Presented By: Biomedical Research Core Facilities
10X Genomics & Oxford Nanopore Technologies Seminar
Explore the Full Diversity of Biology with Single-cell and Spatial Genomics
We are excited to announce a collaborative seminar with 10x Genomics and Oxford Nanopore Technologies, focused on the synergy between single-cell and spatial profiling technologies with long-read sequencing capabilities. This seminar aims to provide researchers and professionals with comprehensive insights into genome and transcriptome complexity through advanced integration methods.
Seminar Highlights:
Compatibility: Learn how 10x Genomics assays, including single-cell RNA sequencing, can be adapted for long-read sequencing on Oxford Nanopore platforms like PromethION™. Discover how this adaptation enables the production of full-length cDNA libraries necessary for effective long-read sequencing.
Assay Integration: Explore how 10x Genomics assays for Gene Expression can be modified for long-read applications. This integration allows detection of alternative transcript isoforms at single-cell resolution, crucial for understanding unique isoforms related to specific cell types.
Technical Protocols: Understand the workflows involved in enriching and amplifying cDNA from 10x Genomics platforms, modified with Oxford Nanopore reagents for sequencing. Get insights into long-read sequencing protocols that enhance transcript complexity analysis.
Research Applications: Delve into various applications of this collaborative approach, particularly in cancer genomics, where characterizing tumor cell heterogeneity is essential. Explore successful studies and new possibilities unlocked by integrating these advanced technologies.
This seminar is a unique opportunity to learn from industry leaders about cutting-edge techniques that empower researchers with more sophisticated tools for genomic analysis. Don't miss this chance to advance your understanding and application of single-cell and spatial profiling technologies combined with long-read sequencing.
Agenda
12:50 pm - Registration
1:00 pm - Dr. Egon Ranghini, Ph.D., 10x Genomics - The Gold Standard for Single Cell RNA-seq, Transformed!
1:30 pm - Dr. Jennifer Gribble, Ph.D., Oxford Nanopore Technologies - Bioinformatics Analysis of Oxford Nanopore Single-Cell Transcriptome Datasets
Coffee and pastries will be provided for all attendees.
Contact us:
Danny Barrett, Account Executive - Michigan (daniel.barrett@10xgenomics.com)
Presented by the Advanced Genomics Core, one of the Biomedical Research Core Facilities, and part of the Medical School Office of Research. Our mission is to foster an environment of innovation and efficiency that serves the Michigan Medicine research community and supports biomedical science from insight to impact.
Open 10X Genomics & Oxford Nanopore Technologies Seminar configuration options
We are excited to announce a collaborative seminar with 10x Genomics and Oxford Nanopore Technologies, focused on the synergy between single-cell and spatial profiling technologies with long-read sequencing capabilities. This seminar aims to provide researchers and professionals with comprehensive insights into genome and transcriptome complexity through advanced integration methods.
Seminar Highlights:
Compatibility: Learn how 10x Genomics assays, including single-cell RNA sequencing, can be adapted for long-read sequencing on Oxford Nanopore platforms like PromethION™. Discover how this adaptation enables the production of full-length cDNA libraries necessary for effective long-read sequencing.
Assay Integration: Explore how 10x Genomics assays for Gene Expression can be modified for long-read applications. This integration allows detection of alternative transcript isoforms at single-cell resolution, crucial for understanding unique isoforms related to specific cell types.
Technical Protocols: Understand the workflows involved in enriching and amplifying cDNA from 10x Genomics platforms, modified with Oxford Nanopore reagents for sequencing. Get insights into long-read sequencing protocols that enhance transcript complexity analysis.
Research Applications: Delve into various applications of this collaborative approach, particularly in cancer genomics, where characterizing tumor cell heterogeneity is essential. Explore successful studies and new possibilities unlocked by integrating these advanced technologies.
This seminar is a unique opportunity to learn from industry leaders about cutting-edge techniques that empower researchers with more sophisticated tools for genomic analysis. Don't miss this chance to advance your understanding and application of single-cell and spatial profiling technologies combined with long-read sequencing.
Agenda
12:50 pm - Registration
1:00 pm - Dr. Egon Ranghini, Ph.D., 10x Genomics - The Gold Standard for Single Cell RNA-seq, Transformed!
1:30 pm - Dr. Jennifer Gribble, Ph.D., Oxford Nanopore Technologies - Bioinformatics Analysis of Oxford Nanopore Single-Cell Transcriptome Datasets
Coffee and pastries will be provided for all attendees.
Contact us:
Danny Barrett, Account Executive - Michigan (daniel.barrett@10xgenomics.com)
Presented by the Advanced Genomics Core, one of the Biomedical Research Core Facilities, and part of the Medical School Office of Research. Our mission is to foster an environment of innovation and efficiency that serves the Michigan Medicine research community and supports biomedical science from insight to impact.
Open 10X Genomics & Oxford Nanopore Technologies Seminar configuration options
Related Links
Explore Similar Events
-
Loading Similar Events...
