Ⅰ、Product introduction

PRECI SCS has unique visual sorting function, what you see is what you get, and accurately achieves target cell separation. Using the unique laser and material interaction principle, for the complex biological samples with different morphologic cells, can be separated in the unlabeled state. Wide application range, for submicron level of single microbial cells can also be separated.

Ⅱ、Product features

1. Visual sorting

Combining cell observation and sorting, the sorting process is visualized, what you see is what you get, and the sorting results can be traced, which provides a new strategy for establishing the association between single cell phenotypes and genotypes.

2, Pinpoint accuracy

Based on the interaction principle of laser and material, the separation of single cells one by one or batch can be realized to ensure the purity and reject the contamination of miscellaneous cells.

3, widely applicable to all kinds of cells

Different sizes, shapes and types of cells can be sorted in the same experiment, and complex samples can be dealt with with the simplest operation process to speed up the research process.

4. Ultra-low loading volume

The sorting method based on chip overcomes the requirement of cell content in the sample of sorting experiment, and only needs 0.5ul sample to complete the experiment, solving the problem of sorting a small number of cells. Provide cell sorting solutions for precious samples or low concentration/low abundance samples.

5,It can be combined with a variety of identification methods

The sorting process does not depend on labeling, and can be combined with morphological, Raman, fluorescence and other recognition methods. A variety of models can be selected to meet different application requirements.

6. Sorted cells can be used for single cell culture and sequencing

Non-contact separation, less damage to cells, sorted cells can be used for single cell sequencing, culture, omics analysis and other subsequent studies.

Ⅲ、Application field

1. Engineered cell screening

2. Study on uncultured microorganisms

3. Rapid detection of pathogenic bacteria

4. Study on cell heterogeneity

5. Histopathological study

6. 3D bioprinting