PPT-Biotechnology: Bacterial Transformation Lab

How can we manipulate inheritable information You are going to be split into one of the following groups DNA cloning and applications Different methods used to study DNA Medical applications of DNA technology. Levi . Lúcio. , McGill University. The NECSIS Project. “. NECSIS is focused on the advancement of a software methodology, . called Model-Driven Engineering (MDE), that can yield dramatic . i. mprovements in software-developer productivity and product quality.. www.BiotechEd.com. Ellyn@BiotechEd.com. Biotechnology; . Science for the New Millennium. Text with Encore CD. Laboratory Manual. Lab Kits/Materials. Encore CD. Instructor’. s Guide. Course Planner. Biotechnology . Objectives. Explain how biotechnology has improved the process of making cheese. Terminology . Rennin. Chymosin. (. Chy. -max). Curds. Whey. Cheese-Making Technology. Cheese-making-. http://vimeo.com/17125052. History of Biotechnology. Unit 9: Microbiology. http://vimeo.com/17125052. What is Biotechnology?. Biotechnology: the branch of molecular biology that studies the use of . BY: Selena & Nicole. Foundations of biotechnology . Biotechnology can be defined as the manipulation of living organisms or their components to provide products or to serve useful purpose. As result the DNA of plants, animals and other organisms can be manipulated in the laboratory .. We will start on . TUESDAY. !. All the following information can be found at:. http://. phschool.com/science/biology_place/labbench/lab6/intro.html. Homework: Review all the information on this website, and complete self-quizzes for understanding of lab procedure and results.. . Definitions of Biotechnology . Timeline of Biotechnology . Techniques used in Biotechnology . Who's Who in Biotechnology . 2. How is Biotechnology being used?. . Applications of Biotechnology . Medicines on the market today . BCH 462 [practical]. 2. nd. lab. DNA cloning. involve: “cell based” . 1.. Insertion of DNA fragments in to a cloning vector ”e.g. plasmid”.. 2.. Introducing a vector in to bacterial cells ” the host”.. Introduction. Lecture 1. Biotechnology. It implies with the use of microorganisms, plants, animals or parts of them for the production of useful compounds.. Pharmaceutical biotechnology. It is concerned as the biotechnological manufacturing of pharmaceutical products. . How can we manipulate inheritable information?. You are going to be split into one of the following groups. DNA cloning and applications. Different methods used to study DNA. Medical applications of DNA technology. Esmaeil. . Sadroddiny. , PhD. Medical Biotechnology. Biotechnology:. An ancient job, a novel concept. Medical Biotechnology. Biotechnological tools. Genetic engineering and recombination . Biotechnological tools. (AP Lab 8). Biotechnology – the use of. living organisms or biological systems in research or industrial uses, especially in regard to microorganisms and genetics . Lab . 13 . Biotechnology: Bacterial Transformation. Terminology. Transformation: Change in a trait caused by genes. Plasmid: Accessory, circular DNA found mainly in bacteria: can be engineered to carry certain genes. pGLO. :. Plasmid used to transform E.coli. cells how to produce specific proteins These segments are genes It is the presence or absence of the specific protein that gives an organism a trait or characteristic More than 10000 different genes