26.03.27 AI Virtual Cell Data Generation: What Data Do These Models Actually Need? Every AI model is only as good as the data behind it. Large language models need text. Image generators need training photos. And AI virtual… Read more
26.03.18 Strategies for Organoid Tissue Dissociation in Single Cell Multi-Omics Strategies for Organoid Tissue Dissociation in Single Cell Multi-Omics Organoids have rapidly become a cornerstone of modern biomedical research. By recapitulating the architectural complexity and… Read more
26.03.15 AI Virtual Cell Model (AIVC) What if we could observe how a human cell responds to a drug, a genetic change, or an environmental shift—without performing a single wet‑lab experiment?… Read more
26.03.13 The Science Behind FFPE Single Cell RNA-Seq Valuable Insights from FFPE single cell RNA sequencing Do the best data really always comes from the freshest tissue? In reality, some of the most… Read more
26.03.11 Tissue Preservation is the Unsung Hero of a Successful Single Cell Experiment Why Tissue Preservation is the First Important Step of your Experiment In single cell sequencing analysis, we often focus on the final data output. On… Read more
26.02.23 Full Transcriptome Insight from Single Cell Sequencing Why Single Cell Whole Transcriptome Sequencing Standard single-cell RNA sequencing (scRNA-seq) provides only a partial view of cellular activity. mRNA comprises only a few percent… Read more
26.01.12 Beginner's Guide to Single Cell RNA Sequencing: Wet Lab Essentials for Success Single cell RNA sequencing (scRNA) is revolutionizing biology by allowing scientists to study gene expression at the level of individual cells. By analyzing gene expression at… Read more
25.12.08 Single-Cell Transcriptomics Databases: A Practical Guide Introduction Cells are the building blocks of life. They form tissues and organs and work together with their diverse phenotypes to ensure health and well-being…. Read more
25.11.10 % intron reads matter in single-cell RNA sequencing data. Why? When eukaryotic cells express DNA, DNA is transcribed into pre-messenger RNA (mRNA), which must then be processed into a mature, functional mRNA transcript. These changes… Read more