Details

Exploratory, discovery-driven analysis is often where multiomics studies slow down due to complexity, unclear signals, and uncertainty about what to do next. The Exploratory Analysis MiniBootcamp Series is an interactive learning experience designed to help researchers navigate this critical phase with confidence and reveal biological meaning faster. Each MiniBootcamp focuses on a single omics modality and grounds core analytical concepts in a realistic, hands‑on context.

In a simulated environment, you will point and click your way through a typical analysis and ask questions of experts in real time. This approach provides a rich learning experience with lasting recall. Each 90-minute session covers analysis methodologies, common challenges, and effective strategies to address them, along with best practices and real-world tips that can be immediately applied in your own research, no matter which analysis tool you use.

You will leave with a clearer understanding of how to approach exploratory analysis and what steps to take next.

Upcoming sessions

Check back as more live sessions become available.

Proteomics analysis MiniBootcamp

Date: August 27, 2026 at 10 am PST

Key topics:

  • Proteomics overview 
  • Data QC and cleaning 
  • Normalization 
  • Exploratory analysis 
  • Differential analysis 
  • Biological interpretation  

Missed a previous session? Watch the recording

Check back as recordings become available.

Single-cell analysis MiniBootcamp

Date: June 2026

Key topics:

  • Data transformation and normalization
  • Feature filtering and batch-effect correction
  • Feature filtering and batch-effect correction Cell clustering, classification, and annotation
  • Differential analysis
  • Biological interpretation of patterns

5-base DNA methylation analysis MiniBootcamp

Date: May 2026

Key topics:

  • Data overview and experimental context for 5-base DNA methylation
  • Quality assessment
  • Dimension reduction
  • Differentially methylated region detection
  • Biological interpretation of differentially methylated regions

Date & Time
27 Aug. 2026
Multiple sessions available
Watch previous sessions on-demand.
Location
Global
Register