More and more studies have shown that there is widespread heterogeneity between cells. Traditional transcriptome sequencing takes a large number of cells or tissues as research samples, which reflects the overall transcriptome characteristics of cells and cannot analyze the gene expression of a single cell. The development of single cell transcriptome sequencing(scRNA-seq) provides an effective method for revealing the characteristics of single cell transcriptome, and further discovering gene alternative splicing and new transcripts, especially for the further study of rare numbers, such as early embryonic cells, stem cells and the molecular mechanism of disease.
Abvigen Single Cell Transcriptome Sequencing platform can realize high-throughput cell capture technology, and can separate and label 500 – 10000 single cells at one time, so as to obtain the transcriptome information at 3 'end of each cell. It has the advantages of high cell flux, low cost of database construction, and short capture cycle. This technology is mainly used for cell typing and identification of marker factors, so as to realize the division of cell populations and the detection of gene expression differences between cell populations. In addition, this technology can also predict cell differentiation and research development trajectory, playing an increasingly important role in the current disease, immune, tumor fields, as well as tissue, organ and development research.
High flux: 8 samples can be measured at one time, and each sample can detect up to 10000 cells
Short cycle: tens of thousands of cells are packaged within 17 minutes, and cell suspension preparation, single cell capture, amplification and database building are completed within one day
High capture efficiency: cell capture efficiency up to 65%
Wide range of applications: animal cells and plant cells can be sequenced by single cells, which has been widely used in tumor cell heterogeneity, immune cell population detection, embryonic development research, etc.
After the two parties communicate and agree, determine the experimental plan, determine the service requirements - sign the contract - advance payment - start the experiment - deliver the results
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