Multicellular preparation laboratory layout scheme

Abstract

The invention discloses a multicellular preparation laboratory layout scheme, which comprises a core preparation area, wherein a quality control area, a special sample preparation area, a third visiting corridor and a cargo area are respectively arranged on the periphery of the core preparation area; a first visiting corrode is arranged between the core preparation area and the quality control area; a second visiting corridor is arranged between the core preparation area and the special sample preparation area; the third visiting corridor is respectively communicated with the first visiting corridor and the second visiting corridor; the cargo area is positioned between the first visiting corridor and the second visiting corridor; one side, which is opposite to the core preparation area, ofthe cargo area is provided with a multifunctional exhibition hall; the multifunctional exhibition hall is respectively adjacent to the special sample preparation area, the second visiting corridor, the first visiting corridor and the quality control area; two opposite sides of the multifunctional exhibition hall are provided with stairs.

Description

technical field [0001] The invention belongs to the field of architectural design; in particular, it relates to a layout scheme of a multi-cell preparation laboratory. Background technique [0002] With the improvement of science and technology in our country, cell preparation technology has also been improved, and cell preparation is used in a wide range of fields; such as drug research and development, such as new drug screening, vaccines, genetic engineering drugs, cell engineering drug research and development, monoclonal antibody preparation, etc. ; basic research, such as drug action mechanism, gene function, disease occurrence mechanism, etc.; biopharmaceuticals, such as vaccine production: such as viral vaccines (hepatitis virus vaccines, AIDS vaccines, etc.), polypeptide vaccines, tumor vaccines), etc.; genetic engineering drug production : such as EPO, etc.; production of antibody drugs and gene therapy drugs; production of cell engineering drugs: some biologically...

AI Technical Summary

Problems solved by technology

[0002] With the improvement of science and technology in our country, cell preparation technology has also been improved, and cell preparation is used in a wide range of fields; such as drug research and development, such as new drug screening, vaccines, genetic engineering drugs, cell engineering drug research and development, monoclonal antibody preparation, etc. ; basic research, such as drug action mechanism, gene function, disease occurrence mechanism, etc.; biopharmaceuticals, such as vaccine production: such as viral vaccines (hepatitis virus vaccines, AIDS vaccines, etc.), polypeptide vaccines, tumor vaccines), etc.; genetic engineering drug production : such as EPO, etc.; production of antibody drugs and gene therapy drugs; production of cell engineering drugs: some biologically active polypeptides and biologically active substances in biological cells; use cell method to determine the activity of biologically active substances in vitro; and predict their drug in vivo However, the cell preparation laboratory requires high requirements. The cell preparation laboratory consists of a main laboratory, an auxiliary room, and an isolation device. The main laboratory is also called the environment of the core area. Requirements: cleanliness level, number of air changes, minimum pressure difference relative to the atmosphere, minimum pressure difference Pa of adjacent rooms connected to the outdoor direction, temperature and humidity, noise, average illuminance, tightness of enclosure structure, national standard (GB50346- 2011) have clear standard requirements; these rooms and isolation devices need a reasonable layout in order to improve work efficiency; the layout of the prior art is chaotic, and the relative positions between each functional room and the isolation device are randomly arranged, which cannot meet the requirements of microcell experiments. Workflow and Environmental Requirements

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