Cell Membrane Transport Lab
Predict molecule movement from concentration, permeability, channels, and ATP availability.
Experiment with transport, genetics, physiology, populations, and ecosystems to see how living systems regulate, reproduce, and adapt.
Use this question to guide observations across the subject.
These labs are surfaced first because their topic is especially well suited to an interactive explanation and focused search intent.
Predict molecule movement from concentration, permeability, channels, and ATP availability.
Translate genetic information from DNA to mRNA to an amino-acid sequence.
Use the guided foundational labs first, then move into focused simulations, games, and 3D explorers.
Growth rate · carrying capacity · limiting factors
Feedback · cycles · competition · stability
Organelles · cell structure · function · scale
Diffusion · osmosis · facilitated diffusion · active transport
Cell cycle · chromosomes · mitosis · cytokinesis
Base pairing · helicase · polymerase · semiconservative replication
Transcription · translation · codons · amino acids
Chambers · valves · pulmonary flow · systemic flow
Variation · selection pressure · fitness · allele frequency
Producers · consumers · trophic levels · energy flow
Light · carbon dioxide · temperature · glucose production
Pathogens · innate response · antibodies · memory cells