컨텐츠 시작
학술대회/행사
초록검색
| 제출번호(No.) | 0244 |
|---|---|
| 분류(Section) | Special Session |
| 분과(Session) | (SS-21) Recent Progress in Mathematical Biology (SS-21) |
| 발표시간(Time) | 20th-D-13:30 -- 14:00 |
| 영문제목 (Title(Eng.)) |
Model reduction of basic viral model: Estimation of initial infected cells and validity condition |
| 저자(Author(s)) |
Jong Hyuk Byun1 Pusan National University1 |
| 초록본문(Abstract) | The imperative influence of virus mutation in disease development necessitates the mathematical models, the basic viral model, for a better understanding of virus dynamics. However, given the challenges posed by limited data, applying a fundamental viral model becomes challenging. To overcome this, reduction techniques like Quasi-Steady State Approximation (QSSA) are employed to enhance computational efficiency. This study not only addresses the misuse of the existing QSSA model but also provides proper use for its accurate application. Our refined model uncovers a robust correlation between the validity condition and relative errors, reinforcing its reliability. This research may contribute to advancing our understanding of viral dynamics where data is limited. |
| 분류기호 (MSC number(s)) |
92Bxx |
| 키워드(Keyword(s)) | Viral dynamics, Quasi-steady state approximation (QSSA), validity condition, parameter estimation, reaction network |
| 강연 형태 (Language of Session (Talk)) |
Korean |