Discover the Future of Plant Ionomics
IonomicsHub is a global scientific platform providing ICP-MS datasets, plant ionomics databases, and genomic resources for Arabidopsis, Rice, Soybean, and Yeast.
248K+
Total Samples
45K+
Unique Lines
2,784+
ICP-MS Runs
10K+
Genes Catalogued
The Plant Ionome
The ionome represents the full elemental composition of a plant. It includes essential nutrients and trace elements that define plant health, development, and environmental adaptation.
Understanding ionomic variation helps researchers discover how plants respond to stress, soil conditions, and genetic modifications.
Why IonomicsHub?
IonomicsHub integrates ICP-MS datasets, genomics, and multi-omics data to provide a unified platform for plant science research.
Researchers can explore thousands of samples across Arabidopsis, Rice, Soybean, and Yeast to accelerate discovery in functional biology.
Core Features
Advanced tools and curated datasets for modern plant biology and ionomics research.
ICP-MS Data Integration
High-quality elemental profiling across thousands of biological samples.
Multi-Omics Analysis
Combine genomics, transcriptomics, and proteomics with ionomic data.
Gene Function Discovery
Identify gene roles linked to nutrient uptake and stress response.
Open Research Access
Free and structured access to curated plant biology datasets.
Arabidopsis thaliana Model System
The foundation of modern plant genetics and molecular biology research.
Why Arabidopsis?
Arabidopsis thaliana is a model organism widely used due to its small genome, rapid lifecycle, and ease of genetic manipulation.
It plays a central role in plant molecular biology, helping scientists understand gene regulation, nutrient transport, and stress responses.
Its extensive genomic resources make it a reference system for crop research.
Biological Databases
Large-scale ionomic datasets across major plant and model organisms.
Arabidopsis
Samples with full ICP-MS elemental profiles.
Rice
Crop genomic and ionomic datasets for yield improvement.
Soybean
Protein-rich crop elemental variation analysis.
Yeast
Model organism for cellular ion transport studies.
Explore Scientific Databases
Search across thousands of ionomic datasets, genes, plant lines, elemental profiles and ICP-MS experiments through a unified scientific research platform.
Trending Research
New discoveries in nutrient transport pathways.
Most Viewed Paper
Gene networks controlling elemental accumulation.
Hot Topic
Climate resilience and crop adaptation mechanisms.
LitCloud Research Discovery
LitCloud helps scientists discover influential publications by aggregating research interests and article interactions from the scientific community.
Researchers can rapidly identify important papers, emerging trends and groundbreaking discoveries in plant ionomics, genomics, molecular biology and agricultural sciences.
Research Workflow
STEP 01
Collect Samples
Acquire plant tissues and prepare them for elemental analysis.
STEP 02
ICP-MS Analysis
Measure elemental concentrations with high precision.
STEP 03
Data Processing
Validate, normalize and organize experimental datasets.
STEP 04
Biological Discovery
Identify genes, pathways and environmental interactions.
Accelerate Your Scientific Discovery
Access one of the largest plant ionomics resources available online and explore curated datasets, genomic information and advanced research tools.
Start ExploringGlobal Scientific Impact
Supporting plant biology, genomics, elemental profiling and agricultural innovation through open scientific data.
Samples Analyzed
Comprehensive ionomic datasets.
Unique Lines
Diverse genetic resources.
Genes Studied
Functional genomics insights.
ICP-MS Runs
High-quality elemental analyses.
Featured Research Publications
Nutrient Transport Networks
Investigating molecular pathways controlling mineral accumulation and distribution.
Climate Resilience Research
Understanding adaptation mechanisms to drought and salinity stress.
Elemental Profiling
Large-scale ICP-MS analyses for crop improvement initiatives.
Research Ecosystem
Research Excellence
Driving innovation in plant science, ionomics and functional genomics.
Open Science
Providing free access to large-scale plant ionomics datasets worldwide.
Multi-Omics Integration
Connecting ionomics with genomics, transcriptomics and proteomics.
Crop Innovation
Supporting sustainable agriculture and climate resilience research.
Scientific Collaboration
Helping researchers discover new knowledge through shared resources.
Trusted by Researchers Worldwide
Frequently Asked Questions
Advance Plant Science Through Data
Explore one of the most comprehensive collections of ionomics, genomics and ICP-MS research resources. Empower discoveries in plant nutrition, stress biology, crop improvement and sustainable agriculture.
Explore IonomicsHub