This is an entire lesson series for Patterns of Inheritance for the NEW OCR A-level specification which has vast overlap with the AQA spec. There are a total of 151 PowerPoint presentation slides partitioned into individual lessons with identifiable lesson objectives. The scheme of work has been developed to engage your students through learning activities and will form the basis for the entire topic of Patterns of Inheritance. It includes accurate and high quality information slides interspersed with pupil activities for the following sub-topics within the chapter on Patterns of Inheritance: 1) Variation: intraspecific and interspecific; the affects of genes and environment on phenotype 2) Causes of Genetic Variation: crossing over; independent assortment; random segregation 3) Monhybrid Inheritance: incomplete dominance; codominance 4) Dihybrid Inheritance: autosomal linkage; sex-linked; hemizygosity 5) Multiple alleles and Epistasis 6) The Chi-squared test 7) Factors affecting the evolution of a species (stabilising & directional selection), Genetic drift, Bottlenecks and the Founder Effect 8) The Hardy-Weinberg Principle 9) Isolating mechanisms in forming new species including artificial selection

This is a 5-part lesson series of PowerPoint presentations (over 100 slides) covering the entire topic of Cellular Control. It is written to the NEW OCR A-level specification. It includes accurate and high quality information slides and pupil activities for the following lessons within Cellular Control: 1) Gene Mutations 2) The effect of Gene Mutations on Protein Production and Function 3) Regulatory Mechanisms (The lac operon, oestrogen, transcriptional, post-transcriptional and post-translational control) 4) Genetic Control of Body Plan Development (Homeobox genes) 5) Importance of Mitosis and Apoptosis in Controlling Development These PowerPoint can be used to form the basis for the entire series of lessons on Cellular Control.

This is a lesson series for the Chapter: Ecosystems for the NEW OCR A-level specification which has vast overlap with the AQA spec. There are a total of 87 PowerPoint presentation slides partitioned into five individual lessons with identifiable lesson objectives. The scheme of work has been developed to engage your students through an array of different learning activities and will form the basis for the lesson series. It comes complete with answers to activities and practice exam questions so you don’t need to spend the time hunting for answers. It includes accurate and high quality information slides interspersed with pupil activities for the following topics within the chapter on Ecosystems: Ecosystems: matching the feeding relationships; naming ecosystems; biotic and abiotic factors; dynamic changes in an ecosystem; practise exam question Transfer of biomass: starter - what’s the question; energy flow through ecosystems - covering terminology; draw an energy flow diagram - example included; food webs and trophic levels activities; how energy is lost; efficiency of energy transfer; comparison of pyramid of numbers versus biomass; calculating efficiency Manipulating transfer of biomass: starter - compare terms; what is productivity; maximising productivity - link methods to their explanation task; broiler chicken video; ways to maximise secondary productivity; summary questions and answers included Recycling within ecosystems: starter - name the compound; the importance of root nodules; activitiy: inserting formulas for each compound in the nitrogen cycle; activity: gap fill of the nitrogen cycle and applying a key to identify stages of the cycle; practise exam question - with answers; carbon cycle gap fill Succession: primary succession; examples of pioneer species; secondary succession; climax communities; sand dunes; deflected succession; practise exam questions - with answers

This is an entire lesson series for the Chapter: Cloning and Biotechnology for the NEW OCR A-level specification which has vast overlap with the AQA spec. There are a total of 124 PowerPoint presentation slides partitioned into individual lessons with identifiable lesson objectives. The scheme of work has been developed to engage your students through an array of different learning activities and will form the basis for the entire lesson series. It comes complete with answers to activities and practice exam questions so you don’t need to spend the time hunting for answers. It includes accurate and high quality information slides interspersed with pupil activities for the following sub-topics within the Chapter Cloning and Biotechnology: Natural clones: vegetative propagation Clones in plants: tissue culture, micropropagation, artificial cloning Artificial clones in animals: reproductive cloning, embryo splitting, somatic cell nuclear transfer, non-reproductive cloning Biotechnology: today and yesterday, advantages of using microorganisms Using biotechnology to make food: yoghurt, cheese, baking, alcohol, single-cell protein Other processes involving biotechnology, antibiotic and insulin production, bioremediation, asepsis Microorganism cultures: aseptic technique, practical (in pictures) using dye to streak agar Population growth: serial dilution practical, growth curve data to plot, phases of growth Immobilised enzymes: Advantages of use, methods for immobilisation, Industrial uses of immobilised enzymes, practical using alginate beads

This series of PowerPoint presentations covers the chapter Manipulating Genomes. There are a total of 150 slides partitioned into individual lessons with identifiable learning objectives. It has everything you need to deliver the entire lesson series and is written for the NEW OCR A-level specification with vast overlap between the AQA specification. It includes accurate and high quality information slides and a vast range of engaging pupil activities (with answers!) for the following topics within the chapter on Manipulating Genomes: DNA sequencing: Sanger sequencing; Pyrosequencing; Bioinformatics Applications of gene sequencing: Human genome; Comparisons between or within species; Synthetic biology; Bioethics DNA profiling: Polymorphisms; STRs; VNTRs; Applications of DNA profiling Polymerase Chain Reaction: Principles; Process; Applications Electrophoresis; Principles; Process; - interactive digital learning tools employed Genetic Engineering: Techniques; Applications Issues relating to genetic manipulation Gene therapy