie, clogging with a blood clot) , atrophy, and taking over the veins of the body. Therefore, the inflammation and thrombosis observed in the varicose veins is not the cause of the evil, but rather the adaptive process by which our body tries to remove the damaged part of the blood stream. However, varicose veins of the lower limbs or esophagus varices , the cause of which is systemic ( high venous pressure ), will create new and new varices until the cause is eliminated.

Effect of adaptogens on venous varices

The healing effect on varicose veins and hemorrhoids is attributed to many medicinal plants (beetroot, vilino, leafnate, oak, pine, blueberry, vine leaf, hesperidin and routine fruit, etc.). Of the existing drugs (venofarmak) used to prevent hemorrhoids and varicose veins, diosmin (Detralex) is essentially modified hesperidin from fruit, while tribenoside (Glyvenol) is a substance that has been devoted to dozens of publications since the 1960s, but whose effect has never been properly clarified ( Kikkawa2010ite ). In this situation, it turns out that the position of adaptogens and specifically ginseng in the prevention and treatment of venous varices is not weaker than that of other venopharmacs.

Mechanisms of ginseng action

The process of varices formation and healing has aspects of venous mechanics, aspects of immune (inflammation, thrombosis) and aspect of vascular regeneration . Therefore, the general anti-inflammatory and healing effects of ginseng may be applied to vessels known for long. Ginseng as a means of treating venous varices is also mentioned in popular literature ( Cruz2001lvv ).

1. Ginseng protects the venous endothelium

Several panaxosides have been found to protect and treat venous endothelium ( He2007peg , Kwok2010gpp , Cho2013gri ), prevent their oxidative damage, reduce adhesion of leukocytes to venous endothelium, act antithrombotically and normalize the expression of proteins associated with vascular damage and thrombosis ( Sun2006epn , Chen2008enr , Park2013cai ) . Experimentally, ginsenoside Rg1 has been shown to block the effect of TNF-α inflammatory factor in the affected endothelium and increase the decreased NO synthase 3 ( Ma2006pae ) expression , the product of which is nitric oxide (NO) , a signal for healing processes in the endothelium.

2. Ginseng works against inflammation and pain

The anti-inflammatory effect seems to be one of the main effects of other venopharmacs, such as tribenoside / Glyvanol. ( Ruegg1974tai ) This is just the effect of ginseng. Among its content substances are several, with the effect of chronic inflammation and pain .

3. Ginseng influences capillary growth and improves healing processes

Red ginseng ( Morisaki1995mae ) as well as ginseng extract improve venous endothelial regeneration, capillary growth (angiogenesis) and wound healing in general ( Kimura2006egs , Hong2009aes ). The specific active substances are most commonly referred to as ginsenoside Rg 1 , which stimulates the regeneration of capillaries ( Sengupta2004may ) and ginsenoside Rb1, whose modulation effect on angiogenesis is obviously excitement ( Kimura2006egs ) and buffer component ( Leung2007gri , Sengupta2004may ). Ginsenoside Rb 1 is also mentioned in connection with the effect of atherosclerosis .

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