An interactive 3D studio that renders neurons, epithelial and plant cells at nanometer scale — with real-time physics, precision measurement, AI insight and shareable experiments.
Capabilities
Everything you need to explore, simulate, measure and share the inner life of a cell — in one immersive studio.
Explore neurons, epithelial and plant cells rendered to a true 1 nm scale, from the plasma membrane down to individual ribosomes.
A live simulation engine drives Brownian organelle motion. Tune pH, temperature and motility and watch the cell respond instantly.
Measure distances, areas and organelle velocities at nanometer precision, then export every reading as CSV or JSON.
Ask the built-in assistant to interpret any experiment. It reads your parameters and statistics and explains the biology in plain language.
Capture live experiments, replay them frame by frame, annotate key moments and share a read-only link or a polished PDF report.
Automate multi-step experiments across a range of temperature, pH or motility values and chart how cell dynamics shift.
Three worlds to explore
Trace the cytoskeletal highways and dense organelle traffic of an excitable nerve cell.
Study a tightly packed barrier cell with its membrane systems and secretory machinery.
Inspect the rigid cell wall, central vacuole and light-harvesting chloroplasts up close.
Workflow
Start from a neuron, epithelial or plant cell and toggle the organelle layers you want to see.
Dial in pH, temperature, motility and genetic switches, or schedule timed stimulus protocols.
Press play to run the live physics, capture the experiment and scrub through the replay.
Read the charts, ask the AI to explain, then export or share your findings with your lab.
Jump straight into the studio — no setup required. Create a free account to save and share your experiments.