High-content cell observation and culture device

Abstract

The invention provides a high-content cell observation and culture device. The device comprises a box body and a culture bin, wherein the top of the box body is provided with the culture bin; the boxbody is internally provided with a camera device; and the camera device is located below the culture bin and used for shooting the culture condition in the culture bin. The device has the beneficial effects that based on instrument requirements in the cutting-edge scientific research field, and in combination with the Internet of Things technology, traditional cell culture and cell observation requirements are integrated, so that a more practical cell culture and monitoring instrument is established. Convenience is provided for scientific research work in related fields, and the Internet of Things technology is better integrated into scientific research front-line products.

Description

technical field [0001] The invention relates to the field of cell observation and culture devices, and more specifically relates to a high-content cell observation and culture device. Background technique [0002] As the smallest unit of life activities, cells contain the mysteries of life. In recent years, scientific and technological workers have gradually deepened their research on cells, and a large number of single-cell detection methods have also been developed. The demand for cell-related culture and tracking equipment is increasing. In particular, the demand for devices for in situ monitoring of cells under normal cell growth conditions is gradually increasing. [0003] PhenomScientific, as an industry-leading company that inherits the technologies of Philips Digital Optics and FEI, has developed a high-content live cell intelligent imaging and cloud analysis system Omni, which can analyze cells in culture flasks, culture dishes and microfluidic chips in a cell inc...

AI Technical Summary

Problems solved by technology

However, this product has certain requirements on the volume of the incubator, and it is difficult for the instrument to supply power in the incubator

Instrumentation increases the surface area and dead space inside the cell incubator, making it more difficult to clean up bacterial contamination

In addition, the incubator in the laboratory is mostly used by multiple people, which is easy to cause cross-contamination and bacterial infection, which is not conducive to cell culture and related experiments.

For other similar equipment, the camera devices used for observation are all placed in the cell culture environment, and there are bacterial pollution and related equipment to produce toxic gases and oily lubricating substances to pollute the culture environment. At the same time, the culture environment requires a certain humidity. Such a humid environment is not conducive to the long-term normal operation of electronic equipment

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