Genetic engineeringQuick View
CMGsSciencelessonsCMGsSciencelessons

Genetic engineering

£3.00
(0)
During this fully resourced lesson on genetic engineering GCSE students work through a variety of tasks to develop their understanding of how organisms can be genetically engineered to obtain a desired characteristic. This is the 4th lesson in a series of 7 and covers the content of - -AQA Spec Ref 4.6.2.4 Genetic engineering from B6 Inheritance, variation, and evolution unit. -AQA GCSE Biology OUP Scheme B14.4 Genetic engineering from B14 Variation and evolution chapter. Aimed at a mixed ability class covering content 1-8. -Level 1: Low demand -Level 2: Standard demand -Level 3: High demand Presentation contains (41 slides)- -Teacher and technician notes -Bell work activity -Clear lesson aims, objectives & success criteria. -Information slides with differentiated content -Differentiated activities (group work) -Differentiated questions with answers for self-assessment -Student worksheets / handouts This lesson is also available as a digital worksheet, which is ideal for absent students to catch-up missed work, distance learning, home schooling, or independent study. Genetic engineering Distance learning If you require more assistance, please contact me at- cmgeducationresources@gmail.com
GeneticsQuick View
OuttheBoxScienceOuttheBoxScience

Genetics

£2.50
(0)
New for the AQA Activate 2 unit ‘Genes’ Full lesson ready to use straight ‘out of the box’. Though designed for teachers to deliver (specialist and non-specialists), the lessons are structured in an intuitive way for students to navigate for independent/ remote learning/ homework covering missed content/recap Similar structure to my other power points following the input - activity - review phasing plenary sections for progress checking Clear learning objectives and outcomes Modern and engaging layout Little adaptation needed Covers an hour lesson of content matched to the specification 29 ppt slides Please give constructive feedback :D
Genetics and InheritanceQuick View
nextpagesciencenextpagescience

Genetics and Inheritance

£1.00
(0)
Comprehension and additional task exercises pages 38 and 39 from Next Page Science KS3 Complete. Accompanying PowerPoint and word searches available for free from the website. This exercise covers: • Humans having 46 chromosomes (image of cell, nucleus, chromosome, DNA and gene) • What chromosomes, genes and DNA are • Punnett squares for the sex of offspring and dominant recessive characteristics and an exercise using Punnett squares • What a species is • Who worked it all out: Rosalind Franklin, Maurice Wilkins, James Watson and Francis Crick • Amazing WHAT? facts
Genetic inheritanceQuick View
CMGsSciencelessonsCMGsSciencelessons

Genetic inheritance

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(0)
During this fully resourced lesson on genetic inheritance GCSE students work through a variety of tasks to develop their understanding of how alleles determine an organisms characteristics. This is the 7th lesson in a series of 10 and covers the content of - AQA Spec Ref- 4.6.1.6 Genetic inheritance from B6 Reproduction unit. AQA GCSE Biology OUP Scheme B13.7 Inheritance in action from B13 Reproduction chapter. Aimed at a mixed ability class covering content 1-8. Level 1: Low demand Level 2: Standard demand Level 3: High demand Presentation contains (34 slides)- Teacher and technician notes Bell work activity Clear lesson aims, objectives & success criteria Information slides with differentiated content Differentiated activities (group work) Differentiated questions with answers for self-assessment Student worksheets / handouts This lesson is also available as a digital worksheet, which is ideal for absent students to catch-up missed work, distance learning, home schooling, or independent study. Genetic inheritance If you require more assistance, please contact me at- cmgeducationresources@gmail.com
The history of geneticsQuick View
CMGsSciencelessonsCMGsSciencelessons

The history of genetics

£3.00
(0)
The history of genetics is a comprehensive lesson designed to help GCSE students develop their understanding of how the work of Mendel forms the basis of modern genetics through engaging activities and differentiated instruction. This lesson is the 1st in a series of lessons and covers the content from the AQA 4.6.3.3 The understanding of genetics lesson (B6 Inheritance, variation, and evolution unit), and AQA GCSE Biology OUP Scheme B15.1 The history of genetics lesson (B15 Genetics and evolution chapter). The lesson includes all necessary resources, making it easy to implement in your classroom and the lesson’s text is adaptable, allowing you to adjust the duration and depth of the activities based on your students’ progress and time constraints. Presentation contains (29 slides)- ● Lesson Prep and Technician Notes: Guidance notes for teachers to prepare the lesson and technician instructions. ● Bell Work / Do Now Activity: Engaging task to activate student prior knowledge and set the stage for the lesson. ● Clear Lesson Aim, Objectives & Success Criteria: Explicitly defined learning targets to guide students and measure their understanding. ● Discussion Slides: Thought-provoking prompts and questions to introduce the topic. ● Information Slides with Levelled Content: Varied levels of information catering to diverse learning styles and abilities. ● Differentiated Activities (Group Work): Collaborative tasks in small groups to encourage active participation and enhance learning. ● Differentiated Questions with Answers: Comprehensive questions with accompanying solutions for self-assessment and note-taking. ● Student Worksheets/Handouts: Printable materials for students to complete and gather notes. Aimed at a mixed ability class covering content Grades 1-9, with three levels of demand to accommodate different learning styles and levels: ● Level 1: Low demand ● Level 2: Standard demand ● Level 3: High demand If you require more assistance, please contact me at: info@cmgsciencelessons.com
Genetics KS3 Activate ScienceQuick View
ychebboutychebbout

