scGAD

Overview: scGAD (single-cell Gene Associating Domain) is an innovative R package designed for analyzing single-cell Hi-C data at the gene level. It enables the extraction of three-dimensional chromatin interactions and facilitates the integration of single-cell 3D genomics with other single-cell modalities.

Key Features:

  1. Gene-level 3D Chromatin Analysis:

    • Extracts chromatin interactions at gene resolution
    • Provides gene-centric view of 3D genome organization
    • Enables functional interpretation of chromatin structure
  2. Single-cell Data Integration:

    • Integrates 3D genomics with other single-cell modalities
    • Supports multi-modal data analysis
    • Facilitates comprehensive understanding of cellular states
  3. Advanced Analytical Tools:

    • Robust normalization methods
    • Statistical framework for interaction detection
    • Visualization tools for 3D genome structure
    • Integration with other single-cell analysis pipelines
  4. Comprehensive Documentation:

    • Detailed tutorials and vignettes
    • Example datasets and use cases
    • Best practices for analysis workflow

Applications: scGAD has been successfully applied to various single-cell Hi-C datasets, providing insights into chromatin organization at single-cell resolution and its relationship with gene regulation and cellular function.

The package is implemented in R with comprehensive documentation and tutorials to support researchers in the fields of genomics and single-cell biology.

Visit our manuscript.

Ye Zheng
Ye Zheng
Assistant Professor, PI

Research interests include Multi-omics, Statistical Modeling, Computational Biology, Cancer Research