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The Process Of Genetic Engineering Video

That can: The Process Of Genetic Engineering

Show Video. All right. Welcome to tech nights, we are excited to The Process Of Genetic Engineering able to share our session with you which will be talking about genetic, engineering, a quickly advancing, and hot topic, in science, right now. Uh before we get started we'd like to introduce, ourselves.

I'm aiden, i'm a graduate student at the university, of pittsburgh. I grew up in colorado, but i did my undergraduate, in oklahoma, and now i've been here in pittsburgh, for about five years. I work in Engineerimg nacotra, lab and we study. Which is a type of immune, response. And a really cool animal called hydrictenia.

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Specifically, i study a type of a protein interaction, that allows. The animal to recognize, close relatives, of self. Uh, i use a lot of.

Different molecular, biology, and genetic engineering, techniques, in my research, some of which we'll talk about today. But i'm also interested in the application. Of computational, biology and data science. When i'm not doing science, and before the pandemic, i enjoy, playing soccer, and going to dance argentine, tango.

And now during the pandemic, i go for more walks, and play piano more. Hi my name is alyssa. I'm a freshman, studying computer, science at carnegie, mellon university.

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I'm from the chicago, area. I like computer science because it lets me solve all kinds of different problems, and programming, is really fun it can be applied to a lot of other fields, including biology.

Outside of school i like reading books playing piano and spending time with The Process Of Genetic Engineering friends. So today Engineerign going to cover some basic, dna and protein information to make sure everybody's, up to speed with what we're talking about in the rest of the talk. But then we'll get into genetic engineering, techniques, both in the traditional, research, or small scale applications, such as bacterial, transformation. And then we'll get into the larger, more complicated, applications. Ideally, our goal is to help you understand, generally, how these techniques, work, and then also get used to start thinking about the applications. And ethical, Enineering. Needed for this technology.

In the real. Yeah so let's start with the basics, about dna. Dna, stands for, deoxyribonucleic. Source it's a molecule that carries genetic information, like you might have learned. It's shaped like a double helix, which is what we call this twisted, ladder shape in the picture.

The information, stored, in dna, is a code made up of an alphabet, of four bases. Adenine, Thymine. Guanine, and cytosine. Which we represent, with the letters, a, t, g and c. All cells have dna.]