Genetics KS3 Activate Science

£2.50
(0)
Perfect lesson resource for KS3 Biology! A fully differentiated and resourced lesson that assists students in learning about how our characteristics are inherited. Students will describe the difference between dominant and recessive alleles, use a Punnett square to show how genes are inherited, and explain why offspring are not identical to their parents. The resource includes a detailed and engaging lesson PowerPoint with differentiated activities, worksheets and quizzes for students to complete. This resource is part of the Genes topic and has been created for the delivery of the AQA Activate 2 KS3 Science course. Also great for GCSE Science. *Included: 11 slides in total for the lesson PPT Differentiated worksheets and answers. *
Genetics SuperheroesQuick View
PROJECT_sciencePROJECT_science

Genetics Superheroes

£2.00
(0)
A superheroes themed genetics activity which allows students to practice working with Punnett squares. The activity comes with a set of superhero cards and their powers [traits] which students use to work out the phenotypes and genotypes of their potential offspring. There are 8 superhero cards in the set. They can be printed in greyscale or colour. Save paper and time by laminating the cards and keeping them as class sets. Provide each student with a blank Punnett square solution grid for completing the crosses and activities. Great as a group extension or consolidation activity or for early finishers. A great accompaniment and support for the above resource. Genetics - Allele Dice Genetics - Punnetts and Pedigrees Task Cards Genetics Task Cards Genetics World War ZZ Genetics Greek Mythology Clipart by: Ron Leishman Digital Toonage ToonClipart
Genetic InheritanceQuick View
JubblordJubblord

Genetic Inheritance

£3.00
(0)
(Apologies if the previews are faded colour or text, TES servers are having issues) Fully guided lesson that I delivered to year 9 and 10 for observations. Can be tailored for KS3 if needed. Friendly starter on matching parents to remind students of inherting factors. Using celebrities to engage students, the lesson leads through pheno and genotypes and the differences. Animations of gametes seperating allows the learners to follow the step by step process of how genes are inherted. Worksheets provided (differentiated) to allow students to attempt to calculate probability of children gaining eye colour. Introduces heterozygous and homozygous genes in context. Plenary is exam style question and homework supplied if needed.
Genetic diagrams and inherited diseasesQuick View
runningmad123runningmad123

Genetic diagrams and inherited diseases

£3.00
(3)
A KS3/KS4 lesson looking at key genetic terminology, building towards the completion and analysis of genetic diagrams for sickle cell anaemia, huntington's disease and cystic fibrosis. The lesson features: -A starter task looking at student understanding of the link between genes, chromosomes and DNA in a 'guess who' format -Powerpoint slides containing explanations for key genetic terminology and a table of definitions that requires students to match the correct key terms for - Four step-by-step worked examples with animated stages to demonstrate how to complete a genetic diagram/ punnett square. For differentiation i have created a worksheet (in the slides) with scaffolded support - Two extension questions to explain genetic diagram outcomes - Slides explaining the symptoms of sickle cell anaemia, huntington's and cystic fibrosis - Genetic diagram questions for students to complete on inherited diseases
Exploring Science 9A- Genetics and EvolutionQuick View
fosterpaulfosterpaul

Exploring Science 9A- Genetics and Evolution

£6.00
(1)
Lessons from the 9A unit in the new Exploring Science scheme of work all about genetics and evolution. Including lessons for: 9Aa Environmental Variation 9Ab Inherited Variation 9Ac DNA 9Ac DNA Discovery 9Ad Genes and Extinction 9Ae Natural Selection *One lesson includes a link to a video on ActiveTeach but could be replaced with another available video. *
Genetic ModificationQuick View
OuttheBoxScienceOuttheBoxScience

