CHAPTER 13 Genetic Engineering.

Slides:



Advertisements
Similar presentations
Recombinant DNA & Biotechnology
Advertisements

Advances in Genetics For thousands of years people have tried to develop plants and animals with desirable traits.
CHAPTER 13 Genetic Engineering Changing the Living World ● Selective Breeding Choosing the “best” traits for breeding. Takes advantage of naturally.
Chapter 13 – Genetic Engineering L2 Biology Has Bonnie been bred by selective breeding?
Gene Regulation, Genetic Testing and Engineering.
Ch. 13 Genetic Engineering
Chapter 13 Genetic Engineering.
Chapter 15 – Genetic Engineering
CHAPTER 13 Genetic Engineering Changing the Living World Selective Breeding Choosing the “best” traits for breeding Most domestic animals are products.
Chapter 13 Genetic Engineering Selective Breeding- choosing what parents you want to produce offspring for the next generation. What do get when you cross.
DO NOW (front of notes) What do genes code for?
Genetic Engineering.
Genetic Engineering Chapter 13 Selective Breeding Choosing the BEST traits for breeding. Most domesticated animals are products of SB. Also known as:
CHAPTER 13 Genetic Engineering.
GENETIC ENGINEERING.  Scientist use their knowledge of the chemical composition and structure of DNA to study and change DNA  This process is known.
Artificial Selection and Genetic Engineering Selective Breeding Choosing the BEST traits for breeding. Most domesticated animals are products of selective.
Genetic Engineering Conceptual Biology Ch. 5.3.
Frontiers of Biotechnology Changing the Living World These dogs are all of the same species Where do their striking differences in appearance come from?
Genetic Engineering and The Human Genome. Selective Breeding Humans use selective breeding to pass desired traits on to the next generation. Humans use.
Two types of Cloning:.
Objective: to intro selective breeding and genetic engineering 13.1 and 13.2.
Human Genome Project - established to determine DNA sequence of humans. - useful in locating genes and curing disorders. Example Gene Therapy- replacing.
CHAPTER 13 Standard 4.9 Genetic Engineering How can humans manipulate DNA?
Chapter 15: Genetic Engineering
Chapter 16 - Biotechnology Gene causes these mice to glow in the dark. Normally, the gene is found in jellyfish.
Selective Breeding and Natural Selection. DNA Technology.
Genetic Technology Chapter 13. Selective Breeding Certain plants or animals are mated together over a period of several generations in order to produce.
Genetic Engineering Chapter 15 in Textbook. Selective Breeding Selective Breeding: allowing only those organisms with desired characteristics to reproduce.
Chapter 13 Changing the Living World. Selective Breeding and Hybridization  Selective Breeding  Allowing only those organisms with desired characteristics.
GENETIC ENGINEERING. What does something that has been genetically engineered mean?
Genetic Engineering Changing the Living World Selective Breeding Choosing the “best” traits for breeding Most domestic animals are products of SB.
CHAPTER 13 Genetic Engineering. Mutations produce new kinds of bacteria ex. oil-eating bacteria.
GENETIC ENGINEERING MURTAUGH 1A LIVING ENVIRONMENT.
Applications of Genetic Engineering
Genetic Engineering.
Genetic Engineering and Biotechnology
Genetic Engineering Unit Chapter 15
Biotechnology and Genetic Engineering
Selective Breeding and Genetic Engineering
Biotechnology Gene modification causes these mice to glow in the dark. Normally, the gene is found in jellyfish.
CHAPTER 13 Genetic Engineering.
Changing the Living World
DNA Technology Human Genome Project
Do Now.
Genetic Engineering and Biotechnology
Chapter 16 - Biotechnology
Biotechnology and Genetic Engineering The Supercow (A PRIME Example ;)
Genetic engineering is the field of science that deals with making changes in an organism’s DNA.
DNA Technology : Cloning
Genetic Engineering Chapter 15.
Genetic Engineering How can humans manipulate DNA?
Chapter 13 – Genetic Engineering
Genetics and Technology
Genetic Engineering Genetic Engineering is the process of making changes in the DNA code of living organisms. Genetic Engineering and DNA Technology can.
Genetic Engineering Study Guide Review.
Genetic Engineering.
Manipulating DNA.
Chapter 13 Genetic Engineering.
Presented modified from biologycorner.com
Genetic Engineering Understand the different aspects of gene technology. Why they are used and the issues that come with them.
Ch. 13 Genetic Engineering
Q.Q. 1/17/19 What does “genetic engineering” mean?
Biotechnology Ch. 13.
The principles of genetics are being used to change the world!
Genetic Engineering and Cloning
Genetic Engineering Chapter 13.
Changing the Living World
13.1 Changing the Living World
Genetic Engineering.
Frontiers of Biotechnology
Presentation transcript:

