PPT-Bio Lab Genetic engineering

2 nd semester Genetic engineering Process of inserting new genetic information into existing cells in order to modify a specific organism for the purpose of changing its characteristics alters the genetic structure of an organism by either removing or introducing DNA. 11EGS. What do you think bioengineering encompasses?. The Scope of Bio. Bio-engineering applies the basic principles of engineering to the development of innovative methods for the diagnosis and treatment of diseases and injuries as well as playing a crucial role in the advancement of medical devices and technologies. It is an interdisciplinary subject, which combines wide-ranging scientific knowledge with technological processes and engineering skills to provide systems for many applications.. Learning Objectives:. Explain cloning.. Explain genetic engineering.. Analyse the advantages and disadvantages of cloning and genetic engineering.. Cloning. Clone. = an individual produced through asexual reproduction that is genetically identical to the parent. By: Elise Merrill. Sarah Titus. Aislyn. Vaughan. Which one is Genetically Engineered?. Questions. How can scientists genetically alter a plant or animal?. Is it harmful or beneficial to humans?. Which countries use genetic engineering technology the most?. [. Bio. ] . Ethanol. Ethanol.  . , . also commonly called . ethyl. . alcohol. , drinking alcohol, . or . s. imply.  . alcohol.  is the principal type . of.  . alcohol. . found in. . alcoholic. A training manual for trainers. Overview. Bio-medical Waste Management Rules, 2016. The Rules apply to all persons who generate, collect, receive, store, transport, treat, dispose or handle bio-medical waste in any form. Everything you need to know!. Scientists used a bioluminescent gene from a jellyfish to create “glowing” green mice! .  . Know. Selective Breeding involves choosing . two. organisms of the . same. Why is starch agar used?. -To see if saliva was present and broke down the starch.. Positive control . –used to show what the change looks like. Negative control. – used to what no change looks like. 2016. . . . KAREN LANCOUR. . National Committee Chair-Life Science. . Bio-Process Lab. . National Supervisor . karenlancour@charter.net. . Event Rules – 2016 . . DISCLAIMER. . This presentation was prepared using draft rules.  There may be some changes in the final copy of the rules. You can compare dogs of every breed imaginable! . There is an enormous range of characteristics that are the result of . genetic variation. . . The differences among breeds of dogs are so great that someone might think that many of these breeds are different species. . Genetic Engineering. 1. ) Inserting a new a gene. 2) Altering a gene. 3) Deleting or turning off a gene (gene knockout). Tools. Three important tools used for genetic engineering. PCR. : takes a single copy of the gene of interest and makes . Introduction and Application in Genetic Engineering. Genetic engineering. , . the artificial manipulation, modification, and recombination of DNA or other nucleic acid molecules in order to modify an organism or population of organisms. . What is the difference between . the mice in these two groups?. What is genetic engineering?. Genetic engineering is the . direct modification of an organism’s genome. , which is the list of specific traits (genes) stored in the DNA. . ?. G. enetic . engineering. , the artificial manipulation, modification, and recombination of DNA or other nucleic acid molecules in order to modify an organism or population of organisms. . This . may mean changing one base . Write . a passage to describe the following points using the terms below. :. 1) Basic . genetic engineering . techniques. and 2) . Pros . and cons of genetic engineering.  . Biotechnology. Genetic engineering.