How can large numbers of genetically identical cells be produced?
How do eukaryotes produce genetically varied cells that can develop into gametes?
IWhat processes support the growth of organisms?
How does the variation produced by sexual reproduction contribute to evolution?
D2.1.1 Generation of new cells in living organisms by cell division
D2.1.2 Cytokinesis as splitting of cytoplasm in a parent cell between daughter cells
D2.1.3 Equal and unequal cytokinesis
D2.1.4 Roles of mitosis and meiosis in eukaryotes
D2.1.5 DNA replication as a prerequisite for both mitosis and meiosis
D2.1.6 Condensation and movement of chromosomes as shared features of mitosis and meiosis
D2.1.7 Phases of mitosis
D2.1.8 Identification of phases of mitosis
D2.1.9 Meiosis as a reduction division
D2.1.10 Down syndrome and non-disjunction
D2.1.11 Meiosis as a source of variation
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D2.1.12 AHL Cell proliferation for growth, cell replacement and tissue repair
D2.1.13 AHL Phases of the cell cycle
D2.1.14 AHL Cell growth during interphase
D2.1.15 AHL Control of the cell cycle using cyclins
D2.1.16 AHL Consequences of mutations in genes that control the cell cycle
D2.1.17 AHL Differences between tumours in rates of cell division and growth and in the capacity for metastasis and invasion of neighbouring tissues
The power point presentation and the accompanying student notes are used as resources in class - together with activites, discussion, simulations and experiments.
Test your knowledge and understanding by going through these past exam questions