Explore an adult male reference body in 3D. Reveal 14 anatomical systems, search thousands of named structures, isolate organs, and pull 2,209 modeled pieces apart to see how the body is organized.
—
—
About this simulation
Original partial-differential-equation solver and model parameters. Fields and time use the source model’s units; this is a numerical teaching model, not measured biological, clinical or environmental data. Click or drag to apply the source brush. Source illustrations are replaced with an authored scalar field; terrain is synthetic.
What students can explore
- Study how interacting chemical fields generate spatial patterns.
Learning objectives
- 1Study how interacting chemical fields generate spatial patterns.
Questions teachers ask
What does this model represent?
Original partial-differential-equation solver and model parameters. Fields and time use the source model’s units; this is a numerical teaching model, not measured biological, clinical or environmental data. Click or drag to apply the source brush. Source illustrations are replaced with an authored scalar field; terrain is synthetic.
Embed this simulation
Drop it into your LMS, blog, or class site — free.
<iframe src="https://kiwibee.io/en/simulations/visualpde-chemicalbasisofmorphogenesis-simulation/embed" title="Turing morphogenesis | KiwiBee" loading="lazy" allowfullscreen style="width:100%;height:min(70vh,620px);min-height:420px;border:0;border-radius:16px"></iframe>Continue exploring
More interactive science models
Explore the head and neck in 3D: 643 source meshes across 14 layers, 47 facial and masticatory muscles, and 77 drawn nerves, vessels and glands the source scan omits. Open any tooth onto its own pulp canal, and follow the seven stages of tooth development.
—
Free interactive photosynthesis simulation. Explore photosynthesis hands-on online — great for whole-class or independent practice.
—
Free interactive pendulum motion simulation. Explore pendulum motion hands-on online — great for whole-class or independent practice.
—
Air travels through the trachea and bronchi. In the alveoli, oxygen enters the blood and carbon dioxide leaves it.
—
Bring interactive science into your classroom
KiwiBee's free teacher workspace brings lesson planning, worksheets, classroom tools, and gradebook together in one place.
Start free and create your first class
Home
All solutions
Pricing
About us
KiwiBee for Non-profits
Events & webinars
For big organisations
For schools
For centers
For team leaders
For teachers
AI and resources
Resources
Printable worksheets
Lesson Packs
Interactive simulations
Teacher tools
AI studio
Ideas and research