16 decks · 192 original prompts
Mix a few topics, explain each idea before revealing the answer, then save the cards you want to revisit.
Cards marked “Review again” here come first, then the remaining cards are balanced across your choices. Course selection connects your study list to decks; the prompts are shared, selective revision material.
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Twelve recall prompts on membrane structure, diffusion, osmosis, active transport and co-transport, with explanations and a saved review list.
Twelve enzyme recall prompts covering active sites, induced fit, activation energy, rate factors and inhibition.
Twelve prompts on light-dependent reactions, chemiosmosis, the Calvin cycle, limiting factors and experimental evidence.
Twelve prompts on glycolysis, the link reaction, Krebs cycle, oxidative phosphorylation, anaerobic pathways and respiration measurements.
Twelve prompts connecting carbohydrate, lipid, protein, nucleotide and water structure with biological function.
Twelve prompts on organelles, prokaryotes, viruses, microscopy and the distinction between magnification and resolution.
Twelve prompts on DNA structure, replication, transcription, translation and the effects of mutations.
Twelve prompts on alleles, meiosis, genetic crosses, linkage, sex-linkage and population-frequency reasoning.
Twelve prompts on barriers, phagocytosis, antigens, lymphocytes, antibodies, memory and vaccination.
Twelve prompts on negative feedback, glucose regulation, kidney processes and the production, release and action of ADH.
Twelve original recall prompts with explanations. Connect exchange structures with gradients, diffusion distance and the demands of the organism.
Twelve original recall prompts with explanations. Explain circulation, haemoglobin, transpiration and translocation using the relevant pressure or water-potential differences.
Twelve original recall prompts with explanations. Trace stimuli through receptors, neurones and effectors, and connect muscle contraction with calcium and ATP.
Twelve original recall prompts with explanations. Use evidence to explain relationships, inherited variation, selection and reproductive isolation.
Twelve original recall prompts with explanations. Connect sampling, population changes, energy transfer and nutrient transformations.
Twelve original recall prompts with explanations. Explain what DNA amplification, separation, cloning and expression can establish.