Cell phototoxicity experimental detection device

Abstract

The invention provides a cell phototoxicity experimental detection device. The cell phototoxicity experimental detection device comprises a lightproof experimental chamber, wherein the top of the lightproof experimental chamber is provided with a plurality of ultraviolet radiation light sources which can emit 365nm of ultraviolet A; the inside of the experimental chamber is provided with a plurality of cell culture solution cavities which can be fixed by cell diaphragm plates, an upper ultraviolet quartz window protects the cell diaphragm plates to be isolated from the outside and ensures that the cell diaphragm plates are radiated by the ultraviolet radiation light sources; an incubation cavity is connected with an incubation controller and a cell culture solution supply device which are required for the survival of cells; the inside of the experimental chamber is provided with an ultraviolet and ozone disinfector, a ventilation device and a humidity and temperature controller to ensure that the experimental environment meets requirements; an radiation light probe detects the intensity of the UVA ultraviolet radiation light sources and is controlled by a computer; and the experimental parameters can be stored to the connected computer or printed by a printer. The invention has the following beneficial effects: the invention provides the cell phototoxicity experimental detection device and the device can be widely used in the cell phototoxicity scientific researches of the fields such as chemical industry, hygienic toxicology, environmental friendliness, labor occuplational disease prevention and medical science.

Description

technical field [0001] The invention relates to a detection device for cell phototoxicity experiments. Background technique [0002] In daily life, although many medicines and daily chemical products will not cause direct harm to the human body, chemical reactions will occur under the action of ultraviolet rays, such as sunlight exposure and operation under ultraviolet environment, which will cause skin allergies or Other forms of damage are professionally referred to as phototoxic damage from chemicals. Conducting phototoxicity detection experiments on such chemicals can prevent and mitigate the adverse effects of such phototoxicity on us. Existing phototoxicity identification experiments do not have professional equipment, the light source used is impure, and experimental animals are directly used for irradiation, resulting in inaccurate experimental results, low experimental efficiency, and harsh experimental conditions, making operators unsafe. In view of the above pro...

AI Technical Summary

Problems solved by technology

Existing phototoxicity identification experiments do not have professional equipment, the light source used is impure, and experimental animals are directly used for irradiation, resulting in inaccurate experimental results, low experimental efficiency, and harsh experimental conditions, making operators unsafe

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