Difference between revisions of "생물학의 정의"
| Line 1: | Line 1: | ||
| − | The definition of Biology: The scientific study of life. | + | <p><strong>The definition of Biology</strong>: The scientific study of life. [[What is biology?]]<br />Biology is an information science that is close to computer science and mathematics. The early 2000s is at the point where the conventional views of molecular biology change rapidly with new views. One of them is the transition from the object-oriented understanding of biology to an interaction-oriented understanding. Many scientists have predicted the reverse of reductionism in biology, and such interaction-based molecular research is the starting point of a holistic way of performing biology. The most appropriate and general name of such a non-reductionist methodology of doing biology is perhaps systems biology. We now have enough individual objects in biology to look at the architecture of the biological information object networks. --[[User:J|J]] 21:04, 26 Feb 2005 (KST) </p> |
| − | + | <p>[[생정보학]], [[분자생물학]]</p> | |
| − | [[What is biology?]]<br> | + | <p>생명현상을 연구하는 과학. 생물학은 [[과학]]의 한 핵심 분야로서, [[과학적방법론]]을 적용하여 지구상 및 우주에서의 모든 [[생명체]]와 생명현상을 체계적으로 분석 이해하는 것을 목표로한다. [[단백질]], [[DNA]], [[RNA]]등의 [[세포]]내외 생물 분자를 주로다룬다. 생물학은 [[의술]]과 [[의예]]의 순수 [[학문]]이다. 따라서 [[사람]]의 총체적 생명현상을 연구하는 학문이기도 하다. 현대 생물학은 정보처리학문으로의 전환 단계에 있으며, 미래에는 [[생정보학]]으로 가장 간료하게 인식 연구 될것으 전망된다. 이것은 생물학이 근본적으로 정보처리학문이기 때문이다. 생물학의 모든 문제는 [[세포]]가 정보와 에너지를 어떻게 처리하는가에 귀착한다. </p> |
| − | Biology is an information science that is close to computer science and mathematics. The early 2000s is at the point where the conventional views of molecular biology change rapidly with new views. One of them is the transition from the object-oriented understanding of biology to an interaction-oriented understanding. Many scientists have predicted the reverse of reductionism in biology, and such interaction-based molecular research is the starting point of a holistic way of performing biology. The most appropriate and general name of such a non-reductionist methodology of doing biology is perhaps systems biology. We now have enough individual objects in biology to look at the architecture of the biological information object networks. --[[User:J|J]] 21:04, 26 Feb 2005 (KST) | + | <p><hr /></p> |
| − | |||
| − | |||
| − | [[생정보학]], [[분자생물학]] | ||
Revision as of 12:41, 4 January 2006
The definition of Biology: The scientific study of life. What is biology?
Biology is an information science that is close to computer science and mathematics. The early 2000s is at the point where the conventional views of molecular biology change rapidly with new views. One of them is the transition from the object-oriented understanding of biology to an interaction-oriented understanding. Many scientists have predicted the reverse of reductionism in biology, and such interaction-based molecular research is the starting point of a holistic way of performing biology. The most appropriate and general name of such a non-reductionist methodology of doing biology is perhaps systems biology. We now have enough individual objects in biology to look at the architecture of the biological information object networks. --J 21:04, 26 Feb 2005 (KST)
생명현상을 연구하는 과학. 생물학은 과학의 한 핵심 분야로서, 과학적방법론을 적용하여 지구상 및 우주에서의 모든 생명체와 생명현상을 체계적으로 분석 이해하는 것을 목표로한다. 단백질, DNA, RNA등의 세포내외 생물 분자를 주로다룬다. 생물학은 의술과 의예의 순수 학문이다. 따라서 사람의 총체적 생명현상을 연구하는 학문이기도 하다. 현대 생물학은 정보처리학문으로의 전환 단계에 있으며, 미래에는 생정보학으로 가장 간료하게 인식 연구 될것으 전망된다. 이것은 생물학이 근본적으로 정보처리학문이기 때문이다. 생물학의 모든 문제는 세포가 정보와 에너지를 어떻게 처리하는가에 귀착한다.
