Reebops for National 4 and 5

Slides:



Advertisements
Similar presentations
Reebop Reproduction Why aren’t all baby Reebops the same?
Advertisements

Sexual and Asexual Reproduction
The variety of living organisms
DNA, Genes and Chromosomses
Section 7 Genetic Inheritance. Genes Genes are parts of chromosomes that carry information Most organisms get half their genetic information from one.
Reebops: a “model” organism for learning genetics.
Living things inherit traits in patterns
Topic: Variation L1: Genetic Variation Learning Objectives: 1.Describe the two types of variation, genetic and environmental. 2.Explain how genetic information.
Key Area 2.4 Genetic information. Starter Activity: Discuss the following questions with your partner: What are genes? Where in your cells are your genes.
Genetic Inheritance. Objective Describe sexual and asexual mechanisms for passing genetic materials from generation to generation.
How Does DNA Control Traits? Lesson 3 pg. A52 Ms. Lourdes Martinez 6th Grade.
FOLD and LABEL your paper as shown here so you’re ready to move on when the bell rings! Fold your paper in half twice, so you have four boxes. Label the.
OBJECTIVE 7.L.2.1 MITOSIS AND MEIOSIS. SEXUAL AND ASEXUAL REPRODUCTION Sexual Reproduction a single specialized cell from a female merges with a specialized.
SECTION 5 - INHERITANCE National 4 & 5 – Multicellular Organisms.
1 200 pt 300 pt 400 pt 500 pt 100 pt 200 pt 300 pt 400 pt 500 pt 100 pt 200 pt 300 pt 400 pt 500 pt 100 pt 200 pt 300 pt 400 pt 500 pt 100 pt 200 pt 300.
The Cell and Inheritance What is the difference between sexual and asexual reproduction? What are the differences between mitosis and meiosis? How many.
WARM UP: March 31 st / April 1 st T-1: How could doctors use inheritance patterns? What information would be important to them?
Heredity & Genetics.
Variation & Inheritance
The Basics of Genetics Summarize how genetic information is passed from parent to offspring by using the terms genes, chromosomes, inherited traits,
Variation and Inheritance National 5. Learning Outcomes Give examples of variation within species Describe how sexual reproduction maintains variation.
DNA LABEL YOUR WORKSHEET GENE CELL DNA CHROMOSOME NUCLEUS.
Genetics Crash Course 7th grade science.
Reproduction and Genetics
Meet Baby Blue Eyes..
Genetics and Inheritance ©
Variation and Inheritance
Genetics: How we become who we are to be
Mitosis and Meiosis Objective 7.L.2.1.
Reebops for National 4 and 5
Heredity and Reproduction
Variation and Inheritance WILF: To learn how characteristics can vary.
GENETICS C-NOTES.
Inheritance.
Mitosis and Meiosis Objective 7.L.2.1.
MEIOSIS Videos are missing from this powerpoint, but can be found on
Variation.
Inherited Features D. Crowley, 2007.
Genetic and environmental differences
Genetics.
All about reproduction DNA A pair of “Genes” I want an “A”
Bellwork: Tues. Jan. 18, 2018 Look at page 312 – figure What does Mendel’s law of segregation mean? Look at page 317 of your book: 2. What does.
Environmental Factors vs Genetic Factors
Equipment Genetic Vs Environmental Cardsort x17 (A4 Colour, Laminated cut as card sort to be done by first person) Twin Studies Gap Fill Printable x.
OBJECTIVES 1. Explain how a combination of alleles
Reebops: a “model” organism for learning genetics
Making Reebops ..
Genetics: Chromosomes and DNA
Types of variation.
CMS Obj State Correlation Obj. 2a-2d
Heredity: All About You
CELL CYCLE The cell cycle is the activities that a cell goes through throughout its life.
The transmission of traits from one generation to the next is called inheritance, or heredity.
Meiosis Chapter 10.1 and 11.3.
Making Reebops ..
Genetics Genetics The study of how traits are passed from parents to offspring.
Genetic Inheritance Self Manager Reflective Learner Effective
The Process of Making Sex Cells
Chromosomes Review Every organism has traits (eye color, hair color, height, etc) passed on to them by their parents. The instructions for each trait is.
Genetics Basics (Heredity)
Variation Learning Objectives:
Patterns of Inheritance: Variation
Objective -1 Gene structure and organisation..
Heredity: Or Why Kids Look Like Their Parents
Presentation transcript:

Reebops for National 4 and 5

Looking for similarities and differences Take a look at the animals on the laminated sheets. List as many similarities as you can. List as many differences as you can. What do we call these differences? Variation is all around us; both between species and within the same species. Let’s look at the variation within our own species next.

Here’s looking at you! We are all members of the same species – what similarities and differences can we spot? Similarities Differences

How will I know the humans? If an alien beamed in ... How will I know the humans?

Variation within a population Discrete Continuous Tongue rolling, blood groups. Genetic control – no other influence. You either have the trait or you don’t! Height, weight, hand-span. Can be influenced by environmental factors.

Displaying your results Continuous variation Discrete variation

A fictional family tree!

Where do our genes come from? From our parents Mother Father egg from mother sperm from father 2 copies of DNA in each cell 2 copies of DNA in each cell nucleus containing 1 copy of father’s DNA nucleus containing 1 copy of mother’s DNA DNA from both parents Child Cell divides Fertilised egg nucleus containing complete set of DNA (set=2 copies, 1 copy from each parent) Each cell has a complete set of DNA Gene Jury

Making Reebops The purpose of this practical work is: To examine how characteristics are inherited. To show how sexual reproduction is responsible for tremendous variation within a population. Investigate the factors that can influence an individual’s characteristics.

Reebops My Reebop Baby The kids! Head: purple play-dough Dad Mum My Reebop Baby tails Head: purple play-dough Body segments: green play-dough Humps: pink play-dough Antenna: pink straws Noses: red or yellow pipe cleaners Legs: purple or pink pipe cleaners Eyes: wiggly eyes Tails: brown pipe cleaners Spine: wooden skewer body segment antennae legs humps head eyes noses

Reebops Mum chromosomes A a Q q E e D d M m T t L l

Reebops Dad chromosomes Q q E e D d M m T t L l

Reebops Baby No. 1 a a Q q E e D d M m T T L l

Baby Reebops: Pedigree Randomly select one gene from each parent for the 7 characteristics. Combine them on the baby Reebop recording sheet. Fill in the pedigree for your new baby by writing down each of its 7 characteristics (e.g. red nose) on the parcel tag. Choose a name for your Reebop. Collect the materials that you will need for your baby and assemble it.

Ideas for discussion: Place your Reebop in the “nursery” along with the other babies What do you notice about the features of the babies? How much genetic material does each parent provide? Where is this genetic material stored in the parent? Are there any babies that are identical? How many babies are the same as their parents?