
In this video, I am discuss about introduction of genetic engineering.
Trace the history of genetic engineering from prehistoric artificial selection and domestication to modern DNA transfer, transcription, translation, and genome sequencing, highlighting landmark discoveries and commercialization.
This video covers the Objectives of genetic engineering.
This is the first step of genetic engineering.
Isolate the gene and introduce it into a host using a vector, such as a plasmid or bacteriophage, then cut with endonucleases and ligate to form rDNA.
Explore the three stages of recombinant DNA and the transfer of recombinant DNA into organisms, highlighting that these organisms are genetically modified.
Explore the scope of medicine in biotechnology, covering diabetes, interferons, genetic engineering, gene therapy, vaccines and antigens, and the role of genetically engineered foods.
Explore the scope and importance of genetic engineering in food, including fermentation by microorganisms such as yeast, preserving food, and examples like beer, whiskey, and malted vinegar.
Explore how agriculture leverages genetically modified organisms to enhance plant protection, reduce disease risk, and improve resistance against infections and herbicides.
Explore the achievements of genetic engineering, from creating GMOs and insulin production to vaccines, interferons, nitrogen fixing plants, and treating diseases like thalassemia and sickle cell.
In this video, i am gonna discuss about genetic engineering tools of trade.
In this video, i am discuss about major breakthrough of genetic Engineering.
Offer students best of luck for success in every walk of life as they engage with the basic concepts of genetic engineering and biotechnology.
> This course is designed to meet the requirement of the students to understand the Basics of Genetic Engineering.
>This course presents many of the topics Found in inter, bachelor and master level.
>The topics are presented through PowerPoints presentation.Each body system is presented separately and there are quizzes at the end of each section.
>In this Course , Students will learn the introduction of Genetic engineering.
>Understand the objectives of Genetic Engineering.
>Understand, identify and describe the process of Genetic Engineering.
>Understand the Scope of Genetic Engineering.
Genetic engineering is a term that was first introduced into our language in the 1970s to describe the emerging field of recombinant DNA technology and some of the things that were going on. As most people who read textbooks and things know, recombinant DNA technology started with pretty simple things--cloning very small pieces of DNA and growing them in bacteria--and has evolved to an enormous field where whole genomes can be cloned and moved from cell to cell, to cell using variations of techniques that all would come under genetic engineering as a very broad definition. To me, genetic engineering, broadly defined, means that you are taking pieces of DNA and combining them with other pieces of DNA. [This] doesn't really happen in nature, but is something that you engineer in your own laboratory and test tubes. And then taking what you have engineered and propagating that in any number of different organisms that range from bacterial cells to yeast cells, to plants and animals.