Single Cell Sequencing Services by MedGenome

Cell populations are often heterogeneous with diverse characteristics. Single-cell RNA sequencing aims to uncover the transcriptome diversity in these samples. This is possible by using microfluidics to isolate single cells and molecular barcoding to label the transcripts associated with those cells. MedGenome utilizes the latest technology by 10x Genomics to capture and sequence thousands of cells per sample. This platform provides a cost-effective method for analyzing heterogeneous cell populations.

Single Cell Sequencing Services
Single Cell Sequencing Services flow chart

Single-Cell Gene Expression Profiling

This basic approach to single-cell sequencing allows users to analyze transcriptome heterogeneity at the single-cell level. MedGenome offers optimized workflows for 5’ and 3’ gene expression libraries. These solutions can be used to uncover cellular differences that are usually masked by bulk RNA-sequencing experiments.

Single-Nuclei Sequencing

Depending on the project type, single nuclei may be a better fit as sample input. This is common when studying tissue samples which it is difficult to extract intact cells, such as brain tissue or flash frozen tissue. MedGenome has extensive experience conducting nuclei isolation from tissues to generate sequencing libraries.

Single-Cell Immune Profiling

This method allows scientists to examine the immune profile of T-cells and B-cells in their samples. Libraries contain information for analysis of full-length V(D)J sequences for paired B-cell and T-cell receptors. This can be combined with single-cell gene expression profiling for a multiomic approach to single-cell sequencing.

Single-Cell Epigenetics

Identify chromatin accessibility in the epigenome by profiling thousands of single cells in parallel. Discover how chromatin structure and DNA-binding proteins regulate gene expression in various states and cellular processes. MedGenome offers solutions for stand alone ATAC-seq, and also offers combined ATAC-seq and gene expression from the same cells.

CITE-Seq & Cell Multiplexing

CITE-seq uses DNA-barcoded antibodies to convert detection of cell-surface proteins into a quantitative sequenceable readout. Antibody-bound oligos from BioLegend act as synthetic transcripts that are captured during single-cell sequencing. This allows for the profiling of cell surface markers alongside unbiased transcriptome analysis. This same strategy can be used for cell multi-plexing. Oligo-tagged antibodies can be used to differently label several samples. These samples can then be combined into a single library, sequenced, and then the data can be deconvoluted based on these unique tags.

Single-Cell Techniques

Single Nuclei
Single Cell
Immune Profiling
Hashtag Antibodies
3' Gene Expression Crossmark Crossmark Crossmark Crossmark
5' Gene Expression Crossmark Crossmark Crossmark Crossmark
ATAC-Seq Crossmark
Multiome (Gene Expression + ATAC-Seq) Crossmark

Tissue Source

  • PBMC
  • Liver
  • Brain
  • Heart
  • Lung
  • Kidney
  • Cell culture
    Cell culture (live/fresh cells)

Features & Benefits

MedGenome has years of expertise with optimized single-cell sequencing workflows.
Samples can be accepted at different stages of the 10x Genomics workflow- cells, GEMs, cDNA, or fully constructed libraries.
Multi-step sample QC includes cell counting, viability assessment, and dead cell removal (as needed).
MedGenome offers automated tissue dissociation for full end-to-end project support.
Interactive analysis report provides an intuitive way to explore the data and biological insights.
World-class support from our seasoned and professional scientific staff.
To know more about how MedGenome can help you with your Single Cell seq projects reach us by filling the form

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Our data analysis starts with the generation of a Multi-QC Report. This is a modular tool to aggregate results from bioinformatics analyses across many samples. This report provides deep insight on overall data QC, alignment statistics, and a FastQC report. These data represent the overall success of the library prep and sequencing.

Reads are aligned to the transcriptome and expression values are reported in FPKM (Fragment Per Kilobase per Million). Groups of samples can then be compared to detect differentially expressed genes. We generate publication-ready plots, such as heat maps and volcano plots, to visualize significant trends in the data. We also offer pathway analysis and tumor microenvironment analysis for deeper understanding of these data.

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