Software & Tools
Open-source computational tools for genomics and single-cell analysis
SCATE
Single-Cell ATAC-seq signal Extraction and Enhancement
Extracts and enhances signal from sparse single-cell ATAC-seq data by leveraging information across cells and genomic loci. Enables accurate characterization of regulatory activity and cell-type heterogeneity.
BIRD
Big Data Regression for DNase I Hypersensitivity
Predicts genome-wide chromatin accessibility (DNase-seq signal) from gene expression data. Generates predictions across ~1 million genomic loci using a pre-built regression model.
SCRAT
Single-Cell Regulome Analysis Toolbox
An interactive Shiny toolbox for analyzing single-cell regulome data (scATAC-seq, scChIP-seq). Provides clustering, visualization, and regulatory feature analysis with no coding required.
FUNCODE
Functional Conservation of Regulatory Elements
Quantifies functional conservation of human and mouse regulatory elements, enabling comparative analysis of cis-regulatory activity across species.
Hi-Plex CUT&Tag
Combinatorial Chromatin Regulatory Mapping
A high-throughput multiplexed CUT&Tag approach for simultaneous profiling of multiple chromatin regulatory factors, enabling global mapping of combinatorial epigenetic states.
scMBERT
Single-Cell Multiomic Representation Learning
A pre-trained BERT-based deep learning model for single-cell multiomic data representation and prediction, enabling cross-modal inference and cell-type annotation.
All projects and source code are available at github.com/WeiqiangZhou.