Description
The development of the cell line (normal cells) using robotic technologies in clean room conditions. Maintaining the cell line for 14 days in an amount of not more than 15 bottles with a paddle of 75 or 175 cm2.The cost of reagents required for cell culture is not included in the price.
Cryopreservation of a single cell line using a robotic filling system using Fill-It cryovials and a programmatic freezer. Up to 24 cryovials.
Cell line and reagents are not included.
Consultation on the organization of the production of biomedical cell products. Consultation within 2 hours.
Development of technology for the production of biomedical cell products that meet the standards of good practice based on the technology available to the customer.
Production of a pilot series of biomedical cell products based on existing production, operating in accordance with the principles of GMP, with access to the existing infrastructure.
Use of the robot for cultivation of cells Compact Select T on 1 cell line. Consumables for cell culture are not included in the price.
Conducting a comprehensive study of the cytotoxicity of the drug in the framework of preclinical studies on the GLP standard. The methods used are MTT, the study of migration activity in two ways (wound model and cell impedance assessment), proliferation in two ways (colony formation, cell impedance assessment). For 1 PM.
Conducting a comprehensive study of the cytotoxicity of a medical product in the framework of preclinical studies on the GLP standard. The methods used are MTT, the study of migration activity in two ways (wound model and cell impedance assessment), proliferation in two ways (colony formation, cell impedance assessment). For one type of product.
Evaluation of the cytotoxicity of the drug (type 1) or a medical device (type 1) using the MTT method. Providing protocol and research report.
Evaluation of the effect of a drug or medical device on cell proliferation using the colony formation evaluation method.
Evaluating the effect of a drug or medical device on cell proliferation using a cell impedance method using the XCellegence system.
Assessment of the effect of a drug or medical device on the migration activity of cells in culture on a wound model.
Evaluation of the effect of a drug or medical device on the migratory activity of cells using a XCellegence cell analyzer.
Obtaining an extract of a medical device for conducting a study of its cytotoxicity per product.
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