Multi-organ-lesion screening system

Abstract

The invention discloses a multi-organ-lesion screening system. The multi-organ-lesion screening system is provided with a collector, a separation and purification kit, a cell culture device, a low-temperature centrifugal machine, a multi-organ-lesion analyzer, an information collection device and a print device; an image acquiring module and a remote module are integrated in the multi-organ-lesionanalyzer, and the image acquiring module and the remote module carry out transmission of control signals and data signals through a wired network or a wireless network. According to the multi-organ-lesion screening system, through the collector, the separation and purification kit, the cell culture device, the low-temperature centrifugal machine and the multi-organ-lesion analyzer, collected multi-organ-lesion regions can be simply and accurately detected and screened; besides, detection steps and processes are optimized, so that detection of the collected multi-organ-lesion regions is more rapid, efficient and timely, the detection cost is significantly reduced, and not only is resource waste avoided, but also the total detection time is shortened.

Description

technical field [0001] The invention belongs to the technical field of footprint detection, and in particular relates to a multi-organ lesion screening system. Background technique [0002] At present, the existing technologies commonly used in the industry are as follows: [0003] With the rapid development of genomics, proteomics and disease genomics, the diagnosis of diseases is developing from the traditional observation of disease characterization and routine biochemical experiment detection to the recognition of microscopic features at the gene and molecular levels. Technology can deeply understand the occurrence and development process of diseases from the level of genes and proteins, and can realize a holistic, continuous, non-invasive specific detection method that cannot be replaced by existing microscopic analysis. The theory and technology of biological molecular imaging in vivo will provide a new Prevention, diagnosis and treatment tools. [0004] Compared wi...

AI Technical Summary

Problems solved by technology

[0007] When the traditional multi-organ molecular imaging system performs bioluminescence or fluorescence imaging on small animals, it can only manually control signal acquisition on site, which limits its application;

[0008] Can not achieve the purpose of remote monitoring and collection of bioluminescent and fluorescent signals

[0009] In the existing image acquisition processing, some interference waves cannot be effectively removed during encoding processing

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