pptx, 1.73 MB
pptx, 1.73 MB
docx, 15.55 KB
docx, 15.55 KB
docx, 12.67 KB
docx, 12.67 KB

This lesson focuses on the use and explanation of key genetic terms which will support students in their understanding of the topic 16 (inherited change) of the CIE International A-level Biology specification. In this topic, students are expected to use genetic diagrams to solve problems and this is only possible with a clear understanding of the genetic terminology that will be used in related exam questions. As some of these terms were met at GCSE, this fully-resourced lesson has been designed to include a wide range of activities that build on this prior knowledge and provide clear explanations as to their meanings as well as numerous examples of their use in both questions and exemplary answers. The main task provides the students with an opportunity to apply their understanding by recognising a dominance hierarchy in a multiple alleles characteristic and then calculating a phenotypic ratio when given a completed genetic diagram. Other tasks include prior knowledge checks, discussion points to encourage students to consider the implementation of the genetic terms and quiz competitions to introduce new terms, maintain engagement and act as an understanding check.

The 16 terms are genome, gene, chromosome, gene locus, homologous chromosomes, alleles, dominant, recessive, genotype, codominance, multiple alleles, autosomes, sex chromosomes, phenotype, homozygous and heterozygous

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Topic 16: Inherited change (CIE A-level Biology)

Meiosis, genetic inheritance and the control of gene expression are some of the harder topics on this A-level Biology course and all three are covered in topic 16 (Inherited change) of the CIE A-level Biology specification. The 10 lessons included in this bundle have been planned at length and contain a wide range of tasks that cover the detailed content whilst checking on understanding and key terms and values are introduced through engaging quiz competitions. The following topic 16 specification points are covered by these lessons: Topic 16.1 * The meaning of a homologous pair of chromosomes * The behaviour of chromosomes in animal and plant cells during meiosis * Genetic variation is caused by crossing over, random assortment and the random fusion of gametes at fertilisation Topic 16.2 * The meaning of key genetic terms * Using genetic diagrams to solve problems involving mohohybrid and dihybrid crosses, including those involving autosomal linkage, sex linkage, codominance, multiple alleles and gene interactions * Use the chi-squared test to test the significance of differences between observed and expected results * Gene mutations occur by substitution, deletion and insertion and may affect the phenotype Topic 16.3 * The genetic control of protein production in a prokaryote as shown by the lac operon * The function of transcription factors in gene expression in eukaryotes * Gibberellins and DELLA protein repressors If you would like to sample the quality of the lessons included in this bundle, then download the autosomal linkage and chi-squared test lessons as these have been uploaded for free

£15.00

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