7 interactive experiments aligned with curriculum standards.

How cells harvest energy from glucose
~20 min
The molecule that carries life's blueprint
~15 min
Sexual reproduction and the origin of diversity
~18 min
How cells control what enters and exits
~15 min
How one cell becomes two identical daughters
~15 min
Darwin's engine of evolution
~20 minCellular respiration, photosynthesis, mitosis, meiosis, DNA structure, protein synthesis, enzyme kinetics, neuron action potentials, membrane transport, natural selection — the AP Biology Big Ideas in interactive 3D.
Yes. Ecosystems, food webs, genetics, photosynthesis-respiration, and cell structure are tagged to MS-LS performance expectations so teachers can drop them into existing units.
Models use real molecular geometry where it matters: DNA's 10 base pairs per turn, the right number of ribosomal subunits, accurate enzyme-substrate fit. Students can rotate and inspect from any angle.
Yes. Cell structure and DNA Double Helix labs let students click into organelles or zoom into base pairs, replicating the exploration goals of dissection-style activities.