22.6 lesson from the OCR Biology A A Level all about culturing microorganisms in the laboratory. *The lesson was planned with the intention of carrying out flipped learning whereby students do pre-reading on the topic prior to the lesson so that we can consolidate that learning with activities/exam questions during the lesson. *

Revision worksheet for the new Exploring Science 8A unit all about food and nutrition. Intended to be printed as an A3 double sided worksheet - has learning outcomes on reverse side to check learning against

9.5 lesson from the OCR Biology A A Level all about plant adaptations to water availability (xerophytes and hydrophytes). *The lesson was planned with the intention of carrying out flipped learning whereby students do pre-reading on the topic prior to the lesson so that we can consolidate that learning with activities/exam questions during the lesson. *

22.3 lesson from the OCR Biology A A Level all about cloning in animals. *The lesson was planned with the intention of carrying out flipped learning whereby students do pre-reading on the topic prior to the lesson so that we can consolidate that learning with activities/exam questions during the lesson. *

CB5c lesson from the new Edexcel science GCSE looking at cardiovascular disease. The lesson includes what cardiovascular disease it, examples of cardiovascular disease, how to calculate bmi, hit to waist ratio, the effect of smoking on cardiovascular disease and how to treat cardiovascular disease.

22.7 lesson from the OCR Biology A A Level all about culturing microorganisms on an industrial scale. *The lesson was planned with the intention of carrying out flipped learning whereby students do pre-reading on the topic prior to the lesson so that we can consolidate that learning with activities/exam questions during the lesson. *

New Edexcel Science GCSE, CB3 topic looking at Meiosis. Lesson includes stages of meiosis, gametes, haploid/diploid cells and chromosomes. *All of CB3 can be found together here (https://www.tes.com/teaching-resource/edexcel-cb3-11291549)*

9.4 lesson from the OCR Biology A A Level all about translocation. *The lesson was planned with the intention of carrying out flipped learning whereby students do pre-reading on the topic prior to the lesson so that we can consolidate that learning with activities/exam questions during the lesson. *

9.3 lesson from the OCR Biology A A Level all about transpiration. *The lesson was planned with the intention of carrying out flipped learning whereby students do pre-reading on the topic prior to the lesson so that we can consolidate that learning with activities/exam questions during the lesson. *

22.4 lesson from the OCR Biology A A Level all about microorganisms and biotechnology. *The lesson was planned with the intention of carrying out flipped learning whereby students do pre-reading on the topic prior to the lesson so that we can consolidate that learning with activities/exam questions during the lesson. *

9.2 lesson from the OCR Biology A A Level all about water transport in multicellular plants. *The lesson was planned with the intention of carrying out flipped learning whereby students do pre-reading on the topic prior to the lesson so that we can consolidate that learning with activities/exam questions during the lesson. *

22.5 lesson from the OCR Biology A A Level all about microorganisms, medicines and bioremediation (biotechnology). *The lesson was planned with the intention of carrying out flipped learning whereby students do pre-reading on the topic prior to the lesson so that we can consolidate that learning with activities/exam questions during the lesson. *

SB9m lesson from the new Edexcel Biology GCSE (9-1) all about rates of decompostion. The lesson includes factors that affect the rate of decomposition, preserving food, making compost and calculating the rate of decomposition.

CB4e lesson from the new Edexcel Science GCSE looking at Genes In Agriculture and Medicine. The lesson includes researching the drawbacks to selective breeding and genetic engineering, analysing for and against arguments and the process of genetic engineering in bacteria to produce insulin (Higher only). *All of CB4 can be found here (https://www.tes.com/teaching-resource/edexcel-cb4-11363744)*

8.5 lesson from the OCR Biology A A Level all about the heart. *The lesson was planned with the intention of carrying out flipped learning whereby students do pre-reading on the topic prior to the lesson so that we can consolidate that learning with activities/exam questions during the lesson. *

22.2 lesson from the OCR Biology A A Level all about artificial cloning in plants. *The lesson was planned with the intention of carrying out flipped learning whereby students do pre-reading on the topic prior to the lesson so that we can consolidate that learning with activities/exam questions during the lesson. *

8.4 lesson from the OCR Biology A A Level all about the transport of oxygen and carbon dioxide in the blood. *The lesson was planned with the intention of carrying out flipped learning whereby students do pre-reading on the topic prior to the lesson so that we can consolidate that learning with activities/exam questions during the lesson. *

8.3 lesson from the OCR Biology A A Level all about blood, tissue fluid and lymph. *The lesson was planned with the intention of carrying out flipped learning whereby students do pre-reading on the topic prior to the lesson so that we can consolidate that learning with activities/exam questions during the lesson. *

CB1d lesson from the new Edexcel Science GCSE looking at Bacteria. Lesson covers recap of similarities between animal and plant cells, new features in bacterial cells, what each part does, differences in cell walls, what Prokaryotic means, Comparing animal plant and bacteria cells, a practical looking at bacteria in yoghurts and standard form (higher tier only).

CB1a lesson from the new Edexcel Science GCSE (9-1) all about microscopes. The lesson includes the parts of a microscopes, the history of microscopes, what magnification is, calculating image size, calculating total magnification, what resolution is, electron microscopes and changing units.