00000ctm a22000003a 4500 UP-8027390931312556434 Buklod 20211013110732.0 o--- | || || ta 211013s2019 xx d r |||| u| (iLib)UPCEB-00012249430 UPC eng LG 993.5 2019 M38 P43 Pedroza, Rhoxette Nazi P. Local stability analysis of mathematical model of virus therapy for cancer Rhoxette Nazi P. Pedroza ; Dr. Lorna S. Almocera, adviser. Cebu City College of Science, University of the Philippines Cebu 2019. 51 leaves Thesis (Bachelor of Science in Mathematics)--University of the Philippines Cebu. June 2019. Oncolytic viruses specifically infect cancer cells, replicate in them, kill them, and spread within the tumor cells while leaving normal cells largely unharmed which makes them potentially useful in cancer therapy. In this paper, we analyzed Wodarz?s Model, a nonlinear mathematical model to the study the interaction between tumor cells and the oncolytic viruses. The equilibrium points of the system are investigated, and their stability analysis is carried out. Moreover, the numerical simulation of the analyzed model is also performed which supports the theoretical findings. Almocera, Lorna S. adviser. https://drive.google.com/file/d/1DMTeYbpkLtp1OymtcacJuFIl6epcEd55/view?usp=sharing UP UPCEB CEBU-LAHUG LG 993.5 2019 M38 P43 Thesis