Colzyx
Colzyx AB is a company specializing in advanced biologic wound healing matrices, aiming to redefine wound care with a nature-inspired approach that harnesses the human body's own healing mechanisms. Their innovations focus on improving global health, cost-effectiveness, and quality of life through their products and technology.
Industries
Nr. of Employees
small (1-50)
Products
Human biologic wound matrix
A biologic matrix product developed for treatment of human wounds, intended to accelerate healing and reduce infection.
Veterinary biologic wound matrix
A biologic wound-care product developed for veterinary use to support healing in animals.
Peptide-based wound-healing technology
Platform of peptides used as core technology for enhancing wound healing and related biological effects.
Human biologic wound matrix
A biologic matrix product developed for treatment of human wounds, intended to accelerate healing and reduce infection.
Veterinary biologic wound matrix
A biologic wound-care product developed for veterinary use to support healing in animals.
Peptide-based wound-healing technology
Platform of peptides used as core technology for enhancing wound healing and related biological effects.
Services
Research and development collaborations
Collaborative R&D agreements with academic and industry partners to advance biomaterial and peptide technologies for wound care.
Grant-funded project management
Administration and execution of projects supported by public research funding, including EU Horizon 2020/EIC awards.
Research and development collaborations
Collaborative R&D agreements with academic and industry partners to advance biomaterial and peptide technologies for wound care.
Grant-funded project management
Administration and execution of projects supported by public research funding, including EU Horizon 2020/EIC awards.
Expertise Areas
- Wound-healing biomaterials
- Peptide therapeutics for wound care
- Antimicrobial biomaterials
- Preclinical and translational research
Key Technologies
- Collagen-based biologic matrices
- Peptide therapeutic platforms
- Antimicrobial biomaterials
- Biomaterial formulation for wound repair