ProMoSCOPE™ – Adding a New Layer of Sweetness to Your Single-Cell Sequencing DataWatch nowPost-translational modification of proteins, such as glycosylation, can directly regulate cellular functions and play important roles in diseases and immunity. It remains to be understood whether and how such post-translational modifications and gene expression patterns are related to each other at a single-cell level in complex biological systems. Singleron‘s innovative technology ProMoSCOPE™ enables researchers to get new insights by combining whole transcriptomics and glycosylation detection at the single-cell level. ProMoSCOPE™ data analysis pipeline is now freely available on GitHub.Learn about: – Importance of glycosylation detection across various research fields – Our new chemoenzymatic method to quantify cell surface glycosylation at single cell level – What the quantitative multimodal information can reveal about diseases and immunityDr. Murat Seker: Murat Seker received his MSc in Life Science at National Taiwan University, Taiwan and his Ph.D. in Molecular Biology from Humboldt University, Germany in 2022 for his work elucidating magnesium regulation in the kidney. In February 2022, Murat joined Singleron Biotechnologies, where he oversees single-cell multi-omics products portfolio and single-cell sequencing service as a Product Manager.Check out our latests webinars Learn more Single cell and flow cytometry profiling of tumor microenvironment The tumor microenvironment (TME) is a key factor in tumor progression, treatment response, and overall disease prognosis. Single cell analysis technologies, such as single cell… Read more Mastering CITE-seq: A comprehensive guide to analysis workflow and antibody validation strategies Single cell proteogenomic analysis, using techniques like CITE-seq, adds surface protein information to single cell RNA sequencing data. This approach enables researchers to uncover correlations… Read more CITE-Seq 101: Integrating Protein Profiling with Single Cell RNA Sequencing Watch the recorded video to catch up on the benefits of integrating protein data with single-cell RNA sequencing, a step-by-step workflow walkthrough, and a real-world… Read more
Single cell and flow cytometry profiling of tumor microenvironment The tumor microenvironment (TME) is a key factor in tumor progression, treatment response, and overall disease prognosis. Single cell analysis technologies, such as single cell… Read more
Mastering CITE-seq: A comprehensive guide to analysis workflow and antibody validation strategies Single cell proteogenomic analysis, using techniques like CITE-seq, adds surface protein information to single cell RNA sequencing data. This approach enables researchers to uncover correlations… Read more
CITE-Seq 101: Integrating Protein Profiling with Single Cell RNA Sequencing Watch the recorded video to catch up on the benefits of integrating protein data with single-cell RNA sequencing, a step-by-step workflow walkthrough, and a real-world… Read more