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Cellebration

Watch our single cell webinar series to hear from our
R&D scientists and meet our newest solutions

We are pleased to introduce you to our new and upcoming Single Cell Solutions!

Attend live webinars and watch past webinars to hear more about new 10x products, preview exciting data, and learn about the various applications these products enable. The webinars consist of a ~30 minute presentation from followed by an open Q&A session. Register below to attend live or watch on demand.

Single Cell

November 8 and 16, 2018

Pushing the Boundaries of Gene Sensitivity with the New Single Cell Gene Expression Solution

  • Hear how you can detect even more unique transcripts per cell without increasing sequencing costs
  • Find out how you can get more out of your experiments with increased sensitivity and improved detection of cells with low RNA content
  • Get a first-look at the latest Single Cell Gene Expression Solution v3 data

November 8th webinar recording available soon

Register for Nov 16 at 10am SGT
Single Cell ATAC

October 3 and 4, 2018

Personal Regulome Navigation using Single Cell ATAC-Seq

Special Guest: Dr. Howard Chang, Professor and Director of the Center for Personal Dynamic Regulomes at Stanford University

  • Find out how you can use the Chromium Single Cell ATAC (Assay for Transposase Accessible Chromatin) Solution to map the epigenetic landscape at single cell resolution
  • Learn how Dr. Howard Chang, Professor and Director of the Center for Personal Dynamic Regulomes at Stanford University and co-inventor of the ATAC-Seq technology, used the Chromium Single Cell ATAC Solution as a facile and sensitive method to map the landscape of gene regulation
Watch on demand
Single Cell CNV

July 12, 2018

Single Cell CNV: Achieving Single-Cell Resolution of Genomic Heterogeneity

  • Find out how the Single Cell CNV Solution provides high resolution information to reveal genomic heterogeneity and study clonal evolution
  • See how single cell genomics compares to bulk sequencing and delivers more power to reveal the types and proportions of subclonal populations
  • Learn how we characterized intra-tumor heterogeneity by profiling spatially separated sections from a primary breast tumor
Watch on demand
Single Cell Immune Profiling

July 26, 2018

Single Cell Immune Profiling: High Resolution Profiling of Adaptive Immune Context and Repertoire in Mouse

  • Learn more about how to simultaneously examine hundreds to tens of thousands of T and B cells on a cell-by-cell basis, now for mouse!
  • Find out how you can measure T cell receptor, B cell immuno-globulin, and gene expression from the same cell
  • Understand how our technology allows you to gain valuable insight into paired, full-length V(D)J sequences and the ability to detect rare clonotypes on a cell type sub-population level
Watch on demand
Single Cell ATAC

July 19, 2018

Single Cell ATAC: Interrogating Chromatin Accessibility and Regulatory Landscape at Single-Cell Resolution

  • Find out how you can profile the open chromatin landscape of thousands of individual nuclei
  • Learn about our easy, scalable and reproducible workflow
  • Find out how you can apply the Single Cell ATAC Solution to different research areas
Watch on demand
Single Cell Feature Barcoding Technology

August 2, 2018

Single Cell Feature Barcoding Technology: Simultaneously Examine Gene Expression and Protein Abundance or CRISPR-Mediated Perturbations in the Same Cell

  • Learn more about how Single Cell Feature Barcoding Technology enables high resolution genetic screening and enhanced single cell phenotyping of complex cell populations
  • Find out how you can simultaneously measure 3′ gene expression and identify guide-specific CRISPR-mediated perturbations or infer protein abundance from oligo-conjugated antibodies
  • Understand how the Single Cell Feature Barcoding Technology integrates cellular protein and transcriptome measurements into a single-cell readout
Watch on demand
Single Cell Feature Barcoding Technology

August 9, 2018

Single Cell Feature Barcoding Technology: Cellular Characterization and Mapping of Individual T-Cell Responses at Scale

  • Learn more about how combining Feature Barcoding Technology with the Immune Profiling Solution enables integration of cellular surface protein, transcriptome, repertoire and antigen binding specificity measurements into a single cell readout
  • Find out how you can link full-length, paired, TCR alpha and beta chain sequences to their target antigen with high specificity and sensitivity
  • Understand how to characterize the cellular phenotype of the same single cell at the cell surface protein or gene expression level
Watch on demand

Order your 10x system, today.