Experience the central dogma of molecular biology like never before. From DNA replication to CRISPR-Cas9, visualize complex genetic processes in stunning, interactive 3D environments right in your browser.
6
3D scenes
DNA → CRISPR
0.338
nm / bp
B-DNA rise
12
PDB structures
RCSB curated
21
Challenges
Mastery path
6
3D scenes
DNA → CRISPR
0.338
nm / bp
B-DNA rise
12
PDB structures
RCSB curated
21
Challenges
Mastery path
Each scene is a scientifically grounded simulation — from B-DNA geometry to Cas9 cleavage.
Powered by WebGL and React Three Fiber, running natively in your browser.
Step-by-step interactive walkthroughs of Replication, Transcription, and Translation processes.
Visualize the revolutionary gene-editing technology in action, targeting and cutting specific DNA sequences.
Load and analyze real protein data bank structures, exploring their molecular conformation and active sites.
Test your knowledge through interactive mini-games and objective-based learning scenarios.
Animation speeds mapped to published polymerase and ribosome rates — prokaryote vs eukaryote modes.
100% free and open source. Built with modern web technologies for maximum accessibility.
B-DNA parameters from Olson et al. (2001). Transcription bubble 12–14 bp, hybrid 8–9 bp. Cas9 PAM NGG with cut 3 bp upstream. All cited in-app.
10.5 bp/turn
B-DNA twist
1000 nt/s
Pol III (prok)
NGG PAM
SpCas9 target
Join students, researchers, and biology enthusiasts worldwide in experiencing genetics in a completely new dimension.