<p>Complete A Level Biology lesson covering chi-squared (single lesson).</p>
<p>Chapter 17 - Inherited Change<br />
Based on AQA SOL (17.9 Chi-squared) - Ready to use, no preparation needed.</p>
<p>Starter - Copy and complete statistical test flow chart - when to use each test. Answers included.<br />
Chi-Squared introduction, formula and links to genetics<br />
Fully explained worked example, broken down step by step.<br />
Another example to practice.</p>
<p>Answers for all tasks included</p>
<p>Please leave a review :)</p>
<p>Complete A Level Biology lesson (As level/year 12) covering diversity within a community (single lesson).</p>
<p>Chapter 10 - Biodiversity<br />
Based on AQA SOL (10.2 - Diversity within a community) - Ready to use, <strong>no preparation needed</strong>.</p>
<p>Starter - Species and taxonomy recap with answers<br />
Species, genetic, ecosystem diversity definitions<br />
Species richness with example<br />
Calculating the index of diversity<br />
Worked examples/practice<br />
Summary questions</p>
<p><strong>Answers for all tasks included</strong></p>
<p>Please leave a review :)</p>
<p>Complete A Level Biology lesson covering species and taxonomy (double lesson)</p>
<p>Chapter 10 - Biodiversity<br />
Based on AQA SOL 10.1 Species and taxonomy -<br />
<strong>Ready to use, no preparation needed</strong></p>
<p>Starter - What do you know already? GCSE recap of classification taxa, binomial name and species definition - with answers</p>
<p>Organisms with different names across the globe<br />
Classification system and binomial name<br />
Mini plenary with answers<br />
Past and present classfication methods, including how species look similar even though they are not closely related<br />
Phylogenetic trees, practice and answers<br />
Worksheet included.</p>
<p><strong>Answers for all tasks included</strong></p>
<p>Please leave a review :)</p>
<p>Complete A Level Biology lesson covering meiosis and genetic variation</p>
<p>Chapter 9 - Genetic Diversity<br />
Based on AQA SOL 9.2 Meiosis and genetic varation - Ready to use, no preparation needed</p>
<p>Starter - What do you know already? Comparison table for mitosis and meiosis at GCSE level<br />
Importance of meiosis<br />
Meiosis process including interphase, meiosis 1 and meiosis 2<br />
Variation - crossing over and independent segregation & random fertilisation<br />
Identifying meiosis in life cycles<br />
Summary practice questions with answers</p>
<p>**Answers for all tasks included<br />
**<br />
Please leave a review :)</p>
<p>Complete A Level Biology lesson covering Genetic Fingerprinting</p>
<p>Chapter 21 - Recombinant DNA technology<br />
Based on AQA SOL 21.5 Genetic Fingerprinting</p>
<p>Starter - Recap Gel electrophoresis and answers<br />
Big question - would you get genetically screened - link to 23&me<br />
Recap DNA probes, student whiteboard activity<br />
How DNA probes are used to locate genes<br />
Hybridisation<br />
How DNA probes are used to locate alleles of genetic disorders<br />
Genetic screening, counselling and personalised medicine</p>
<p><strong>Answers for all tasks included</strong></p>
<p>Please leave a review :)</p>
<p>This bundle includes content for the AQA A Level Biology Section 8- The control of gene expression.<br />
Topics 20.Gene Expression & 21. Recombinant DNA Technology</p>
<p><strong>Fully resourced lessons, answers to all tasks included.</strong></p>
<p>Includes:</p>
<p>Gene mutations - AQA A Level Biology- 20. Gene expression (A2)</p>
<p>Stem cells and totipotency - AQA A Level Biology- 20. Gene expression</p>
<p>Regulation of transcription and translation- AQA A Level Biology- 20. Gene expression (A2)</p>
<p>Epigenetic (control of gene expression)- AQA A Level Biology- 20. Gene expression (A2)</p>
<p>Gene expression and cancer - AQA A Level Biology- 20. Gene expression (A2)</p>
<p>Genome projects - AQA A Level Biology- 20. Gene expression (A2)</p>
<p>Producing DNA Fragments - AQA A Level Biology- 21. Recombinant DNA Technology</p>
<p>In Vitro - PCR - AQA A Level Biology- 21. Recombinant DNA Technology</p>
<p>In Vivo cloning - AQA A Level Biology- 21. Recombinant DNA Technology</p>
<p>Genetic Fingerprinting - PCR - AQA A Level Biology- 21. Recombinant DNA Technology</p>
<p>Locating Genes, Genetic Screening& Counselling- AQA A Level Biology- 21. Recombinant DNA Technology</p>
<p>Please see individual lessons for lesson descriptions.</p>
<p>Please leave a review :)</p>
<p>Complete A Level Biology lesson covering Genetic Fingerprinting</p>
<p>Chapter 21 - Recombinant DNA technology<br />
Based on AQA SOL 21.5 Genetic Fingerprinting</p>
