Implications Of Selective Breeding, Cloning & Genetic Engineering D. Crowley, 2007.

Slides:



Advertisements
Similar presentations
Grade 9 Reproduction Unit
Advertisements

Objective: Review Biotechnology throughout Regent’s Questions
One variety of wheat is resistant to disease. Another variety contains more nutrients of benefit to humans. Explain how a new variety of wheat with disease.
11.6 revision Variation and genetics. Inheritance 1.Differences can be c………………………… (e.g. height) 2.or d…………………………… (e.g. blood group, ear lobes) 3.They.
breeding of organisms to produce certain desired traits in their offspring. =_ZbnfjLoDSY.
Advances in Genetics For thousands of years people have tried to develop plants and animals with desirable traits.
Introduction to genetics
Genetic Engineering. Tools for Manipulating & Studying DNA  Restriction enzymes  Used to cut DNA where needed  PCR  Used to make multiple copies of.
Advances in Genetics. Selective Breeding Process of selecting a few organisms with desired traits as parents for the next generation.
+ Genetic Engineering (Biotechnology) The Splice of Life.
Cloning & Genetic Engineering
Ch 13 Genetic Engineering
Chapter 13 Genetic Engineering Selective Breeding- choosing what parents you want to produce offspring for the next generation. What do get when you cross.
MILLER-LEVINE BIOLOGY BOOK
Advances in Genetics Pages
MODERN GENETICS USES DNA TECHNOLOGY
GENETIC ENGINEERING B-4.9. GENETIC ENGINEERING GENETIC ENGINEERING IS THE PROCESS OF SPECIFIC GENES IN AN ORGANISM IN ORDER TO ENSURE THAT THE ORGANISM.
CHAPTER 13 – GENETIC ENGINEERING TEST REVIEW
Do Now 3/20 OBJECTIVES: Define plasmid and restriction enzyme. Identify where a restriction enzyme will cut a DNA sequence. Explain how REs and plasmids.
Genetic Engineering.
Chapter 13 Genetic Engineering. This genetically engineered plant Glows-in-the-Dark!
A Look at Genetic Engineering and Biotechnology.
Ch5 Sec3 Advances in Genetics. Key Concepts What are three ways of producing organisms with desired traits? What is the goal of the Human Genome Project?
Chapter 13 Genetic Engineering. (Ch. 13) Selective breeding allowing animals with desired characteristics to produce the next generation Pass on the.
AQA GCSE Science & Additional Science Biology 1 Topic 7 Hodder Education Revision Lessons Genetic variation and its control Click to continue.
Genetic Techniques. Activity 1: Genetic Techniques Directions: Using the information from the PowerPoint, fill out the charts in your guided notes. You.
Genetic Engineering & Cloning. Genetic Engineering: (or Genetic Modification) the process of changing the genetic makeup of an organism by manually.
Chapter 13: Genetic Engineering Changing the Living World Selective Breeding Allowing only those individuals with desired traits to reproduce Domesticated.
Selective Breeding Genetics & Heredity. Selective Breeding Open up your classwork notebooks –Title: Selective Breeding –Date: 10/19/2015.
5.3 – Advances in Genetics Trashketball!. Selecting organisms with desired traits to be parents of the next generation is… A. Inbreeding A. Inbreeding.
Genetic Technology Grade 9 Reproduction Unit. Artificial Selection  Artificial selection is the process of intentional modification of a species through.
Chapter 13.  Breeding organisms for specific characteristics  Ex: Pedigree Dogs, livestock, horses, plants  Two Types of Selective Breeding: 1) Hybridization.
Genetic Engineering SELECTIVE BREEDING…..HYBRIDIZATION…TRANSGENIC INBREEDING….CLONE….
GENETIC CONTINUITY. A METHOD OF REPRODUCTION IN WHICH ALL THE GENES ARE PASSED ON TO THE OFFSPRING COME FROM A SINGLE PARENT AND ARE GENETICALLY IDENTICAL.
Genetic Engineering Chapter 13.
CHANGING THE LIVING WORLD OBJECTIVES: 13.1 Explain the purpose of selective breeding. Describe two techniques used in selective breeding. Tell why breeders.
Morality in the Modern World
Applied Genetics SWBAT define selection; differentiate between selective breeding and crossbreeding; define genetic engineering; describe some current.
Sexual and Asexual reproduction. A type of reproduction that involves only one parent and produces offspring that are genetically identical to the parent.
9.4 Genetic Engineering KEY CONCEPT Genetic Engineering is about changing the DNA sequences of organisms.
Genetic Engineering Notes. Prior Knowledge 1. What do you know about genetic engineering? Cloning? Selective breeding?
Genetic Engineering – Ch. 13. Selective Breeding  Used by humans to pass desired traits from one generation to the next  Animals with desired traits.
Objective: What is genetic engineering and what are its applications?
Two types of Cloning:.
GENE Expression Selective breeding, hybridization, polygenic traits & epistasis.
Genetic Engineering. Selective Breeding Humans use selective breeding to pass desired traits on to the next generation of organisms Hybridization – The.
Unit 4-.  The different forms of a gene  An allele whose trait always shows up in the organism when the allele is present.
Chapter 15: Genetic Engineering
BIOTECHNOLOGY AND GENETIC ENGINEERING. What is Biotechnology?  Biotechnology is the combination of biology and technology.  It has been making many.
Genetic Engineering.
Chapter 13 Genetic Engineering Changing the Living World Humans use selective breeding, which takes advantage of naturally occurring genetic variation.
Changing the Living World & Manipulating DNA
1/9/15 Mr. Faia 6th Grade Science
Biotechnology Ms. Hughes Biology.
Genetic Engineering Noadswood Science, 2016.
Genetics Since Mendel Page 2
Chapter 13 Genetic Engineering.
Mutation any change in an organism’s genetic material.
GENETIC ENGINEERING AND
Selective Breeding.
Topic: Genetic Engineering Aim: How do scientists alter(change) the DNA make up of living organisms? Genetic Engineers can alter the DNA code of living.
Selective Breeding.
Chapter 13 Review.
Q.Q. 1/17/19 What does “genetic engineering” mean?
Activity 1 Genetic Techniques.
Genetic Engineering Chapter 13.
Changing the Living World
13.1 Changing the Living World
Practice CRCT Question:
2-22 Today’s Agenda… Bellringer: Physical Science (Motion and Forces) Multiple Choice on Bellringer Sheet Get your clickers! Turn in Open Response Question.
Presentation transcript:

