RNA Sequencing for Detecting Gene Fusions & Transcript Variants
Decoding the Transcriptome for Deeper Biological Insights
GTx-metaRNA™ leverages high-throughput RNA sequencing (RNA-Seq) to capture and analyze active gene expression profiles and transcriptomic changes across diverse environmental samples. This platform enables detailed monitoring of ecosystem health by tracking stress responses, pollution effects, and dynamic gene regulation in plants, animals, and microbial communities. By uncovering gene fusions, splicing variants, and expression shifts, GTx-metaRNA™ provides crucial insights into environmental resilience, agricultural productivity, and ecosystem dynamics, supporting research, conservation, and sustainable management.
What it Screens for
- Profiles gene expression in environmental organisms (plants, animals, microbes)
- Detects functional changes in response to stressors like pollutants, climate, or pathogens
- Identifies active biological pathways in soil, water, and air samples
- Supports environmental monitoring, ecological research, and sustainable resource management
- Comparative transcriptomics and evolutionary studies
Key Benefits
- Functional Insight into Ecosystems: Reveals what genes are actively expressed under specific environmental conditions.
- Pollution and Stress Response Detection: Tracks biological impact of toxins, temperature shifts, and environmental stress.
- Microbial Community Function Analysis: Identifies how microbial communities contribute to soil fertility, carbon cycling, or biodegradation.
- Supports Conservation and Climate Studies: Monitors species adaptation, biodiversity health, and environmental resilience.
- Diverse Sample Compatibility: Applicable to water, soil, plant tissue, animal tissue, and microbial cultures.
Decode the RNA of Nature
Connect with us to explore how GTx-metaRNA™ can support your environmental projects.
*All information is handled with strict confidentiality.
Bioinformatique
