Manipulating DNA Chapter 9

Slides:



Advertisements
Similar presentations
Recombinant DNA and Genetic Engineering
Advertisements

Biotechnology Chapter 11.
Frontiers of Biotechnology Chapter 9 Mr. Scott. Manipulating DNA How can scientists manipulate the code? Scientists use their knowledge of the structure.
Chapter 9: Biotechnology
Genetic Technology DNA Technology Genetic Engineering ALL THE SAME.
Genetic technology Unit 4 Chapter 13.
Ch. 9: Frontiers of Biotechnology
Biotechnology Overview
Molecular Biology DNA Fingerprint – a sequence of bands that shows a persons DNA sequence How to make a DNA Fingerprint 1.DNA Extraction Cell is opened.
Genetics and Biotechnology
Warm-up 1/9: Finish Pedigree Worksheet: #11-16
Warm Up Create a Vocabulary 4 Square As we identify the terms in our lesson: 1.Define the term 2. Give an example 3. Draw a picture to help you remember.
Chapter 20~DNA Technology & Genomics. Who am I? Recombinant DNA n Def: DNA in which genes from 2 different sources are linked n Genetic engineering:
Biotechnology SB2.f – Examine the use of DNA technology in forensics, medicine and agriculture.
Chapter 9 Biotechnology
Chapter 13 Genetic Engineering. This genetically engineered plant Glows-in-the-Dark!
Copyright Pearson Prentice Hall DNA Technology. Copyright Pearson Prentice Hall Selective Breeding Selective breeding allows only those organisms with.
Biotechnology pp WHAT IS IT?  Biotechnology : the application of technology to better use DNA and biology.
End Show Slide 1 of 32 Copyright Pearson Prentice Hall Manipulating DNA.
DNA Technology.
Section 2 Genetics and Biotechnology DNA Technology
Biotechnology Biology- Regular John Murnan Etowah High School.
Class Notes 1: DNA Manipulation. I. DNA manipulation A. During recent years, scientists have developed a technique to manipulate DNA, enabling them to.
Chapter 13 Table of Contents Section 1 DNA Technology
DNA Technology Chapter 11. Genetic Technology- Terms to Know Genetic engineering- Genetic engineering- Recombinant DNA- DNA made from 2 or more organisms.
Researchers use genetic engineering to manipulate DNA. Section 2: DNA Technology K What I Know W What I Want to Find Out L What I Learned.
KEY CONCEPT Biotechnology relies on cutting DNA at specific places.
Biology Chapter 9 & Honors Biology Chapter 13 Frontiers Of Biotechnology.
Abraham Lincoln – Marfan Syndrome Emily Dickinson – Manic Depression Vincent Van Gogh – Epilepsy Albert Einstein – Dyslexia John F. Kennedy – Addison’s.
NOTES - CH 15 (and 14.3): DNA Technology (“Biotech”)
Genetic Engineering How do scientists make changes to DNA?
Genetic Technology DNA Technology Genetic Engineering ALL THE SAME.
Vocab review Unit 8 - biotechnology. 1. Organism that has acquired genetic material by artificial means.
 Cell that does no have a nucleus or other membrane bound organelles.
KEY CONCEPT DNA sequences of organisms can be changed.
9.1 Manipulating DNA KEY CONCEPT Biotechnology relies on cutting DNA at specific places.
Biotechnology Kline FHS. What can biotechnology do? Reunite families? Identify a criminal? Find your baby daddy? Clone your pet that died? Make new vaccines?
Biotechnology. Biotechnology The manipulation of biological processes or organisms to achieve a goal.
 It’s your future - the world you will be growing up in, the world you will be taking over for future generations  To prevent and treat genetic diseases,
Biotechnology.
Bioethics Writing Assignment
Genetic Technology DNA Technology Genetic Engineering ALL THE SAME
Ch 15 DNA Technology/ Genetic Engineering
Chapter 9: Biotechnology
Chapter 9 Biotechnology
BIO 244: General Microbiology
Recombinant DNA Technology
13.1 Applied Genetics Selective Breeding
21.8 Recombinant DNA DNA can be used in
GENETIC ENGINEERING Chapter 13.
Genetic Engineering 9/11/2018 SB2f.
Section 2 Genetics and Biotechnology DNA Technology
Union Academy Charter School
Frontiers of Biotechnology
DNA Technology Now it gets real…..
the manipulation of living organisms for human use Chapter 13
New genes can be added to an organism’s DNA.
Scientists use several techniques to manipulate DNA.
5. Genetic Engineering Techniques
What is Technology?.
By applying the principles of modern genetics.
The student is expected to: (6H) describe how techniques such as DNA fingerprinting, genetic modifications, and chromosomal analysis are used to study.
Genetics and Biotechnology
Genetics and Biotechnology
Biology, 9th ed,Sylvia Mader
DNA Technology.
Biotechnology Mr. Greene Page: 78.
Recombinant DNA and Genetic Engineering
GENE TECHNOLOGY Chapter 13.
Jeopardy Final Jeopardy Topic 1 Topic 2 Topic 3 Topic 4 Topic 5 $100
Presentation transcript:

