SCSTool™
Single-Cell Sorting Kit
The SCSToolTM Single-Cell Sorting Kit is specifically designed for the PRECI SCS Single-Cell Sorter and the PRECI SCS-R300 Raman Spectroscopy Activated Single-Cell Sorter. The kit includes the QuadGPS single-cell sorting chip and MiniCollector receivers. It enables high signal-to-noise ratio Raman spectroscopy acquisition, as well as sorting and retrieval of cells, and is compatiable for downstream experiments such as genome amplification and so on.
Advantages
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QuadGPS--Cross-Platform Single-Cell Co-LocalizationEach sample well on the chip is equipped with quadrant microscopic markers, enabling rapid and convenient localization of the same cell across different experimental platforms. This feature allows for the integration of the PRECI SCS single-cell sorter with various single-cell identification devices.
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QuadGPS Sorting Chip—High-Quality Raman Spectral Signal AcquisitionThe QuadGPS chip possesses an ultra-low Raman background, enabling the acquisition of high signal-to-noise ratio spectral data even for biological samples with weak Raman signals. This capability facilitates functional cell screening based on Raman spectral identification.
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MiniCollector Receiver—Seamless Integration with Downstream ExperimentsThe receiver is compatible with standard PCR tubes, making it suitable for subsequent experiments such as genomic amplification. With a receiving well volume as low as 1.5 μL, it reduces reagent usage for downstream whole-genome amplification, thereby enhancing amplification efficiency and lowering costs.
Applications
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Single-Cell Sorting, Whole-Genome Amplification and SequencingAfter sorting, targeted cells can undergo single-cell whole-genome amplification and sequencing, establishing a correspondence between phenotype and genotype at the single-cell level.
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Raman Spectroscopy Detection of Biological SamplesThis kit is suitable for Raman spectral acquisition of a variety samples, including microorganisms, animal cells, tissue sections, and microplastics in biological samples. It enables the collection of high-quality Raman data, which can be used for subsequent data analysis.
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Single-Cell Sorting, Whole-Genome Amplification and Sequencing
After sorting, targeted cells can undergo single-cell whole-genome amplification and sequencing, establishing a correspondence between phenotype and genotype at the single-cell level.
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Raman Spectroscopy Detection of Biological Samples
This kit is suitable for Raman spectral acquisition of a variety samples, including microorganisms, animal cells, tissue sections, and microplastics in biological samples. It enables the collection of high-quality Raman data, which can be used for subsequent data analysis.