CHAPTER 13 Genetic Engineering

13-1 Changing the Living World Selective Breeding Choosing the “best” traits for breeding Most domestic animals are products of SB

HORSES

Even Cows, Sheep, & Pigs All Products of Selective Breeding (Artificial Selection)

Hybridization Crossing dissimilar individuals to bring together the best traits of both organisms Produces hybrids * Hybrids can be different species crossed together or different types within the same species.

Golden Doodle Puggle Designer breeds or mutts?

Not to be confused with hybrid cars..

INBREEDING Inbreeding = continued breeding of similar individuals (ex. pure breed dogs) Has risks… increases breed’s susceptibility to disease & deformities Golden retrievers - epilepsy Dalmations - hereditary deafness

Mutation = any change in DNA ; can increase variation Mutations can happen randomly, as in this Scottish fold cat. Cat enthusiasts bred these cats from a single cat with a mutation for the ears.

1.  Dogs and other domestic animals were produced through many years of  _______   breeding. 2.  Two dissimilar organisms crossed together is called  ___________________ 3.  Purebred dogs can sometimes have poor health due to __________ 4.  Any change in DNA is a ________ 5.  Designer dogs, such as the puggle are also called _______________

13-2 Manipulating DNA GENETIC ENGINEERING science of changing or modifying the DNA of an organism

DNA extraction – process where DNA is removed from cells

DNA SEQUENCE - can be used to solve crimes, determine paternity, or test for genetic disorders - Basically, the A’s T’s G’s and C’s are read

In gel electrophoresis, fragments of DNA are separated according to size. 

This image shows a DNA fingerprint where DNA from a bloodstain at a crime scene is compared to suspect DNA.

1.  Making changes to DNA is called _________________     _______________ 2.  Gel  __________________________ is used to separate DNA fragments 3. Scientists can _________ DNA from any cell or body tissue. 4.  A DNA _____________ can be read to determine paternity or solve crimes

Transgenic Organisms - Contain genes from other species Microorganisms (bacteria) Animals (mouse; medical uses) Plants (agricultural uses) GMO = genetically modified organism This cartoon explains how genetic engineering was used to save the papaya.

Gene causes these mice to glow in the dark Gene causes these mice to glow in the dark. Normally, the gene is found in jellyfish.

Cloning 1. Organisms with the same genetic code 2. Twins are natural clones 3. Clones can be created in the lab The first clones were made with this process: ARTIFICIAL TWINNING

How to Clone a Sheep

We have the technology to clone humans, but should we? Can you think of any good reasons for cloning a human?

Clones do exist naturally. These are identical twins.

Click and Clone http://learn.genetics.utah.edu/content/tech/cloning/clickandclone/

1. An animal that contains the genes of another species, like the glow-in-the-dark mice, is called a __________ organism. 2.  A _______ is a genetically identical organism. 3.  In humans, a naturally occurring clone is a ________ 4. The first mammal that was cloned from a skin cell was a _______

5.  With regard to cloning...it is necessary to have which of the following?   Check all that apply... ___Cell from the adult to be cloned ___Egg with nucleus intact ___Embryo ___Surrogate mother ___ Sperm ___ Stem cells ___ Egg with nucleus removed

BIOETHICS 1. I would use genetic engineering to remove a harmful gene from my unborn child, such as the gene that causes cystic fibrosis. 2. I would use genetic engineering to remove an abnormal (but not necessarily harmful) gene from my unborn child; such as the gene that causes dwarfism.

3.  I would use genetic engineering to remove a gene that is not desirable, such as the gene that causes baldness. 4.  I would use genetic engineering to change a gene in my unborn child, such as their hair color or eye color. 5. I would use genetic engineering to add a gene to my child that is not human – such as a gene from another organism that could improve sight or running ability.