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BIODEVICE SYSTEMS
From biological insights to mathematical frameworks
Biodevice Systems
From biological insights to mathematical frameworks
Biodevice Systems works at the intersection of mathematical modeling and biotechnology. We specialize in developing mathematical descriptions of biological systems by combining advanced computational tools, such as artificial intelligence and neural networks, with scientific expertise. Our models serve as powerful tools for innovation and problem-solving across the life sciences.
Our interdisciplinary approach enables to support research and development, streamline biotechnological processes, and provide predictive solutions that
enhance decision-making and reduce time-to-market. At Biodevice Systems, we are committed to delivering high -impact results through science, precision, and innovation.
The basis of our philosophy is an integral approach to simulation (reconstruction) of biological properties of 3D constructions. We provide full support at all stages: from material testing to prototype manufacturing (or clinical trials).
Computerized simulation and software creation.
The main sphere of our activity is development and application of computer simulation of biological processes (oxygen/nutrient/hormone transfer at different diseases; Sewage treatment; Biogas technology; tissue engineering, biomaterials/cell interaction etc.)
Cell-based analysis and development of 3D structures
We provide in vitro testing of material biocompatibility for different kinds of biological and medical applications (ISO). The final stage includes high-resolution scanning, computer recognition, reconstruction and 3-D structure simulation of biological tissues, image analysis and quantification of the tissue-engineering construction using computerized modelling.
Micromanufacturing of bioartificial structures
We realize validation of mathematical (computerized) models using 3D prototyping (including 3D printing) for in vitro and in vivo experiments. Validation stage includes the creation of a tool (prototype) with required inner microstructure and cell loading with further testing.
Praha 10,
Bulharska 996/20
PSC 155 00
biodevicesystems@gmail.com
+420775411248
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