Overview

Study on the Effect and Mechanism of Aescine Sodium in the Treatment of Allergic Rhinitis

Status:
NOT_YET_RECRUITING
Trial end date:
2026-09-01
Target enrollment:
Participant gender:
Summary
Allergic rhinitis is a common chronic non-infectious inflammatory disease of the upper respiratory tract, which affects patients' health, quality of life and work efficiency for a long time. Clinical manifestations are mainly nasal congestion, paroxysmal sneezing, clear watery nasal discharge and nasal itching, among which nasal congestion caused by nasal mucosal edema is the main manifestation of allergic rhinitis. Nasal mucosa has a rich network of arteriovenous anastomosis, and there are many large venous sinuses constitute a spongy structure, with a strong capacity for expansion and contraction, in the onset of allergic rhinitis, the volume of venous sinuses in the nasal mucosa can be rapidly changed, venous sinus expansion and filling can be induced by nasal mucosal congestion and nasal mucosal edema nasal congestion symptoms. Aescine sodium has been widely used in the clinical treatment of local tissue edema and the effect is remarkable, a large number of clinical results have proved that it has a significant anti-inflammatory, anti-edema, enhance the venous tension, improve blood circulation and anti-allergic effect, can be improved through the improvement of the vascular endothelial cell barrier, and enhance the epithelial cells close connection to improve the local edema and acute inflammation. The current treatment strategies for allergic rhinitis mainly include environmental control, medication, immunotherapy and health education, however, some patients are still unable to effectively control their symptoms in the long term after standardized treatment, and nasal congestion and runny nose cause great disturbance to the quality of their daily life. Therefore, it is urgent to investigate the mechanism of aescine sodium in relieving nasal mucosal edema in allergic rhinitis.
Phase:
NA
Details
Lead Sponsor:
Cheng Lei