<p>Starter - Big question (How can genetic fingerprinting be used to solve criminal cases) and 2 high profile news stories (link used due to copyright).<br />
VNTRs<br />
Genetic Fingerprinting overview - recap prior learning questions<br />
Instructions for practical using gel electrophoresis machine if suitable<br />
Information on electrophoresis, hybridisation and development<br />
Short practice questions<br />
Uses of genetic fingerprinting</p>
<p><strong>Answers for all tasks included</strong></p>
<p>Please leave a review :)</p>
<p>This bundle includes content for the AQA A Level Biology Topic 21: Recombinant DNA technology</p>
<p><strong>All answers for every task included</strong></p>
<p>Includes:<br />
Producing DNA Fragments - AQA A Level Biology- 21. Recombinant DNA Technology</p>
<p>In Vitro - PCR - AQA A Level Biology- 21. Recombinant DNA Technology</p>
<p>In Vivo cloning - AQA A Level Biology- 21. Recombinant DNA Technology</p>
<p>Genetic Fingerprinting - PCR - AQA A Level Biology- 21. Recombinant DNA Technology</p>
<p>Locating Genes, Genetic Screening& Counselling- AQA A Level Biology- 21. Recombinant DNA Technology</p>
<p>Please see individual lessons for lesson descriptions.</p>
<p>Please leave a review :)</p>
<p>Complete A Level Biology lesson covering producing *In Vitro cloning *- polymerase chain reaction</p>
<p>Chapter 21 - Recombinant DNA technology<br />
Based on AQA SOL 21.3 In vitro gene cloning - the polymerase chain reaction</p>
<p>Starter: News story involving small DNA sample solving case (link used due to copyright)<br />
Introduction to PCR<br />
Advantages of process<br />
Ingredients list<br />
Stages - video and explanation<br />
Summary questions and answers</p>
<p>Answers for all tasks included</p>
<p>Please leave a review :)</p>
<p>Complete A Level Biology lesson covering producing DNA fragments<br />
Chapter 21 - Recombinant DNA technology<br />
Based on AQA SOL 21.1 Producing DNA Fragments</p>
<p>Starter: What do you know already? GCSE genetic engineering recap & answers<br />
Introduction to recombinant DNA technology<br />
Glow in the dark organisms<br />
Universal genetic code<br />
Process of genetic modification using cloning<br />
Producing DNA Fragments: Reverse transcriptase, restriction endonucleases and the gene machine.<br />
(Slides made as printable info sheets for variety of activities eg marketplace, memory task etc).<br />
Advantages & disadvantages of each method</p>
<p><strong>Answers for all tasks included</strong></p>
<p>Please leave a review :)</p>
<p>Complete A Level Biology lesson covering producing <em>In Vivo cloning</em><br />
Ready to use, no preparation needed <strong>(Double lesson)</strong></p>
<p>Chapter 21 - Recombinant DNA technology<br />
Based on AQA SOL 21.2 In vivo gene cloning</p>
<p>Starter: Define key terminology from producing DNA fragments and in vitro cloning - answers included<br />
Process overview<br />
Recap sticky ends and promoter regions for transcriptional factors<br />
Promoter and terminator regions<br />
Insertion process<br />
Transformation process<br />
Identification - marker genes (antibiotic resistance, fluorescent genes and enzyme action)<br />
Task sheet for identification and answers (double sided - longer answer on back but not seen in preview)<br />
Advantages of in vivo cloning</p>
<p><strong>Answers for all tasks included</strong></p>
<p>Please leave a review :)</p>
<p>Complete A Level Biology lesson covering gene expression and cancer</p>
<p>Chapter 20 - Gene expression<br />
Based on AQA SOL 20.5 Gene expression and cancer</p>
<p>Starter -<br />
Organise characteristics of tumours (and answers)<br />
Cancer, malignant and benign tumours<br />
Metastasis and tumour development including:<br />
<em>Oncogenes<br />
Tumour suppressor genes<br />
Abnormal methylation<br />
Increased oestrogen concentrations (in breast tumours)</em></p>
<p>Includes student led recap on prior learning of methylation and oestrogen - with answers<br />
Summary exam questions with mark schemes</p>
<p><strong>Answers for all tasks included</strong></p>
<p>Please leave a review :)</p>
<p>Complete A Level Biology lesson covering both the regulation of transcription and translation</p>
<p>Chapter 20 - Gene expression<br />
Based on AQA SOL 20.3 Regulation of transcription and translation</p>
<p>Starter - What do you know already, recap of topic 8 protein synthesis<br />
Transcriptional factors, activators, repressors and visual animation to show how they work<br />
The effect of oestrogen on gene transcription - visual animation to support learning<br />
Mini plenary - whiteboard task (mark scheme/answers provided)<br />
