FLASHEAL™ is a plant-based absorbable polysaccharide hemostatic material designed to support rapid bleeding control during surgical and clinical procedures. The product functions through ultra-hydrophilic polysaccharide technology that rapidly absorbs plasma from blood, concentrating platelets and coagulation proteins at the bleeding site to accelerate natural clot formation.
Product Overview
FLASHEAL™ belongs to the category of topical absorbable hemostatic agents commonly used in surgical environments for capillary, venous, and small vessel bleeding control when conventional methods are impractical or insufficient. Polysaccharide hemostats are widely recognized for their:
- Rapid hemostatic response
- Biocompatibility
- Biodegradability
- Absorbability
- Non-animal and non-human derived composition
Key Features
Rapid Hemostasis
- Ultra-hydrophilic particles quickly absorb water from blood
- Accelerates platelet aggregation and coagulation cascade
- Forms gel-like barrier at bleeding site for temporary mechanical sealing
Plant-Based Polysaccharide Technology
- Derived from purified medical-grade starch polysaccharides
- Free from human or animal-derived materials
- Reduced risk of immunogenic response and disease transmission
Fully Absorbable Material
- Designed to biodegrade naturally in the body
- Many polysaccharide hemostats are metabolized within days after application
- Minimal residual foreign material compared with some traditional hemostatic agents
Easy Application
- Ready-to-use powder or topical format
- No refrigeration or mixing required
- Suitable for open surgery and minimally invasive procedures
Typical Technical Characteristics
| Specification | Description |
|---|---|
| Material Type | Polysaccharide Hemostatic Agent |
| Composition | Purified plant-based starch polysaccharides |
| Form | Powder / particles |
| Sterility | Sterile |
| Absorbability | Bioabsorbable |
| Application | Topical use |
| Mechanism | Fluid absorption and coagulation concentration |
| Origin | Non-animal, non-human derived |
Mechanism of Action
Polysaccharide hemostatic materials work primarily through physical dehydration and concentration mechanisms:
- Rapid absorption of plasma fluid from blood
- Concentration of:
- Platelets
- Red blood cells
- Clotting proteins
- Thrombin
- Accelerated coagulation cascade
- Formation of stable clot matrix at the bleeding surface
Clinical Applications
FLASHEAL™ polysaccharide hemostatic material may be used in:
- General surgery
- Cardiovascular surgery
- Orthopedic surgery
- Neurosurgery
- ENT procedures
- Dental and oral surgery
- Laparoscopic procedures
- Trauma management
Typically indicated for:
- Capillary bleeding
- Venous oozing
- Diffuse surgical bleeding
- Bleeding surfaces difficult to suture or cauterize
Advantages of Polysaccharide Hemostats
Compared with conventional hemostatic approaches, polysaccharide-based materials offer:
- Fast hemostatic response
- Excellent tissue compatibility
- Reduced inflammatory response
- Natural biodegradation
- Broad surgical applicability
- Simple handling and storage
- No biologic thrombin requirement
Scientific Background
Polysaccharides such as starch, cellulose, chitosan, alginate, and dextran are widely studied in modern hemostatic biomaterials because of their:
- High biocompatibility
- Tunable biodegradation
- Non-toxic degradation products
- Effective coagulation support properties
Recent biomaterials research continues to expand the role of polysaccharide hemostatic technology in advanced wound care and surgical bleeding management.
