Recombinant DNA. Review Restriction enzymes cut DNA molecules at certain ‘restricted’ points A plasmid is also cut at the same point The ends match up.

Slides:



Advertisements
Similar presentations
Production of Human Growth Hormone in Genetically Modified Bacteria
Advertisements

Restriction Enzymes.
Ch 12. Researchers can insert desired genes into plasmids, creating recombinant DNA and insert those plasmids into bacteria Bacterium Bacterial chromosome.
Biotechniques.
Pre-AP Biology Ch.12 Ms. Haut
 We have made the gene through Recombinant DNA – how do we get lots of copies??
Chapter 20: Biotechnology. Essential Knowledge u 3.a.1 – DNA, and in some cases RNA, is the primary source of heritable information (20.1 & 20.2)
Genetic Engineering changing DNA within an organism.
Genome Drugs By: C. Brandon Brown Restriction Enzymes: cut certain segments of DNA that correspond to the enzymes cut sequence these enzymes sequences.
Unit 4 Review. 1 - Define the term plasmid and explain its significance for bacteria and recombinant technology. Go to
Recombinant DNA Technology Bacterial Transformation & GFP.
National 5 Biology Course Notes Unit 1 : Cell Biology Part 6 : Genetic Engineering.
Restriction Enzymes Enzymes that CUT
Ms. Gaynor Honors Genetics Biotechnology and the Use of Bacteria.
Observe the following slide and: 1) Explain what is occurring on the right side and then on the left side. 2) What might be the purpose of doing the process.
Biotechnology pp WHAT IS IT?  Biotechnology : the application of technology to better use DNA and biology.
AP Biology Biotechnology Part 3. Bacterial Cloning Process Bacterium Bacterial chromosome Plasmid Gene inserted into plasmid Cell containing gene of interest.
 Isolate a specific gene of interest  Insert into a plasmid  Transfer to bacteria  Grow bacteria to get many copies  Express the protein product 
Hypothetical Situation
Genetic Technologies Manipulating & Cloning DNA.
Genetic Engineering. What is genetic engineering? Definition: process of changing an organism’s genetic material to produce a new and useful result This.
Uses of DNA technology You will need to convince a grant committee to fund further research into your area of application of DNA technology Read your assigned.
Recombinant DNA rDNA. “rDNA” contains DNA from 2 or more different sources contains DNA from 2 or more different sources the DNA has been “spliced” together!
Making human insulin from bacteria: Use a restriction enzyme to cut out the gene for insulin a genetic scissors which cuts DNA at a specific sequence of.
Chapter 9 Genetic Engineering. Genetic engineering: moving a gene from one organism to another – Making insulin and other hormones – Improving food –
Gene transfer.
Biotechnology Practice Test. Question #1 An organism’s chromosomes are part of its a) plasmid b) recombinant DNA c) genome d) enzymes.
Introduction to Biotechnology ~manipulating and analyzing DNA.
1 Biotechnology According to some…Making the products you buy...better!
GENETIC RECOMBINATION By Dr. Nessrin Ghazi AL-Abdallat Lecturer of Microbiology.
Studying the genomes of organisms GENE TECHNOLOGY.
At the end of this lesson you should be able to 1. Define Genetic Engineering 2. Understand that GE alters DNA 3. Understand the function of restriction.
BIOTECHNOLOGY  A. Genetic engineering, also known as recombinant DNA technology, means altering the genes in a living organism to produce a Genetically.
8.1 - Manipulating & Cloning DNA
 What is different between these 2 sequences? GGAATTCCTAGCAAT CCTTAAGGATCGTTA CTACGTGAGGAATTC GATGCACTCCTTAAG.
Chapter 20: Part 1 DNA Cloning and Plasmids
Cell Transformation Recombinant DNA Host Cell DNA Target gene Modified Host Cell DNA.
Scientists alter DNA of orgs to produce wanted effects. 3 steps: cut the DNA, combine DNA, and fuse DNA into a living cell. Introduction.
nome/program.html.
Gene Technology Notes Genomes DNA Fingerprinting Recombinant DNA
At the end of this lesson you should be able to 1. Define Genetic Engineering 2. Understand that GE alters DNA 3. Understand the function of restriction.
Biotechnology & DNA Technology Genetic Engineering Chapter Pgs Objective: I can describe several different types of biotechnology,
Aim #68: What are some applications of Genetic Engineering? Genetic Engineering is a process that is used to the alter the genetic instructions in organisms.
 Biotechnology includes genetic engineering and other techniques that make use of natural biological systems to produce a product or to achieve an end.
Bell ringer 4.26 What is RNA? What is RNA’s purpose? What makes up a RNA nucleotide? What nitrogenous bases are present in RNA? What base is not found.
Restriction enzymes Are found in bacteria and are used to cut up DNA from a virus that might enter and take over the bacteria. They cut at specific sequences.
Applications of our DNA knowledge
DNA technology and Genetic Engineering Genetic engineering: Process of making changes in an organism’s DNA –Different than selective breeding….. –We physically.
DNA Fingerprinting, Recombinant DNA, Genetic Engineering, Karyotyping
Transformation Objective 4.
Aim: What are some applications of Genetic Engineering?
Biotechnology Practice Test
Introduction to Biotechnology
Transformation Chapter 12.
CHAPTER 12 DNA Technology and the Human Genome
Biotechnology & rDNA.
Biotechnology: Part 1 DNA Cloning, Restriction Enzymes and Plasmids
Genetic Engineering and Gene Expression
Biotechnology EOC review
GENETIC ENGINEERING.
AP Biology Biotechnology Part 3.
AP Biology Biotechnology Part 3.
GENETIC ENGINEERING.
Gene Technology Any form of studying genes, DNA, or altering genes to enhance or remove a trait; some forms allow organisms to perform new functions.
Genetic Engineering Subtitle.
AP Biology Biotechnology Part 3.
Genetically Modified Organisms
DNA Fingerprinting, Recombinant DNA, Genetic Engineering, Karyotyping
Genetic Egineering Isolation Cutting Ligation and Insertion
Making the products you buy. . . better?
Presentation transcript:

Recombinant DNA

Review Restriction enzymes cut DNA molecules at certain ‘restricted’ points A plasmid is also cut at the same point The ends match up and DNA ligase forms a link between the dangling or sticky ends of the DNA

Once the recombinant DNA is made then a host bacterium (often E. Coli) takes up the plasmid (it is ‘transformed). The bacteria that have taken up the recombinant DNA are selected. Then the bacterium produces the protein just as it would produce its own proteins.

E. Coli is commonly used for recombinant DNA ECORI is also from E. Coli Genes are often stored in host, like E.Coli

Uses for recombinant DNA Pharmaceutical products e.g. insulin, human growth hormone, interferon Vaccines e.g. hepatitis B vaccine Diagnostic testing e.g. using DNA problem

Uses cont’d Gene therapy cells are taken from patient then modified and replaced DNA fingerprinting used to find crime suspects and paternity cases

Gene therapy

DNA fingerprinting