Data Science Core Facility

AI & Computational Tools

The WV-INBRE Data Science Core provides access to cutting-edge AI platforms and computational tools for biomedical research. We specialize in multi-omics analysis, single-cell data translation, and biological network analysis through our partnership with leading computational biology platforms.

Visit Bioinformatics Core Website

Core Services

Access to advanced AI and machine learning platforms
Multi-omics data analysis and integration
Single-cell RNA-seq and ATAC-seq analysis
Biological knowledge base and network analysis
Training on cutting-edge computational tools
Data science consultation and support

AI & Machine Learning Platforms

G2PDeep Platform

Multi-omics phenotype prediction and marker discovery using deep learning

Access

Key Features

  • Deep learning for multi-omics integration
  • Automated hyperparameter tuning
  • Biomarker discovery and visualization
  • Gene Set Enrichment Analysis (GSEA)
Available
Web platform, registration required

crossMP Platform

Cross-modality translation between single-cell RNA-seq and single-cell ATAC-seq data

Access

Key Features

  • Deep neural network modeling for modality translation
  • Upload one modality, predict the other
  • Single-cell multi-omics integration
  • Web-based portal with intuitive interface
Available
Web platform, open access

Knowledge Bases & Network Tools

KBCommons

Knowledge Base & Community

Knowledge Base Commons for biological data integration, sharing, and community-driven annotation

Features

  • Integrated biological databases and knowledge graphs
  • Data sharing and collaboration tools
  • Standardized data formats and ontologies
  • Community annotation and curation features

IRNet

Network Analysis

Interaction Network analysis tools and databases for regulatory and protein networks

Features

  • Protein-protein interaction networks
  • Gene regulatory networks and pathway analysis
  • Network visualization and analysis tools
  • Comparative network analysis across species

Research Applications

Multi-Omics Cancer Analysis

WV-INBRE Collaborators

Identified novel biomarkers using G2PDeep platform for cancer phenotype prediction

Tools Used:
G2PDeep Platform
Core Team:
Dr. Mohit VermaDr. Jim Denvir
Platforms:
Multi-omics AI Analysis

Single-Cell Modality Translation

Single-cell research team

Successfully translated scRNA-seq to scATAC-seq predictions using crossMP

Tools Used:
crossMP Platform
Core Team:
Mohammad VahedDr. Mohit Verma
Platforms:
Single-cell Analysis

Network-Based Drug Discovery

Systems biology group

Identified novel drug targets using IRNet for protein interaction network analysis

Tools Used:
IRNetKBCommons
Core Team:
Mohammad VahedCore Team
Platforms:
Network Analysis

Core Team

Dr. Jim Denvir, PhD

Core Director

Marshall University

Oversees the Data Science Core operations and strategic direction

denvir@marshall.edu

Dr. Mohit Verma

Research Assistant Professor

Marshall University

Specializes in AI/ML applications for biomedical research and platform integration

mverma@marshall.edu

Mohammad Vahed

Research Assistant Professor

Marshall University

Focuses on computational biology, network analysis, and data science training

mvahed@marshall.edu

Funding Support

WV-INBRE (P20GM103434)
WV-CTSI (U54GM104942)

Supported by the National Institute of General Medical Sciences (NIGMS) at the National Institutes of Health (NIH)