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Pharmacological action

The brain in focus of arterial hypertension

Peculiarities of managing elderly patients

The brain is a key target organ for treatment of cerebrovascular risks

Mexidol as a geroprotector: potential and prospects

Neuroprotection in arterial hypertension and cognitive impairment

The Connection Between Vascular Diseases of the Brain and Eye: A Neurologist and Ophthalmologist's Perspective

Ischemic stroke: clinical guidelines and practical aspects

NIHSS and mRS: Gold Standards in Neuroscience

Cognitive impairment caused by arterial hypertension: from clinical guidelines to practical algorithms

The brain is a target organ for arterial hypertension: features of management of the elderly patient

Time codes:

00:07
Energy metabolism of nerve cells
02:24
Damage to nerve cells due to ischemia
03:48
Development of the phenomenon of excitotoxicity
05:07
Mexidol® is a multimodal neurocytoprotector
05:48
Antihyxant action
06:09
Antioxidant action
06:44
Membrane -stabilizing effects
07:25
Effect on succinate receptors
07:40
Effect on angiogenesis
07:49
Effect on neurogenesis
08:05
Impact on the penis area

Announcement:

Mexidol® is the key to protecting and restoring the brain during ischemia!

The brain is extremely sensitive to oxygen deficiency—within just 30 minutes of hypoxia, irreversible damage to neurons begins due to energy deficiency and the toxic effects of free radicals. Mexidol®,a combination of ethylmethylhydroxypyridine and succinate, effectively restores energy metabolism in mitochondria, reduces oxidative stress, and blocks the cascade of ischemic processes. Thanks to its ability to penetrate nerve cells and stimulate defense mechanisms, Mexidol®improves cerebral circulation and neuroregeneration, increasing the chances of maintaining brain health and function in vascular diseases.

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