Glauconix Biosciences
Humonix Biosciences is dedicated to advancing medicine through 3D human tissue technology. They develop physiologically relevant 3D human tissue models to support testing and screening throughout the drug development pipeline. Their approach involves a hands-on collaboration with clients to design studies that meet specific needs, providing faster data compared to traditional animal studies. Their mission is to improve medical research and drug development with innovative tissue models.
Industries
Nr. of Employees
small (1-50)
Glauconix Biosciences
Products
Retinal vascular dysfunction model
Biomimetic in vitro model of retinal vasculature for mechanistic studies and preclinical testing.
Glaucoma model
Ocular disease-specific in vitro model used for glaucoma-focused preclinical testing.
Pulmonary arterial hypertension model (in development)
Pulmonary arterial hypertension disease model under development for preclinical in vitro studies.
Pulmonary fibrosis model (in development)
Pulmonary fibrosis in vitro model currently under development for preclinical screening and mechanistic research.
Retinal vascular dysfunction model
Biomimetic in vitro model of retinal vasculature for mechanistic studies and preclinical testing.
Glaucoma model
Ocular disease-specific in vitro model used for glaucoma-focused preclinical testing.
Pulmonary arterial hypertension model (in development)
Pulmonary arterial hypertension disease model under development for preclinical in vitro studies.
Pulmonary fibrosis model (in development)
Pulmonary fibrosis in vitro model currently under development for preclinical screening and mechanistic research.
Services
Design and run preclinical studies using three-dimensional human tissue constructs to evaluate candidate therapeutics across disease-relevant endpoints.
Development of disease-specific in vitro models on request, including ocular, retinal vascular, and pulmonary disease models.
Design and run preclinical studies using three-dimensional human tissue constructs to evaluate candidate therapeutics across disease-relevant endpoints.
Development of disease-specific in vitro models on request, including ocular, retinal vascular, and pulmonary disease models.
Expertise Areas
- 3D human tissue modeling
- Ocular and retinal disease modeling
- Vascular disease modeling
- Preclinical in vitro screening
Key Technologies
- 3D human tissue engineering
- Biomimetic vascular model systems
- Organotypic ocular disease models
- In vitro pharmacology and screening assays