Découvrez l’hétérogénéité cellulaire avec des approches multi-omiques d’analyse Single CellWatch nowLe séquençage de cellules uniques vous permet d’analyser des dizaines de milliers de cellules dans un même échantillon. Il peut être appliqué dans plusieurs disciplines de recherche, de l’oncologie et l’immunologie à l’accélération des thérapies cellulaires et géniques. Ainsi, les approches multi-omiques avancées gagnent en popularité car elles peuvent fournir une profondeur supplémentaire à vos données de cellules uniques.Check out our latests webinars Learn more Single Cell, Infinite Insights: Overcoming Obstacles for Top-Notch Data In this webinar, you will embark upon a research journey alongside Luigina De Leo and our other speakers, using a challenging case study focusing on… Read more Uncover Cellular Heterogeneity with Advanced Single-cell Multi-Omics Approaches Join us as we delve into the latest single cell sequencing technology advancements, offering deeper insights into complex biological systems. Our webinar will explore the… Read more Single-cell Multi-omics for Immuno-oncology - Prof. Fan Rong Prof. Fan Rong, the Harold Hodgkinson Professor of Biomedical Engineering and Pathology at Yale University, has been driving single-cell innovation since 2006. With expertise in… Read more
Single Cell, Infinite Insights: Overcoming Obstacles for Top-Notch Data In this webinar, you will embark upon a research journey alongside Luigina De Leo and our other speakers, using a challenging case study focusing on… Read more
Uncover Cellular Heterogeneity with Advanced Single-cell Multi-Omics Approaches Join us as we delve into the latest single cell sequencing technology advancements, offering deeper insights into complex biological systems. Our webinar will explore the… Read more
Single-cell Multi-omics for Immuno-oncology - Prof. Fan Rong Prof. Fan Rong, the Harold Hodgkinson Professor of Biomedical Engineering and Pathology at Yale University, has been driving single-cell innovation since 2006. With expertise in… Read more