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Updated: Jan 30, 2026

Multimodality Diagnosis of Mesenteric Ischemia
Published on: July 21, 2023
Multimodal approach to treatment of neurological complications of chronic brain ischemia
M M Tanashyan1, A A Shabalina1, O V Lagoda1
1Research Center of Neurology, Moscow, Russia.
Insights
Actovegin improves cognitive function and clinical symptoms in patients with chronic cerebrovascular pathology. The drug enhances erythrocyte deformability, positively impacting cerebral circulation.
Area of Science:
- Neurology
- Pharmacology
- Hemorheology
Background:
- Chronic cerebrovascular pathology (CCVP) often leads to cognitive impairment.
- Understanding the effects of therapeutic agents on hemorheological parameters is crucial for managing CCVP.
Purpose of the Study:
- To evaluate the efficacy of Actovegin in patients with CCVP and mild cognitive impairment.
- To investigate Actovegin's impact on clinical presentations and hemorheological characteristics.
Main Methods:
- A study group of 47 patients with CCVP received Actovegin (1000 mg or 160 mg daily).
- A control group of 28 patients without cerebrovascular pathology was included for comparison.
- Neurological examinations, laboratory analyses (platelet and erythrocyte rheology), and functional MRI were performed.
Main Results:
- Actovegin treatment resulted in positive dynamics in 81% of cases, improving subjective symptoms and somatic status.
- A favorable effect on cognitive function was observed, with a dose-dependent response.
- Actovegin reduced erythrocyte aggregation and increased erythrocyte deformability, correlating with cognitive improvement.
Conclusions:
- Complex examination methods can effectively assess cognitive status and neurometabolic therapy efficacy in CCVP.
- Actovegin influences erythrocyte aggregation and deformability, potentially enhancing micro- and macrocirculation.
- The findings support Actovegin's broad pharmacological effect for various cerebrovascular pathologies.
Aim:
The study of Actovegin effectin clinical presentations and hemorheological characteristics in patients with chronic cerebrovascular pathology (CCVP) and mild cognitive impairment.
Materials And Methods:
The study group included 47 patients (25 male and 22 female), aged 61-75 years (mean age 63.8±5.4) with CCVP who were treated with Actovegin. The control group comprised 28 patients matched by gender and age, without associated cerebrovascular pathology. All patients along with thorough neurological examination underwent laboratory analyses (platelet and erythrocyte rheology), neurovisualization studies (functional magnetic resonance imaging of the brain). Depending on the dosage all patients were divided in two groups: Actovegin 1000 mg and 160 mg daily.
Results:
Overall, with Actovegin treatment in 81% of cases positive dynamics both in subjective symptoms, and somatic status was observed. A favorable effect on cognitive function in patients with CCVP was noted. The dose-dependent drug effect was demonstrated. The effect of Actovegin on blood cell functioning included the formation of smaller (Tf and Ts; p=0.0096 and p=0.016) and less solid (γ dis) erythrocyte aggregates (p=0.0034) both in the study and control group. The increase in erythrocyte deformability during therapy was significantly associated with cognitive improvement (via MoCA test, r=0.28).
Conclusion:
Complex (including neuropsychological and neurovisualizational) examination may not only help determine the cognitive status in patients with CCVP, but also assess the efficacy of neurometabolic therapy. New facts of Actovegin's influence on erythrocyte aggregation and deformability have been identified, which may enhance micro- and macrocirculation. The acquired data may prove the wide spectrum of Actovegin's pharmacological effect, which allows to use it in all forms of cerebrovascular pathology.
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