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 resource is designed for the new AQA GCSE (Grade 1-9) Biology specification. Everything you need is within the powerpoint - just print the worksheets from there, but I’ve also included the activities as pdf files in case you prefer to print from individual files. It includes several different activities to cover the following learning objectives: Recall that DNA is the material of inheritance (Grade 4) Describe what a genome is (Grade 6) Explain applications for genetics (Grade 8) There are extension activities included and all activities come with a mark scheme/crib sheet or marking guidance for self or peer assessment.

This revision resource is designed for OCR A-level Biology but is equally suitable for other boards. This resource contains: a worksheet for the topic on Transport in Animals: The Cardiac Cycle model answers for the worksheet information card exam questions mark scheme. This resource is easily differentiated by students choosing to use the information card or completing the worksheet independently. The model answer sheet/key is included for either peer/self assessment. Students that finish early can be looking to extend their understanding by completing the exam questions with mark schemes. The worksheet and information slides are very detailed therefore it is recommended that they be printed in A3 for use. I have included pdf versions in addition to the powerpoint files as powerpoint, opened in different versions, can cause some formatting issues. The powerpoint files are there so that you can edit the resources, if you wish to do so. Topics include: Cardiac muscle; Atrial Systole; Ventricular Systole; Diastole; The importance of Valves; Pressure changes in the heart; Electrical Conduction; Components of an ECG trace. Other individual worksheets and exam questions are available to complete this series of lessons on Mass Transport. There is also a Bundle that includes all 5 worksheets with corresponding information sheets and exam questions. Please leave a review if you find my resources helpful. Leave three reviews and I will send you a fourth resource of similar value free via email. If you have any issues please contact me at MEstEstEst@gmail.com. Thank you.

This Powerpoint presentation provides a student activities interspersed by information slides to keep learning active. It provides a complete lesson for the delivery of the following graded lesson objectives: Describe the factors that determine population size Explain the impact of limiting factors on carrying capacity and final population size Compare how r- and k-Strategists are adapted to reach carrying capacity Students are then able to use the the graded lesson objectives provided to reflect on their learning at the end of the lesson. This resource is sold as a single lesson and provides an example of the content and quality of my resources for GCSE and A Level biology, many of which are sold as a much larger series of lessons.

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 lesson content is for the NEW AQA GCSE biology specification. GCSE biology lesson plan/PowerPoint presentation contains all of the activities and resources (in one file!) to achieve the following learning objectives: Describe what medicines are and how some of them work - Starter: cartoon of patient and doctor to stimulate discussion about how we can’t fix all disease as easily as using photoshop or you may choose to hit the Youtube link to a video to stimulate enthusiasm for the topic in your learners; Main activity: Doctor, doctor game (6 x Patient cards and 5 x Action cards per pair - ready for printing). Explain that painkillers and other medicines treat disease symptoms but do not kill pathogens - Activity 2: follow-up differentiated questions based on the decisions made during the game (answers are conveniently provided in the PowerPoint for peer or self-assessment); Activity 3: sorting task on antibiotics and painkillers (answers provided) help box with hints and tips for lower ability students and an extension/challenge ideas box. Evaluate the ways in which antibiotics can and cannot be used - Activity 4: passage on antibiotic resistance with word bank (answers included in the PowerPoint) this is for lower ability students. This same learning objective is also acheived in answering the challenge questions provided in Activity 2.

This revision resource is designed for OCR A-level Biology but is equally suitable for other boards. This resource contains: a worksheet for the topic on Transport in Animals, Blood vessels and The Structure of the Heart model answers for the worksheet information card to support completing the worksheet exam questions mark scheme. This resource is easily differentiated by students choosing to use the information card or completing the worksheet independently. The model answer sheet/key is included for either peer/self assessment. Students that finish early can be looking to extend their understanding by completing the exam questions with mark schemes. The worksheet and information card are very detailed therefore it is recommended that they be printed in A3 for use. I have included pdf versions in addition to the powerpoint files as powerpoint, opened in different versions, can cause some formatting issues. The powerpoint files are there so that you can edit the resources, if you wish to do so. Topics include: Blood vessels - arteries, capillaries and veins; The Composition of Blood; The Structure of the Heart; Coronary vessels; Septum; Valves; Chordae tendinae; Direction of blood transport; Risk Factors and Structural differences between the left and right side. Other individual worksheets and exam questions are available to complete this series of lessons on Mass Transport. There is also a Bundle that includes all 5 worksheets with corresponding information cards and exam questions. Please leave a review if you find my resources helpful. Leave three reviews and I will send you a fourth resource of similar value free via email. If you have any issues please contact me at MEstEstEst@gmail.com Thank you.

