PythoN: Automated Tissue Dissociation SystemWatch nowIn this video we introduce Singleron PythoN Tissue Dissociation System.Discover more about:– The principle of PythoN – Workflow of PythoN – Performance – Demo Testing results with varies tissue types (mouse and human)The Singleron PythoN Automated Tissue Dissociation System combines mechanical and enzymatic dissociation. The streamlined workflow quickly dissociates the tissue into high-quality single-cell suspension.Equipped with broad-spectrum sCelLive® Tissue Dissociation Mix and disposable Singleron PythoN® Dissociation Units, the Singleron PythoN® Tissue Dissociator can automatically process tissues to obtain highly viable and high-quality single cell suspensions. The precise digital controling module enables a quick exploration of the best dissociation conditions for a specific tissue type.An efficient, high-quality, convenient and intelligent tissue dissociation system is indispensable for the single cell analysis. The Singleron PythoN® Tissue Dissociator can provide single cell suspensions with high viability and high yield, enabling multi-omics researches, especially for clinical and translational studies.Check out our latest webinars Learn more B2B-RARE Bench to Bedside: Understanding and Personalizing Treatment for Rare Neuromuscular Diseases In the European Union alone, around 36 million people live with a rare disease. And that number sounds almost contradictory. How can something rare affect… Read more Podcast: Why everyone needs bioinformatics skills now Why are bioinformatics skills becoming essential for every life scientist? And how is AI changing the way researchers analyze biological data? In the third episode… Read more Beyond Standard Single Cell Sequencing: Adding a New Dimension to Biological Discovery Standard single cell RNA sequencing is a powerful starting point in life science research, but it only tells part of the story. In this webinar,… Read more
B2B-RARE Bench to Bedside: Understanding and Personalizing Treatment for Rare Neuromuscular Diseases In the European Union alone, around 36 million people live with a rare disease. And that number sounds almost contradictory. How can something rare affect… Read more
Podcast: Why everyone needs bioinformatics skills now Why are bioinformatics skills becoming essential for every life scientist? And how is AI changing the way researchers analyze biological data? In the third episode… Read more
Beyond Standard Single Cell Sequencing: Adding a New Dimension to Biological Discovery Standard single cell RNA sequencing is a powerful starting point in life science research, but it only tells part of the story. In this webinar,… Read more