National Cattle Genotype Database

A comprehensive platform for managing, analyzing, and visualizing genomic data for sustainable cattle breeding and research.

Platform Overview

The National Cattle Genotype Database is a specialized platform designed to facilitate genomic research and breeding applications in cattle production.

This comprehensive database system allows researchers and breeders to store, manage, analyze, and visualize large-scale genomic data from cattle populations. With powerful tools for data processing and integration, the platform accelerates genomic research and supports more sustainable breeding practices.

Through the integration of genomic data with phenotypic records, the National Cattle Genotype Database enables more accurate selection of animals with desirable traits, including those related to sustainability such as feed efficiency and reduced methane emissions.

Database Scale

428
Datasets
26.0K
Samples
812.1K
Markers
459.0M
Genotypes

Interactive Visualization Tools

Explore complex genomic data through interactive visualization tools. Our platform provides comprehensive tools for analyzing marker distributions and comparing genome builds.

Genomic Data Visualization

Marker Statistics

812K
Database Markers
113K
OMIA Markers
2.4K
Matching Markers

PLINK File Generation

Generate PLINK format files by uploading files containing sample IDs and/or marker IDs. The system supports flexible filtering options based on date ranges and genome regions.

PLINK File Generation Interface

Marker Comparison

Compare markers between different databases and sources with our advanced marker comparison tool. Filter by chromosome and specify position ranges for more targeted comparisons.

Marker Comparison Tool

Applications & Impact

Genetic Improvement

Facilitates more accurate selection of animals with desirable traits, leading to more efficient breeding programs and improved genetic gain.

Methane Reduction

Supports research on genetic factors influencing methane emissions in cattle, contributing to breeding strategies for reduced environmental impact.

Research Collaboration

Enables more efficient sharing and integration of genomic data across research institutions, accelerating scientific discoveries in cattle genetics.

Interested in Using the Database?

Contact us to learn more about access, collaboration opportunities, or potential applications for your research.