Manipulating DNA Chapter 9 SC.912.L.16.10 – Students understand the effect of biotechnology on the individual, society, and the environment.

DNA is way too small to cut with a razor, knife, or pair of scissors DNA is way too small to cut with a razor, knife, or pair of scissors. This is why restriction enzymes must be used. Restriction enzymes cut DNA at specific nucleotide sequences.

The DNA fragments must be sorted according to size The DNA fragments must be sorted according to size. In gel electrophoresis, an electrical current is used to separate DNA fragments from each other.

Restriction maps show the lengths of DNA fragments between restriction sites in a strand of DNA.

How do scientists get an amount of DNA that is large enough to be studied? Polymerase Chain Reaction (PCR) is a technique tht produces millions of copies of a specific DNA sequence in a few hours.

Instead of using helicase to unwind the DNA, PCR uses heat to separate the strands and then copies of each strand are made.

Primer – short strand of DNA that acts as a starting point for a new strand.

Unless you have an identical twin, your complete set of DNA is unique to you. Each person has a DNA fingerprint – a representation of parts of an individual’s DNA that can be used to identify a person at the molecular level.

A clone is a genetically identical copy of a gene or organism A clone is a genetically identical copy of a gene or organism. Examples: bacteria, identical twins, sea stars, and some plants such as banana plants.

Genetic engineering – changing an organism’s DNA to give the organism new traits. Genetic Engineering is based on recombinant DNA – DNA that contains genes from more than one organism.

Bacteria contain plasmids – tiny loops of DNA that are separate from DNA within chromosomes. Plasmids also replicate on their own. Scientists can add genes to a plasmid and place that plasmid inside of a bacterium.

Bacteria with added plasmids are called transgenic bacteria Bacteria with added plasmids are called transgenic bacteria. They will express the genes on that added plasmid. A transgenic organism has genes from another organism inserted into it.

Transgenic bacteria are used to produced insulin for people with diabetes. This is one way that genetic engineering has helped improve health and society.

Transgenic plants with pesticide genes can be grown more quickly to feed more people. This is another way that genetic engineering has helped decrease famine and improve health.

Some concerns about genetically modified foods include: - Could some produce allergic reactions? Is it ethical to change the genes of an organism? What would happen if these genes got into the “wrong” organisms? Could making these foods decrease biodiversity?

A genome is all of an organism's genetic information A genome is all of an organism's genetic information. Genomics is the study of genomes within humans and other organims.

Gene sequencing is determining the order of nucleotides in DNA Gene sequencing is determining the order of nucleotides in DNA. Recall that the order of nucleotides within DNA determines the protein that will be translated.

The human genome has approximately ~ 3 billion basepairs and 30,000 to 40,000 genes. Recall that a base pair is when one nucleotide forms a hydrogen bond with another. A-T, G-C, etcetera.

The Human Genome Project has the goals of 1) mapping and sequencing all of the DNA basepairs 2) identify ALL genes within the sequence.

Bioinformatics is the use of computer databases to organize biological data.

Proteomics is the study of all the proteins that result from an organism’s genome. Recall that proteins are the result of DNA translation.

Some people have a higher risk of developing a particular disease because of their genes. We say that these people are genetically predisposed for the disease.

Genetic Screening is the process of testing DNA to determine a person’s risk of having or passing on a genetic disorder.

Gene Therapy is the replacement of a defective gene or the addition of a gene to treat a genetic disease.