Content is for the NEW AQA GCSE biology specification. GCSE Biology lesson plan/PowerPoint presentation contains all the activities and resources (in one file!) to achieve the following learning objectives: Describe how hormones can be used to treat infertility (higher tier only) - starter task to watch video and answer the corresponding questions - challenge question for differentiation included (answers included); what is infertility? information slide; what is IVF? information slide; sorting task on advantages/disadvantages of IVF (sheet for printing for pupils to fill out, integrated answers included); Interpret data on IVF birth rates - differentiated worksheet on analysing data of multiple births and IVF (integrated answers included); gap-fill plenary task (sheet for printing for pupils to fill out, integrated answers); alternative plenary task to order the stages in the IVF process (sheet for printing with challenge and extension questions, integrated answers); homework/exam practise - exam questions on fertility treatments (integrated answers).

This 45-slide PowerPoint includes all the activities (in one file) required to achieve the following learning objectives: 1) Describe the stimuli that plants respond to 2) Describe plant growth factors such as IAA 3) Explain phototropism in flowering plants 4) Explain gravitropism in flowering plants All answers to the activities are included and fully integrated into the PowerPoint.

This lesson plan in presentation form is suitable for higher level groups (some activities could be omitted to suit a low ability set) to achieve the following objectives: 1) state the word equation for photosynthesis - starter: list as many words to do with photosynthesis; extension - produce a description of photosynthesis from the key words 2) explain the process of photosynthesis - gap fill exercise with word bank included (answers provided in the powerpoint); two homework ideas: ideas to support the claim "photosynthesis is essential for life", anatomy of a plant - identify where the reactants and products of photosynthesis occur in the plant. 3) use appropriate methods during practical work - method sheet included (Testing a leaf for starch Practical sheet - final.doc); practical equipment and set up explained, questions on the practical given for pupils to complete - extension questions included.

Lesson plan and presentation including activities to achieve the following learning objectives: 1) Describe how structures of enzymes relate to their function 2) Outline how enzymes speed up the rate of reaction referring to activation energy 3) Explain the induced fit theory and compare to the lock and key theory from GCSE

Are you looking for some fun practicals to do with your Year 7 and Year 8 science classes? This set of ten KS3 biology practicals will keep them entertained for weeks! Some of the practicals are more suited to a bottom set and others require the students to design their own investigation before carrying it out. The diffusion practical (among others) can be extended to GCSE students by simply introducing surface area:volume calculations/rates of diffusion estimations. All practicals have a place within the KS3 biology curriculum and will support student learning going into the GCSE biology science courses. Most practicals require easily accessible equipment that is not outside of the normal requisition list that you might give your science technicians. Phenolphthalein, cambomba (or elodea) and woodlice are probably the most exotic of materials to source and will have to be ordered in advance. Collection of some materials (e.g. plastic bottles to make spirometers) can be outsourced to your students who I am sure wouldn’t mind bringing in their own from home! Have fun with it!

Content is for the NEW AQA GCSE (Grade 1-9) Biology specification. This GCSE Biology lesson plan/PowerPoint presentation contains all the activities and resources (in one file!) to achieve the following learning objectives: Recall how organisms adapt to changing circumstances (Grade 4) -information slides; summary questions and answers Describe the advantages and disadvantages of both forms of reproduction (Grade 6) - starter activity: pupils given statements which they must identify as being an advantage or disadvantage of sexual or asexual reproduction; summary questions and answers; practise exam questions and mark scheme Explain how organisms can reproduce both sexually and asexually (Grade 8) - Video link with corresponding questions on plasmodium parasite lifecycle; puzzle to cut and sort together to depict the lifecycle of the malarial parasite All activities include the answers for peer or self-assessment.

