Kim Young-jun: Fundamentals of Systems Biology

And the area of 373: in academic fields, when this was first introduced, was new, but there are still many limitations. If we imagine, there are about 80,000 proteins that people have now. But, the philosophical question is, what do we have except for water molecules in the water? There's a lot of phosphorus, iron, minerals, ions, and a lot more, and then you have a lot. But there's a rainstone here, or lead? What it's trying to do is to connect the story with the idea that we don't have a problem with real beings, but it depends on how we detect them. So, the detection limits always follow. Can we say there's one gold atom in here? Water molecules are 6. It's one hundred and twenty-three times one hundred twenty-two times ten to the twenty-third. There's not even one gold piece here... that's what the detection limits are. I can't say no. How do you tell which one you want to see? It has to be more than a certain concentration that it can detect. In general chemistry class, the c in the cell could be the c atoms that General Identified had. It's going to be circulating. The only problem with detection limits! We have cells, how many proteins are there, how much are there? The cell itself is not big. And you can only see it under a microscope, for example, how many of the cells that an alcoholic diinesis enzyme has in one of its liver? Think about it. And the basic concept of the orix is to look at the whole protein. But there's a problem where you don't know how many people you have.

Korean title: 시스템생물학 기초

Korean author: 김영준

Korean publisher: 에듀컨텐츠휴피아

ISBN-13: 9788963564104