Visualize
biology in ways
textbooks can't.

Live 3D Chromatin Folding Playground

Real-time polymer physics simulation of how DNA folds in 3D space. Explore loop extrusion by cohesin motors, CTCF boundaries, TADs, and see how chromatin architecture controls gene expression — then break it with real disease mutations.

Interactive Differential Expression Analysis

Upload RNA-seq count data and instantly get volcano plots, MA plots, expression heatmaps, and a full statistical analysis pipeline — with gene detail modals, one-click links to Ensembl/NCBI/UniProt, and manuscript-ready methods summaries.

Biomolecular Condensate Simulations

Simulate phase separation, stress granules, P-bodies, and disease aggregation in real time. Brownian dynamics with Lennard-Jones potentials, Flory-Huggins thermodynamics, FRAP bleaching/recovery, and a disease mode that transitions liquid droplets to pathological solid aggregates.

Protein Folding Dynamics Explorer

Explore protein structure ensembles in 3D with AI explainability. View 120 overlaid conformations, inspect transformer attention heads, mutate any residue to predict stability changes, and color by pLDDT confidence or RMSF flexibility.

Metagenome-Assembled Genome Quality

Upload MAG quality stats and get interactive completeness vs contamination scatterplots, N50 analysis, taxonomy heatmaps, Kruskal-Wallis & Welch ANOVA statistics — with per-chart PNG/SVG export and sample/taxonomy filter pills.

Multi-Omics Harmony Integration

Integrate and visualize multi-omics datasets — transcriptomics, proteomics, metabolomics, and epigenomics — in a unified framework. Explore cross-layer correlations, pathway enrichment, and harmonized dimensionality reduction.

Graph-Based Genome Navigator

Navigate pangenome variation graphs with tube-map visualizations. Toggle HPRC haplotype paths, inspect structural variant bubbles, compare graph vs linear reference, and simulate mutations (SNPs, indels, inversions, duplications) in real time.

Epigenetic Landscape & Cell Fate

Explore the Waddington epigenetic landscape in interactive 3D. Simulate 2,000 cells rolling from pluripotency into differentiated fates, perturb 8 gene expression sliders, inspect RNA velocity arrows on UMAP, and follow a 7-step Story Mode through developmental biology.