This resource includes a 38-slide PowerPoint that will take up to two full lessons to complete. The presentation alternates between high-quality information slides and student-focused activities and includes mini-plenaries throughout. It covers the following learning objectives for the OCR A-level specification (-with significant overlap for AQA) detailed below. Alongside each objective I have detailed the options for activities that are included in the resource. You will find every activity to have a corresponding mark scheme that is integrated into the PowerPoint to aid easy peer/self-assessment. Describe the mechanism of ventilation and gas exchange in bony fish and insects (Grade C): Starter: fishy jokes; information slides on Fick’s Law, the structure of fish gills; mini-plenary to discuss how gill structure is related to function - link to video to support less able students; Gas exchange in bony fish worksheet; Mini-plenary to create a table on Ventilation Structures and Functions; Summary Qs and mark scheme. Explain the countercurrent flow mechanism (Grade B): Countercurrent flow information slides; countercurrent flow - link to online animation; Becoming a gas exchange surface role play activity; Gas exchange in bony fish worksheet; Summary Qs and mark scheme. Examine the gaseous exchange system of a bony fish and insect trachea (Grade A): Dissection of a bony fish - link to online method; homework task for students to write their own method; Gaseous exchange in insects information slides; Stucture and Function of the Tracheal System worksheet and mark scheme; Ventilation and one-way flow in insects information slides; Ventilation Feature and Effects mini-plenary; Quality of Written Communication Exam Question and mark scheme. Hope it helps you save time in your planning! Any feedback is much appreciated.

This resource is designed for the AQA exam board. This set of summary activities on photosynthesis will help students to understand the major concepts involved in photosynthesis. The activities include gap fills with word banks to focus on vocabulary; selecting statements to complete a table summarising photosystems (PSI and PSII); two different ordering activities to describe the steps involved in both the light-dependent and light-independent (Calvin cycle) stages of photosynthesis. The tasks break down what can often feel like a very complex topic in a way that scaffolds the content for the learner. Particular attention is paid to the selection of diagrams and illustrations used to help support the learner in completing each activity. This resource could be used as a self-study activity to be set as a homework for consolidation of the topic or it could be used as a revision task to complete in a lesson. The resource comes complete with a mark scheme for peer or self-assessment by the students. Both .pdf and word.doc versions are included for easy printing and editing as required.

This resource has been created for the NEW OCR A-level biology specification but has much overlap with the AQA specification. The PowerPoint contains 22 high quality slides that alternate between teacher-led information slides and student-focused activities. There are options for making the content more student-led by printing the information slides for students to read and discuss in pairs and then attempt the activity that follows. I have provided the activities in separate files for those of you who prefer to print these from .pdf files. Every activity has a mark scheme integrated into the PowerPoint (and incorporated into the pdf) so that students can easily peer or self-assess. The content may take up to two lessons to deliver and should follow the Need for Transport Systems in Animals and the different types of circulatory systems (open vs closed, single vs double). The following topics are covered within this resource: Blood vessels: arteries, arterioles, veins, venules - structure and function The composition and role of blood, plasma, tissue fluid and lymph Capillary permeability and the formation of tissue fluid The lymphatic system and formation of lymph Hydrostatic and oncotic pressures This lesson should then be followed by The Structure of The Heart. Your feedback is very much appreciated.

This revision resource is designed for OCR A-level Biology but is equally suitable for other boards. This resource contains: a worksheet for the topic on Transport in Animals: oxygen and carbon dioxide transport model answers for the worksheet information card exam questions mark scheme. This resource is easily differentiated by students choosing to use the information cards or completing the worksheet independently. The model answer sheet/key is included for either peer/self assessment. Students that finish early can be looking to extend their understanding by completing the exam questions with mark schemes. The worksheet and information slides are very detailed therefore it is recommended that they be printed in A3 for use. I have included pdf versions in addition to the powerpoint files as powerpoint, opened in different versions, can cause some formatting issues. The powerpoint files are there so that you can edit the resources, if you wish to do so. Topics include: Oxygen dissociation by haemoglobin; ‘S’-shaped curve explained; Carbon dioxide transport; The Formation of Hydrogencarbonate ions; The Bohr Shift. Other individual worksheets and exam questions are available to complete this series of lessons on Mass Transport. There is also a Bundle that includes all 5 worksheets with corresponding information sheets and exam questions. Please leave a review if you find my resources helpful. Leave three reviews and I will send you a fourth resource of similar value free via email. If you have any issues please contact me at MEstEstEst@gmail.com Thank you.

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

2 x Hexagonal Kaleidocycles. One for fun (!) and one for summarising everything you need to know about the eye including: 1) Structure of the eye 2) Accommodation 3) Myopia 4) Hyperopia Once made pupils can be instructed to talk about each hexagonal face of the kaleidocycle and teach each other about the eye.