Exam practice questions (cannot include due to copyright but exampro question names and numbers included)<br />
Regulation of translation key terms<br />
Process with visual animation<br />
Summary questions with answers</p>
<p>**Answers for all tasks included<br />
**<br />
Please leave a review :)</p>
<p>Complete A Level Biology lesson covering the epigenetic control of gene expression</p>
<p>Chapter 20 - Gene expression<br />
Based on AQA SOL 20.4 Epigenetic control of gene expression</p>
<p>Starter - What do you know already, recap of topic 8 chromosome structure (diagram to print) - with answers<br />
Epigenetics introduction and explanation<br />
DNA-histone complex<br />
Heterochromatin and Euchromatin<br />
Methylation<br />
Acetylation<br />
Real life examples x5<br />
Practice question & mark scheme - reference to Lamark</p>
<p><strong>Answers for all tasks included</strong><br />
Please leave a review :)</p>
<p>Complete A Level Biology lesson gene mutations</p>
<p>Chapter 20 - Gene expression<br />
Based on AQA SOL 20.1- Gene mutations</p>
<p>First lesson of new topic - what do you know already (GCSE content)<br />
Answers in PP<br />
Gene mutation starter - what do you know already (topic 9 recap)<br />
Mutagenic agents<br />
Student led activity for all 6 mutations<br />
example student work</p>
<p>Answers for all tasks included</p>
<p>Please leave a review :</p>
<p>Complete A Level Biology lesson covering required practical 7 - investigating plant pigments (double lesson).</p>
<p>Chapter 11 - Photosynthesis<br />
Based on AQA SOL (Required practical 8 - effect of a variable of dehydrogenase activity - variable ammonium hydroxide) Ready to use, no preparation needed.</p>
<p>Starter - recap LDR relevant to NADP and electron acceptors<br />
Assessment info<br />
Background information<br />
Chloroplast prep<br />
Instructions for write up</p>
<p>Practical should also be completed in this lesson.</p>
<p>Feedback sheet and questions for write up included</p>
<p>Answers for all tasks included</p>
<p>Please leave a review :)</p>
<p>Complete A Level Biology lesson stem cells and totipotency</p>
<p>Chapter 20 - Gene expression<br />
Based on AQA SOL 20.2 Stem cells and totipotency</p>
<p>Starter - What do you know already, recap of GCSE stem cells<br />
Answers included<br />
Different types of stem cells, location and potency<br />
iPS - what they are, ethics, background and breakthroughs.<br />
Summary question and answers</p>
<p>Answers for all tasks included</p>
<p>Please leave a review :)</p>
<p>This bundle includes content for the AQA A Level Biology Section 7, Topics 17. Inherited Change, 18. Populations and Evolution and 19. Populations in Ecosystems.</p>
<p>Fully resourced lessons, answers to all tasks included.</p>
<p>Lessons:</p>
<p>Studying Inheritance - AQA A Level Biology (A2) -17. Inherited Change</p>
<p>Monohybrid Inheritance, Probability & Crosses - AQA A Level Biology (A2) -17. Inherited Change</p>
<p>Co-dominance & Multiple Alleles - AQA A Level Biology (A2) -17. Inherited Change</p>
<p>Dihybrid Inheritance - AQA A Level Biology (A2) -17. Inherited Change</p>
<p>Sex Linkage & Autosomal Linkage - AQA A Level Biology (A2) -17. Inherited Change</p>
<p>Epistasis - AQA A Level Biology (A2) -17. Inherited Change</p>
<p>Chi-Squared - AQA A Level Biology (A2) -17. Inherited Change</p>
<p>Hardy Weinberg Principle - AQA A Level Biology (A2) -18. Populations and Evolution (Double lesson)</p>
<p>Variation in phenotype - AQA A Level Biology (A2) -18. Populations and Evolution<br />
(Double lesson - please see note in lesson regarding journal)</p>
<p>Natural selection & Forms of selection - AQA A Level Biology (A2) -18. Populations and Evolution (Double lesson)</p>
<p>Isolation and speciation - AQA A Level Biology (A2) -18. Populations and Evolution (Single lesson)</p>
<p>AQA A Level Biology (A2) - 19. Populations and Ecosystems - Ecosystems & Abiotic factors (Double)</p>
<p>AQA A Level Biology (A2) - 19. Populations and Ecosystems - Variation in population size (single)</p>
<p>AQA A Level Biology (A2) - 19. Populations and Ecosystems - Competition & Predation (Double)</p>
<p>AQA A Level Biology (A2) - 19. Populations and Ecosystems - Succession & Managing succession (Double)</p>
<p>Please see individual lessons for lesson descriptions.</p>
<p>Note: This bundle does not contain resources for Required practical 12: Investigation into the effect of a named environmental factor on the distribution of a given species.<br />
There will be a seperate bundle with this available in it if required due to schools running the practicals differently.</p>
