CLindex: a sample multiplexing method for single cell transcriptomic analysisWatch nowLeave no cell behind:How to overcome the limitations of sample multiplexing, to remove species and cell-type bias, using a completely, antibody-independent new method based on “click chemistry”. This ground-breaking method will ensure that you capture the most cells types, including those that are prone to degradation, without limitation on the species. Our new solution, CLindex, is a new sample multiplexing method developed to help exactly with that.Using Singleron’s CLindex Kit for sample multiplexing offers several benefits:Increased Sample Throughput: You can pool up to 16 samples and capture genetic information from up to 120,000 cells on a single chip. This significantly boosts the number of samples you can process in one experiment.Reduced Batch Effects: By pooling multiple samples into a single experiment, CLindex® helps minimize batch effects, leading to more consistent and reliable results.Efficient and Unbiased Tagging: The technology employs click-chemistry for sample tagging, which is both efficient and unbiased. This ensures that each sample is accurately labeled without introducing significant biases.Cost-Effective: Combining multiple samples into one experiment reduces the overall cost of reagents and consumables.Single Cell Resolution: CLindex® allows for the analysis of the transcriptome at single cell resolution, providing detailed insights into cellular functions and interactions.These advantages make CLindex® a powerful tool for researchers looking to maximize their sample processing efficiency and data quality.Check out our latest webinars Learn more Advancing Immunology and Tumor Research with Singleron’s Single Cell Tools Listen to this insightful talk from our CEO and Founder, Dr. Nan Fang, at the Institute of Biology and Immunology of Reproduction at the Bulgarian Academy… Read more The Fundamentals of Single Cell Sequencing Single cell sequencing is an increasingly popular approach for profiling gene expression of individual cells. It allows you to study genes and their functions across… Read more Label-Free Multiplexing Using SNP Genotyping: Bioinformatics Techniques Join us as we cover current sample multiplexing approaches for single cell sequencing, focusing on label-free methods using SNP genotyping. The session is designed for… Read more
Advancing Immunology and Tumor Research with Singleron’s Single Cell Tools Listen to this insightful talk from our CEO and Founder, Dr. Nan Fang, at the Institute of Biology and Immunology of Reproduction at the Bulgarian Academy… Read more
The Fundamentals of Single Cell Sequencing Single cell sequencing is an increasingly popular approach for profiling gene expression of individual cells. It allows you to study genes and their functions across… Read more
Label-Free Multiplexing Using SNP Genotyping: Bioinformatics Techniques Join us as we cover current sample multiplexing approaches for single cell sequencing, focusing on label-free methods using SNP genotyping. The session is designed for… Read more