Web Analysis Solution

Bio data analysis with context

Context-aware, reproducible analysis powered by the latest analytical technologies.

Live Demo

Expression Data Analysis

Upload a gene expression matrix to get QC, highly variable genes, PCA, and differential expression right away.

Input format: column 1 = gene name, following columns = per-sample expression values (CSV, max 5MB)

Groups are inferred from the sample-name prefix — e.g. Ctrl_1, Trt_1

This deployment runs the sample dataset only. Contact us to analyze your own CSV.

Platforms

Analysis Platforms

A range of analysis platforms covering the full research cycle — from single cell to spatial omics, medical data integration, and drug design.

Single Cell

Single-cell RNA-seq resolves cellular heterogeneity and cell-cell interactions at high resolution.

Spatial Biology

We map gene expression while preserving spatial coordinates within tissue to read the context of the microenvironment.

Medical Data Integration

We standardize and link heterogeneous data — omics, clinical, imaging — to enable integrated cohort analysis.

Drug Design

A data-driven drug development workflow, from target discovery to candidate screening.

Products

Service Platforms

Three web services covering the full research cycle — analysis, writing, and design.

Cortex

AI analysis platform for virtual cells and digital twins

AI models trained on omics data run virtual experiments and virtual clinical trials, simulating responses at the cell and tissue level.

  • Integrated single-cell and spatial omics analysis
  • Virtual perturbation experiments
  • Reproducible analysis reports
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BioWrit

AI writing assistant for bio research documents and papers

It links analysis results with literature evidence to draft papers, research proposals, and reports — organizing citations and formatting automatically.

  • Drafts generated from your analysis results
  • Automated literature search and citation handling
  • Journal formatting templates
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PepDesigner

Structure-based peptide design and optimization platform

Starting from the target protein structure, it designs binding peptides and prioritizes candidate sequences by predicted affinity, stability, and physicochemical properties.

  • Sequence generation from target structure
  • Affinity and stability scoring
  • Candidate ranking and export
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