Implications Of Selective Breeding, Cloning & Genetic Engineering D. Crowley, 2007

Implications Of Selective Breeding, Cloning, & Genetic Engineering To understand the implications on society of selective breeding, cloning and genetic modification Monday, May 11, 2015

Recap What is selective breeding? Selective breeding is a process used to produce different breeds of animals or varieties of plants that have useful characteristics Using selective breeding you can produce a specific offspring with useful characteristics of both parents via breeding only the organisms with the characteristics you want (or organisms with similar characteristics)

Recap What is cloning? Cloning is the production of genetically identical copies This can occur naturally (potatoe plants), or via human intervention (Dolly the sheep)

Recap What is genetic engineering? Genetic engineering takes genes from one organism, and places them into the chromosomes of another organism. It alters an organism's genetic code, and works because there is only one code for life Enzymes are used to cut up and join together parts of the DNA of one organism, and insert them into the DNA of another organism. In the resulting new organism the inserted genes will code for one or more new characteristics - for example producing a new substance, or performing a new function

Super Mouse

Task Your task today is to work in a small group to argue the case for / against one of the topics below: - Selective breeding Cloning Genetic modification Your arguments need to contain well thought out reasons for your standpoint (including moral, ethical and scientific points) You will have 25 minutes to prepare for the debate During this time you must write down your topic and the pros and cons of it in your book You must then make some key notes as preparation for the debate

Debate During the debate you must stand on the ‘for’ side or the ‘against’ side After the different groups speak you will be given an opportunity to challenge what they are saying Hopefully by the end of the debate you will have decided for yourself if selective breeding, cloning and genetic engineering is an overall benefit to human society, or if it should not be allowed