Single-sell MRI
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Industrial applications-Quantum precision detection Empowered value: £jng|e £g||J^|J^| Combined with the high sensitivity of diamond NV color center probe and the characteristics of high spatial resolution under nanoshift control, quantum precision measurement technology can realize ferritin magnetic spin imaging of single cell in situ and magnetic resonance-electron microscope correlation imaging at room temperature, with a resolution up to 10 nm. Empowered value: . Usins quantum precision measurement technolozv tomap the non-local deformation of fixed cells caused by AFM indentation, the competition between elastic and capillary phenomena on the cells can be observec without obtaining the cetails or local contact. immuno detection Nano-NV diamond Empowered value: The detect ion technology based on quantum precision measurement has the advantages of high signal-to-noise ratio, high throughput. uniform washing and so on. and can conduct digital readout of labeled biomarker targets through magnetic labels to achieve simple and fast protein ultrasensitive detection. The detection technology can be applied to nerve, tumor, immunity, cardiovascular, inflammation and other fields with low abundance detection needs, such as the mining of disease mechanism, early diagnosis, drug discovery and the judgment of efficacy. Based on quantum precision measurement technology, thepositicning and quantitative detection can be conducted to realize the differentiation of specific cells, so as to achieve the precise quantification of circulating tumor cells, which is a potential new clinical diagnostic method. Empowered value: Fluorescent nanodiamonds (FND) are highly biocompatible and have perfect photostability. As fluorescent probes used for short -or long-terni analyses since 2CC0.FXD can be used at subcellular and cellular scales, and their limited diffraction size allows them to trade intracellular processes with high spatiotemporal resolution and high contrast with the surrounding environment, as well as the activity of all cells in a therapeutic compound or organ. The main application scenarios are intracellular, molecular process sensing, and long-term tracers of organisms used for therapeutic or diagnostic purposes.