BIODEVICE systems, based in the Czech Republic, is an independent provider of certified cell-based testing and computationally assisted assay for the international life sciences industry.
BIODEVICE systems does not seek to share new intellectual property created by its services or products. All data generated from company analysis belongs to the customer. Customers own all data and retain all rights to their materials.
BIODEVICE supplies cell-based analysis with exceptional predictive value. The company delivers this analytical capability to its customers by using special algorithms of computerized analysis of data on the all stages of investigations. (from molequles/cells behavior to cell/tissue development in 3D microenvironment/organism).
BIODEVICE offers a range of products and services designed to meet different customer needs (from computerized investigation/elaboration of effective therapeutic molecules/materials and routine cytotoxical tests to investigation of therapeutics and materials on the animals). Clinically approved trials can also be supported if necessary.
Services are tailored for clients wishing to out-source the biological testing of their candidate therapeutics or other test materials. Services are scalable, offering flexibility from single-figure numbers up to medium/high-throughput screening. Data are supplied with interpretation and if required, recommendations for next-step development.
A cytotoxicity test determines whether a product or compound will have any toxic effect due to leachables on living cells. Generally used as a screening tool for raw materials or component products before they are put into the design of a medical device.
Biodevice provides computerized services for life science researchers to analyse and manage large-scale biological and clinical datasets.
Low Price (from $870 per software application) !!! Creating of mathematical models of biological processes with the development of software components. The main direction is development and application of computer simulation of biological processes in medicine and industry (oxygen/nutrient/hormone transfer at different diseases; Sewage treatment; Biogas technology; Tissue engineering, biomaterials/cell interaction etc.)
Sophisticated easy applicable mathematical models of biological processes (biotechnology; medicine; pharmacology etc.) with software components
The assays using mesenchymal stem cells (differentiation, proliferation, markers etc). Price from $164.
Prices from $1.00 per 6wells (untill 2016)
Prices from $10.00 per unit. Computerized Morphometry of Cell and Tissue Structures.
Morphologic characteristics for cells: Area; Perimeter; Maximum axis length ; Minimum axis length ; Convex area ; Cell length ; Cell breadth ; Cell form factor ; Cell elongation factor etc.
Prices from $3.00 per unit. Price from $44 per sample per cell line!
Prices from $50.00 per sample with computerized 3D image development
Cell-based assays utilising 3-D culture technology reproduce more faithfully the cell behavior in vivo compared with 2-D cell cultures and, importantly, respond to drugs and other test materials in a manner more preductive of these agents' effects in animal models or clinical tests.
Subcutaneous Implantation Assay
Muscle Implantation Assay Test |
The histological investigation is included
Ex ovo bioassay using the chick embryo chorioallantoic membrane (CAM) for testing.
Prices from $4.00 per sample with control
Annexin assay; SubG1; Hoechst/PI
The Proliferation Assay allows to determine the number of cells that are growing in the absence or presence of certain stimuli. We use both cell lines and primary cells (as it would be preferable for our customers). Cell lines are typically supplied with a recommended protocol for cell recovery from the frozen state and with general information on cell performance in culture. Range of human primary cells, all prepared from human tissues sourced with full ethical permission, and compliant with international regulations on the use of human tissues in preclinical research and development can be used. Thus primary cell-based experiments play a key role in medical breakthroughs, drug discovery, cancer research and gene therapy.
The chicken embryo chorioallantoic membrane assay is a model for studying neovascularization
"I am very satisfied for the service and results I got. The lab gave all the attention I needed during the experiments and the results were sent with clarity and on time. thank you."
"I was really impressed by the level of service,provided by Biodevice Systems. Everything was done far before the deadline, very efficiently and at a really reasonable price. I would recommend to work with this company if you want to get fast and reliable test results."
"Very professional. They were very very thorough and did not want to proceed until there was perfect understanding of what I expected. Expert advise was on hand. Would work with them again. Excellent results as well."
As a biologist with expertise in cell culture techniques, I have worked with Dr. Vitaly Goranov since 2012 in different scientific projects. I have personally witnessed his intuitive style and problem solving ability in all the tasks he undertook. Vitaly is able to handle many difficult situations with enthusiasm. He is a strategic thinker and a deeply motivated and passionate scientist. Vitaly is a fair-minded person and possess a warm attitude to the other colleagues, creating a positive working environment around him.
For all these reasons it is a pleasure for me to work with him.