
Getting to grips with the tumor microenvironment with NGS workflows
Why study the TME?
Tumor microenvironment (TME) analysis is a key focus in cancer research as the TME plays a critical role in cancer development, growth and spread. The TME is made up of a complex network of cells, molecules and blood vessels surrounding a tumor. High heterogeneity within the TME remains a key obstacle in tumor profiling and understanding cancer. Due to its dynamic nature, tumor microenvironment analysis requires highly sensitive technologies to detect its specific components. NGS, with its sheer discovery power and ability to capture intricate genomic and transcriptomic details, is your best shot at deciphering the multiple molecular interactions within the TME, such as:
- Revealing and profiling rare DNA variants, CNVs and methylation patterns
- Investigating differential gene expression profiles between healthy and tumor tissue
- Analyzing the expression of lncRNAs and miRNAs to shed light on their roles as mediators of cell signaling regulation
- Assessing the comprehensive TCR repertoire to understand the immune response in the TME
- Achieving a holistic view of DNA and RNA with multiomic profiling
- Evaluating microbial diversity and its impact on the TME
TME components
Getting acquainted with the multiple players that make up the TME.Tumor cells
Tumor profiling
Discover genomic variants, differential gene expression signatures or simultaneously profile DNA and RNA from the same sample
Discover genomic variants, differential gene expression signatures or simultaneously profile DNA and RNA from the same sample
Immune cells
Immune response analysis
Characterize and quantify the immune response and T-cell repertoires
Characterize and quantify the immune response and T-cell repertoires
Stromal cells
Stromal cell characterization
Identify gene expression profiles of specific stromal cell subtypes to understand their contribution to the hallmarks of cancer
Identify gene expression profiles of specific stromal cell subtypes to understand their contribution to the hallmarks of cancer
Microbiome
Microbial profiling
Explore the influence of the tissue and stool microbiome
Explore the influence of the tissue and stool microbiome
