Breeding Crista && Franny .

Slides:



Advertisements
Similar presentations
Grade 9 Reproduction Unit
Advertisements

VOCABULARY for GENETIC TECHNOLOGY. CLONING Produces an EXACT COPY of organism; Obtained through ASEXUAL reproduction- Occurs Naturally- Ex: spider plants,
REPRODUCTIVE TECHNOLOGIES SBI 3C. WHAT CAN WE DO???
Applying Our Knowledge of Genetics. Selective Breeding Selective breeding (domestication) has been going on for centuries. It is simply the process by.
Colorado Agriscience Curriculum Animal Science Unit 4 – Reproduction and Genetics Lesson 19 - Embryo Transfer.
Section 4.3: Reproductive Technologies SBI3U. Prenatal Testing Prenatal testing is a test performed on a fetus that looks for genetic abnormalities. The.
Human intervention in evolution Chapter 16 – Part 1.
Genetic Engineering : directly manipulating an organism’s DNA using technology.
Why might scientists want to change the DNA of a species? (lab) Genetic Code Kit.
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.
Medicine. By inserting a gene for human insulin into an E.Coli bacterium, the E. coli will make lots of insulin, which scientists and doctors can collect.
 Transfer of gene/s from one organism to another/manipulation of DNA/modifying genes of organisms  Can involve gene transfer between organisms from.
Biotechnology & Genethics. What can we do with Biotechnology? Genetic Screening & testing In vitro fertilization Gene therapy & new treatments Cloning.
13–1Changing the Living World A.Selective Breeding 1.Hybridization 2.Inbreeding B.Increasing Variation 1.Producing New Kinds of Bacteria 2.Producing New.
A Closer Look at Conception Chapter 5 Section 2. The Genetic Package Chromosomes- tiny threadlike particles in the nucleus of every cell. Come in 23 pairs.
 Taking an organ from one organism and placing it in another to function Pros -Can save lives -Living individuals can donate organs Cons -Worry of doctors.
Artificial Insemination by Jamieson Taylor O'hara A look into Artificial Insemination and what it is capable of.
Genetic Technology Grade 9 Reproduction Unit. Artificial Selection  Artificial selection is the process of intentional modification of a species through.
Past, Present and Future of Genetic Cloning By Elizabeth Hernandez.
4.3-Reproductive Strategies & Technologies
Reproductive Technologies in Agriculture BC Science Probe 9 Section 3.5 Pages
GENETICS AND DNA HEREDITY. CELL Cells are the building blocks of human body. Different cells have many different functions. They all contain the same.
Medical Technology Keyword Revision. Match the keyword to the definition IVF A scientific method of making a woman pregnant, which does not involve sex.
Genetic Engineering. I. Changing the Living World A. Humans are the ones responsible for directing the change among domestic animals and plants. B. The.
Cloning and Genetic Engineering
Objective: What is genetic engineering and what are its applications?
IVF A scientific method of making a woman pregnant, which does not involve sex. Conception occurs via sperm and egg being placed into a test tube. Embryo.
Two types of Cloning:.
BC Science 9: p Infertility  Infertility is the inability of a couple to have a baby.  Approximately three in twenty couples are infertile.
ASSISTED REPRODUCTIVE TECHNOLOGIES. Assisted Reproductive Technologies: - Technologies used to help people have babies when the male or female is infertile.
Genetic Technology Ch. 13. Selective Breeding Selecting the most desired traits to serve as parents of the next generation Used for plants and animals.
Matters of Life. Key terms Artificial insemination – Sperm medically inserted into the vagina to assist pregnancy Artificial insemination by donor (A.I.D)-
 In vitro fertilization  Cloning (genes, cells or organisms)  Recombinant DNA  Therapeutic cloning  Reproductive cloning  Stem cell  Transgenic.
Genetic Engineering Chapter 15 in Textbook. Selective Breeding Selective Breeding: allowing only those organisms with desired characteristics to reproduce.
Chapter 5. Reproductive processes must work properly for new animals to be produced. You need to know about the reproductive organs of animals and their.
Aim: How have organisms benefited from reproductive technology?
Aim: How have organisms benefited from reproductive technology?
GENETIC ENGINEERING MURTAUGH 1A LIVING ENVIRONMENT.
BIOTECHNOLOGY. Biotechnology is a series of technologies related to living organisms. Using microorganisms, like bacteria and cells, scientists can develop.
Class Notes 1 Genetic Technology I. Selective Breeding A. By breeding the best plants and animals, we get the biggest and most delicious produce and.
Applications of Genetic Engineering
Advances in Genetics Key Concepts
A scientific method of making a woman pregnant, which does not involve sex. Conception occurs via sperm and egg being placed into a test tube.
4.2 Selecting Desirable Traits
Genetics Unit: Genetics and Technology
Aim: How have organisms benefited from reproductive technology?
Biotechnology Genetic Engineering.
Selective Breeding and Transgenic Manipulation
Reproductive Technologies
Unit 4: Reproduction and Development
Genetics, Technology, Society,
13–4 Applications of Genetic Engineering
Genetics Since Mendel Page 2
REPRODUCTIVE TECHNOLOGIES
How can we use DNA to help humans?
Human Intervention in Evolution
What is gene therapy? The process of identifying disease genes and replacing them with working genes. NOT IN THE HANDBOOK!
Chapter 13 Review & Wrap-up
How can we use DNA to help humans?
Aim: How would we clone a human?
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.
Ch. 13 Genetic Engineering
More biomedical research challenges
Advances in Genetics Key Concepts
Practice CRCT Question:
How Traits are Inherited?
Frontiers of Biotechnology
Mutations, Genetic Engineering, & Cloning
Presentation transcript:

