Featured: Bulk RNA seq
Turn raw RNA-seq data into biological insights - effortlessly.
Unlock the full potential of your transcriptomic data with end-to-end RNA-seq analysis, designed for biologists and bioinformaticians alike. Our platform streamlines every step - from data processing to interpretation - so you can focus on discoveries, not technical hurdles.
Bulk RNA-seq
Powerful Discovery Capabilities
Seamlessly analyze RNA-seq, NanoString, and gene count data with an intuitive, no-code workflow.
Record study designs, custom attributes, and NCBI BioSample metadata for structured, reproducible research.
Adjust for batch effects and confounding variables to ensure reliable results.
Set up differential expression analyses based on biological conditions and experimental factors.
Define custom thresholds for fold change and significance levels.
Link differentially expressed genes to curated knowledge bases for deeper functional insights.
Work seamlessly with your team, share findings instantly, and export publication-ready visuals.
Leverage existing samples for new experiments and import NCBI Short Read Archive public datasets.
Compare findings across datasets, experiments, and assay types for broader insights.
Bulk RNA-seq
Key Features of the Transcriptomics Analysis Suite
Ensure high-quality results with automated data cleaning, normalization, trimming, and filtering, optimizing your data for downstream analysis.
Detect significantly expressed genes across conditions, uncovering biomarkers and genetic signatures that drive your research forward.
Identify key biological pathways, molecular functions, and cellular components associated with differentially expressed genes.
Generate heatmaps, PCA plots, volcano plots, and more—all publication-ready and designed for intuitive exploration.
Enhance interpretation with GO enrichment and pathway mapping, providing deeper insights into gene functions and regulatory mechanisms.
Track gene expression changes over time, revealing dynamic trends in biological systems and treatment responses.