The single-cell genomics analysis introduces researchers with the concept of cellular heterogeneity and identifies functional cell subpopulations within customers’ single-cell dataset. Specialized solutions of our analysis team ensure optimal de-noising of the gene expression data, enabling effective extraction of biological insights.
The professional analysis service aims to cater for customer’s interests in specific biological and clinical questions, performing analysis in a customized way. In addition to the basic services in the promotion version, our standard analysis pipeline incorporates cutting-edge public or proprietary bioinformatics tools to identify rare cell types, perform cell lineage tracking, infer developmental trajectories, spatial distributions and inter-cellular interactions of single cells.
Based on all the analysis content in the professional edition and utilizing the in-house single-cell genomics research expertise, we will help researchers accelerate their research by providing experimental design and taking advantage of public data, and help extract additional biological or clinical insights from single-cell data.
Tap into the largest single-cell genomics database and perform a full spectrum of analyses on our interactive platform. Users can browse and analyze pre-existing data of more than 100 single-cell studies, ana perform comparative analysis on their own data.
10X Genomics 3’/5’ single-cell transcriptome technology reveals differences in gene expression at the single-cell level, effectively solving the biological problem of tissue heterogeneity, such as tumors.
The 10X 5’ product with DVJ profiling offers comprehensive, scalable solutions for measuring immune repertoire information and gene expression from the same cell.
SMART-seq2 single-cell RNA-seq technology can amplify full-length transcripts and is widely used in the in-depth study of single-cell transcriptomes.
The 10X Chromium Single Cell ATAC-seq provides a comprehensive, scalable approach to determine the regulatory landscape of chromatin in hundreds to thousands of cells in a single sample.
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