Breeding Crista && Franny 

Artificial Breeding … Human intervention in animal or plant reproduction to ensure that certain desirable traits are represented in successive generations.1 Used to change the characteristics of an existing breed or to produce a new one This concept can be achieved through a combination of precise genetic mapping, high-resolution chromosome haplotyping and extensive phenotyping.2

Types -Cloning -Transgenic -Genetic Modification -Embryo Tech.

How it’s done….. Human artificial insemination A woman's menstrual cycle is closely observed, using ovulation kits, ultrasounds or blood tests. When an ovum is released, semen from a donor is inserted into her body. After the donation the sperm must immediately be “washed” in a laboratory. The process of “washing” the sperm increases the chances of fertilization and removes any chemicals in the semen that may cause discomfort for the woman. A chemical is added to the sperm that will separate the most active sperm in the sample. If the procedure is successful, she conceives and bears to term a baby as normal, making her both the genetic and gestational mother.3

Today’s Applications Glow in the Dark Pig Picking genes in the rice genome Designer babies

http://www.cbsnews.com/video/watch/?id=4840229n&tag=api

Future Applications In the future scientists will be able to cure genetic diseases in embryos by placing new sections of healthy DNA. Iran plans to use cloning as a way to treat stroke patients Medicines will be produced by “breeding” bacteria

Ethical?? Artificial breeding can be an opportunity for mankind to remake itself healthy and powerful Some people believe in artificial breeding because this eliminates the chance of a serious disease to occur in an offspring “ I disagree completely. One is, when you move away from diseases, who's to say what's the better trait? Is it better to be red-headed than it is to be brown-haired? Is it better to have freckles or not? Those sorts of things are subjective and in some ways driven by our culture," –Dr. Arthur Caplan 4

Other Countries Africa- Norman Borlaug inbred maize lines. Over 60,000 plants have been bred and their genes have been altered to make a perfect maize plant.5 Korea- Scientist are using breeding technology to contribute to the development of the abalone species.6 France-For over 20 years France has researched breeding structures and now uses insemination for their cattle breeding industry. 7

Same or Different?? Basically, all over the world scientists are using artificial breeding the same way the United States is. Countries are using this technique to better the economy and their business industries.

*Work Citied 1. http://www.answers.com/topic/artificial-selection 2.http://www.keygene.com/keygene-inc/pdf/AR%20Breeding%20By%20Design.pdf 3.http://www.noorclinic.com/health_articles/pregnancy/artificial_insemination.htm 4.http://www.cbsnews.com/stories/2009/03/03/earlyshow/health/main4840346.shtml 5. http://www.africancrops.net 6.http://www.fao.org/docrep/field/003/AB731E/AB731E00.htm 7.http://www.journals.elsevierhealth.com/periodicals/livest/article/PIIS0301622698001407/abstract