一种基于改性沸石的新型多层复合止血纱布及其制备方法
By utilizing the synergistic effect of the multi-layered composite structure of zeolite hemostatic gauze, the problem of balancing rapid hemostasis and safety in existing hemostatic materials is solved. This achieves rapid and safe hemostasis while providing antibacterial and healing-promoting functions to meet complex clinical needs.
Patent Information
- Authority / Receiving Office
- CN · China
- Patent Type
- Patents(China)
- Current Assignee / Owner
- THE FIRST MEDICAL CENT CHINESE PLA GENERAL HOSPITAL
- Filing Date
- 2025-09-22
- Publication Date
- 2026-07-17
AI Technical Summary
Existing hemostatic materials struggle to balance rapid hemostasis with safety. Traditional cellulose gauze absorbs too much blood, leading to increased blood loss. Improved zeolite gauze has a long clotting time and lacks healing-promoting properties. Kaolin composite materials cannot solve the problem of deep bleeding. Existing materials often focus on hemostasis while neglecting comprehensive needs such as antibacterial properties, healing promotion, and temperature control.
The zeolite hemostatic gauze with a multi-layer composite structure has an inner modified zeolite core layer that increases Ca2+ content through ion exchange and loads prothrombin activator, a middle temperature-controlled buffer layer containing calcium alginate/polyethylene glycol hydrogel layer and phase change microcapsules, and an outer layer of plasma-treated viscose fiber/silk blended gauze, which synergistically improves hemostatic efficiency and safety.
It significantly shortens clotting time, reduces exothermic peak temperature, achieves rapid and safe hemostasis, and provides antibacterial and healing-promoting functions to meet complex clinical needs.
Smart Images
Figure CN121154891B_ABST