In this immersive VR biology experience, learners are exposed to a dangerous toxin and must rely on enzymes and cellular pathways to survive. Students travel through the bloodstream, nucleus, cytoplasm, mitochondria, and cell membrane, activating enzymes, repairing molecular damage, and restoring cellular function through hands-on interaction.
This VR education simulation turns abstract molecular biology into an interactive experience — suitable for both classroom instruction and independent home use.
What students do in VR
★ Neutralize toxin molecules in the bloodstream
★ Enter the cell and interact with key organelles
★ Split DNA strands and initiate transcription
★ Transport mRNA to ribosomes and synthesize proteins
★ Activate metabolism and generate ATP
★ Repair ATP synthase inside mitochondria
★ Assemble and insert membrane proteins, including ion channels
Students can experiment and see that each action has molecular consequences, helping learners understand how enzymes function as precise biological tools that keep cells alive.
Key biology concepts covered:
* Enzyme–substrate interaction and specificity
* Transcription, translation, and molecular repair
* ATP synthesis and cellular energy flow
* Cell compartments and organelle functions
* Sodium–potassium pump and membrane transport
The focus is on conceptual understanding, not memorizing enzyme names.
Built by educators and scientists
This simulation is built by winners and coaches of international science Olympiads and developed in collaboration with scientists from MIT, Harvard, and EPFL, ensuring both scientific accuracy and strong pedagogical design.
For schools and home learning
Designed primarily for High School biology, this VR lab can also be used in Middle School as an advanced or enrichment tool.
The simulation is aligned with major curricula, including IB, NGSS, TEKS, College Board, Cambridge, CBSE, and other national and international programs.
Extended school packages include:
* Ready-to-use lesson plans and engagement playbooks
* Structured lesson flow (before, during, after VR)
* Reflection, analysis, and practical assignment questions
* Assessment guidance and learning objectives
* Technical troubleshooting checklists
* Complimentary teacher training
Why VR for biology?
VR allows students to explore molecular and cellular processes that cannot be directly observed or safely replicated in real life. By interacting with enzymes, DNA, ATP, and cell structures, learners develop a deeper and more durable understanding of biology.
Recommended for: High School
Additional use: Middle School (advanced / enrichment)
Ages: 13–18
