Tumor growth parameters of in-vivo human breast carcinoma: a proposed mathematical model for tumor growth kinetics.
González MJ, Herrera FL, Miranda-Massari JM, Guzmán AM, Riordan NH, Ricart CM.
P R Health Sci J. 2006 Mar;25(1):71-3
Many mathematical models have been proposed to study tumor growth parameters in vivo. Nevertheless most of the medical models have given variable results even when experimental conditions are exactly the same. There are multiple factors that are capable of affecting tumor growth that should be taken into account when proposing a mathematical model for tumor growth in vivo. We discuss here own proposed model for tumor growth kinetics utilizing a modified Gompertz function that better responds to the growth characteristic of in "vivo" tumors.
3/1/2006
P R Health Sci J. 2006 Mar;25(1):71-3
González MJ, Herrera FL, Miranda-Massari JM, Guzmán AM, Riordan NH, Ricart CM.
Many mathematical models have been proposed to study tumor growth parameters in vivo. Nevertheless most of the medical models have given variable results even when experimental conditions are exactly the same. There are multiple factors that are capable of affecting tumor growth that should be taken into account when proposing a mathematical model for tumor growth in vivo. We discuss here own proposed model for tumor growth kinetics utilizing a modified Gompertz function that better responds to the growth characteristic of in “vivo” tumors.
https://prhsj.rcm.upr.edu/index.php/prhsj/article/view/335/216
Tumor Growth. Human Breast Carcinoma; Kinetics
Kinetics|Tumor Growth. Human Breast Carcinoma