Genetic Modification

£2.50
(0)
New for the AQA Activate 2 unit ‘Genes’ Full lesson ready to use straight ‘out of the box’. Though designed for teachers to deliver (specialist and non-specialists), the lessons are structured in an intuitive way for students to navigate for independent/ remote learning/ homework covering missed content/recap Similar structure to my other power points following the input - activity - review phasing plenary sections for progress checking Clear learning objectives and outcomes Modern and engaging layout Little adaptation needed Covers an hour lesson of content matched to the specification 29 ppt slides Please give constructive feedback :D
Genetic engineeringQuick View
amyk137amyk137

Genetic engineering

FREE
(51)
If you use this resource please let me know what you think! Print these slides off in colour and spread them around the room, students can then collect information from the sheet about the different genetically engineered organisms. I think this is a good activity to illustrate the wide variety of ways that organisms can be genetically engineered.
More about geneticsQuick View
katie_willis05katie_willis05

More about genetics

£2.00
(0)
This is for the new AQA GCSE science curriculum and is lesson B13.8 More about genetics. It contains a PowerPoint to help teach this lesson. This can be used with the AQA student textbooks.
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A Level Biology GeneticsQuick View
ajhopajhop

A Level Biology Genetics

£4.4925% off
5 Resources
Complete set of A Level Biology Genetics lessons. Lots of AfL and exam questions. Answers on slides. Animated sides and videos. Lots of different activities to keep the students engaged. Challenged questions on slides for the more able. Differentiated resources. Excellent for those who are teaching this topic for the first time, but also great for the experienced teacher.
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B15 Genetics and evolutionQuick View
CMGsSciencelessonsCMGsSciencelessons

B15 Genetics and evolution

£24.00Save 20%
10 Resources
Genetics and evolution contains 10 comprehensive lessons designed to help GCSE students develop their understanding of the history of genetics, theories of evolution, the evidence for evolution, extinction, and classification systems through engaging activities and differentiated instruction. These lessons cover the content from the AQA 4.6.3 The development of understanding of genetics and evolution unit, 4.6.4 Classification and AQA GCSE Biology OUP Scheme B15, Genetics and evolution chapter. The lessons include all necessary resources, making them easy to implement in your classroom. Additionally, the editable text allows you to adjust the duration and depth of the activities based on your students’ progress and time constraints. Each editable presentation contains: ● Lesson Prep and Technician Notes: Guidance notes for teachers to prepare the lesson and technician instructions. ● Bell Work / Do Now Activity: Engaging task to activate student prior knowledge and set the stage for the lesson. ● Clear Lesson Aim, Objectives & Success Criteria: Explicitly defined learning targets to guide students and measure their understanding. ● Discussion Slides: Thought-provoking prompts and questions to introduce the topic. ● Information Slides with Levelled Content: Varied levels of information catering to diverse learning styles and abilities. ● Differentiated Activities (Group Work): Collaborative tasks in small groups to encourage active participation and enhance learning. ● Practical Activity (if appropriate): Hands-on experience to apply concepts and gain practical skills. ● Differentiated Questions with Answers: Comprehensive questions with accompanying solutions for self-assessment and note-taking. ● Student Worksheets/Handouts (if appropriate): Printable materials for students to complete and gather notes. ● Homework Activities (if appropriate): Varied homework tasks to cater to individual needs and promote independent learning. Aimed at a mixed ability class covering content Grades 1-9, with three levels of demand to accommodate different learning styles and levels: ● Level 1: Low demand ● Level 2: Standard demand ● Level 3: High demand If you require more assistance, please contact me at- info@cmgsciencelessons.com
Genetic or Environmental?Quick View
bobfrazzlebobfrazzle

Genetic or Environmental?

FREE
(1)
Worksheet for students to measure and record certain characteristics, then to determine if they are cause by genetic or environmental factors.
OCR Biology A- 21.4 Genetic EngineeringQuick View
fosterpaulfosterpaul

OCR Biology A- 21.4 Genetic Engineering

£2.00
(0)
21.4 lesson from the OCR Biology A A Level all about genetic engineering. *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. *
Ethics of Genetic TechnologiesQuick View
EASpinkEASpink

Ethics of Genetic Technologies

£1.00
(0)
A lesson on the ethics of gene technologies, aimed at triple award students studying GCSE AQA Biology. Students are encouraged to consider the ethical implications of genetically modified crops and the use of gene therapies to treat cystic fibrosis. Lesson follows Rosenshine’s principles and consists of a starter/bell work, key notes, questions to check understanding, and a reading task on cystic fibrosis.
GeneticsQuick View
NGfLCymruNGfLCymru

Genetics

FREE
(2)
The Flipcharts included in this activity deal with DNA, genes, Mendel and genetic problems, cystic fibrosis, deciding the sex, genetic engineering and variation.