학술행사
Introduction for the application of mathematics to understand complex biological systems
등록일자 : 2015-09-19- 발표자 김재경 교수 (KAIST)
- 기간 2015-09-22 ~
NIMS 콜로퀴움
□ 연사: 김재경 교수 (KAIST)
□ 일시: 2015년 9월 22일(화) 16시30분
□ 장소: 국가수리과학연구소 수학원리응용센터 대강당
□ 제목 : Introduction for the application of mathematics to understand complex biological systems
The revolution of molecular biology in the early 1980s has revealed complex network of non-linear and stochastic biochemical interactions underlying biological systems. To understand this complex system, mathematical modeling has been widely used.
In this talk, I will introduce the typical process of applying mathematical models to biological systems including mathematical representation of biological systems, model fitting to data, analysis and simulations, and experimental validation. I will also describe our efforts to develop and integrate mathematical tools across the different steps of the modeling process.
Finally, I will discuss the shortcomings of our present approach and how they point to the parts of current toolbox of mathematical biology that need further mathematical development.
NIMS 콜로퀴움
□ 연사: 김재경 교수 (KAIST)
□ 일시: 2015년 9월 22일(화) 16시30분
□ 장소: 국가수리과학연구소 수학원리응용센터 대강당
□ 제목 : Introduction for the application of mathematics to understand complex biological systems
The revolution of molecular biology in the early 1980s has revealed complex network of non-linear and stochastic biochemical interactions underlying biological systems. To understand this complex system, mathematical modeling has been widely used.
In this talk, I will introduce the typical process of applying mathematical models to biological systems including mathematical representation of biological systems, model fitting to data, analysis and simulations, and experimental validation. I will also describe our efforts to develop and integrate mathematical tools across the different steps of the modeling process.
Finally, I will discuss the shortcomings of our present approach and how they point to the parts of current toolbox of mathematical biology that need further mathematical development.
