AbstractA logistic differential equation with a time-varying periodic parameter is used to model the growth of cells, in particular cancer cells, in the presences of chemotherapeutic drugs. The chemotherapeutic effects are modeled by a periodic parameter that modifies the growth rate of the cell tissue. A negative growth rate represents the detrimental effects of the drugs. A simple criterion is obtained for the behavior of the chemotherapy
In this paper, the presentation will be on existing model called integro-differential equation of tu...
The aim of this paper is to present some approaches to tumour growth modelling using the logistic eq...
Abstract: In the last few decades, the dynamics of tumor cells and their growths are presented via c...
A logistic differential equation with a time-varying periodic parameter is used to model the growth ...
AbstractA logistic differential equation with a time-varying periodic parameter is used to model the...
AbstractAn existing model of tumor growth that accounts for cell cycle arrest and cell death induced...
AbstractA logistic model of periodic chemotherapy is developed that includes drug resistance. Criter...
An existing model of tumor growth that accounts for cell cycle arrest and cell death induced by chem...
An existing model of tumor growth that accounts for cell cycle arrest and cell death induced by chem...
A mathematical model is used to discuss the effects of cycle-specific chemotherapy. The model includ...
A time-delayed mathematical model for tumor growth with the effect of periodic therapy is studied. T...
A mathematical model for describing the cancer growth dynamics in response to anticancer agents adm...
A simplified two-compartment model for cell-specific chemotherapy is analysed by reformulating the g...
Cancer is the disease caused by disordered hormone so that it causes the lumps to grow abnormally o...
Cancer is the name given to a class of diseases characterized by an imbalance in cell proliferation ...
In this paper, the presentation will be on existing model called integro-differential equation of tu...
The aim of this paper is to present some approaches to tumour growth modelling using the logistic eq...
Abstract: In the last few decades, the dynamics of tumor cells and their growths are presented via c...
A logistic differential equation with a time-varying periodic parameter is used to model the growth ...
AbstractA logistic differential equation with a time-varying periodic parameter is used to model the...
AbstractAn existing model of tumor growth that accounts for cell cycle arrest and cell death induced...
AbstractA logistic model of periodic chemotherapy is developed that includes drug resistance. Criter...
An existing model of tumor growth that accounts for cell cycle arrest and cell death induced by chem...
An existing model of tumor growth that accounts for cell cycle arrest and cell death induced by chem...
A mathematical model is used to discuss the effects of cycle-specific chemotherapy. The model includ...
A time-delayed mathematical model for tumor growth with the effect of periodic therapy is studied. T...
A mathematical model for describing the cancer growth dynamics in response to anticancer agents adm...
A simplified two-compartment model for cell-specific chemotherapy is analysed by reformulating the g...
Cancer is the disease caused by disordered hormone so that it causes the lumps to grow abnormally o...
Cancer is the name given to a class of diseases characterized by an imbalance in cell proliferation ...
In this paper, the presentation will be on existing model called integro-differential equation of tu...
The aim of this paper is to present some approaches to tumour growth modelling using the logistic eq...
Abstract: In the last few decades, the dynamics of tumor cells and their growths are presented via c...