A collaborative study with Harvard Medical School
Publications
Pivotal study on Haemostats & their mechanism of action in controlling massive bleeding:
A collaborative study with Harvard Medical School
Architecturally Engineered Chitosan Hemostat for Rapid Bleeding Control on Anticoagulant Therapy
Summary: Architecturally Engineered Chitosan Hemostat for Rapid Bleeding Control on Anticoagulant Therapy
Axiostat Publications
Efficacy and Safety of Axiostat
Evaluation of Hemostatic Effectiveness in a Standard Swine Hemorrhage
Axiostat Evidences
Trends in Biomaterials and Artificial Organs
MaxioCel Publications
Evaluation of a Novel Chitosan Wound Healing Dressing
Use of Chitosan-based Dressings for the Management of a Chronic Lower Limb Ulcer
Evaluation of a Chitosan Dressing in the Management of Hard-to-Heal Wounds
Evaluation of a bioactive microfibre
gelling dressing
MaxioCel in the management of malignant
fungating wounds
MaxioCel Evidences
The Role of a Chitosan BMG™ Dressing
Technology to Support Patient Self Care
Chronic Wound Debridement in an Acute Setting
Severe Pressure Ulcer Debridement in the Acute Sector
A Multi-disciplinary Team Approach to the Management
Evaluating A Chitosan Lactate Gelling Microfibre Dressing In Complex Wound
Environments
A Case Study on the Effectiveness of a Chitosan Lactate Microfibre Dressing
Healing Process
A Ten-Patient Case Study Series on the Impact of a 100% Chitosan-Based Dressing
A Transformative Wound Management Approach with BMG™ Technology
Bioactive Microfibre Gelling (BMG™) Technology in the Management of Lower Limb Ulcers
Evaluation of a Bioactive Microfibre Gelling (BMG™) Dressing
Bioactive Microfibre Gelling™ (BMG™) Technology: In Vitro Testing of this New Innovative Dressing
Working in Partnership with the Nursing Home Sector to Facilitate Improved Wound
Management
Ten-Patient Case Study Series Across an Integrated Care Board
Introducing an Innovative Bioactive Microfibre Gelling (BMG™) Technology
Accelerating Wound Healing in Chronic Wound and Post Surgical Wound
Expediting Wound Healing in Uncontrolled Diabetic Patients
