An Image Driven Biophysical Model of Tumor Cell Proliferation

Keywords

accuracy advances agreement allow appropriate assessed assigned assumptions audience basis biology biomedical biophysical bold brain ceased cell cells cellular central characteristics coefficient concentration concordance consisting consumption contrast core correlation coupled critical cycle days death delivery dependent depending derived described describing development differential difficult diffusion direct directed directly driven dynamic early elsewhere engineering enhanced equation equations expanding extraordinarily finite focused form glucose gore growth growths healthy hypothesize implantation importantly in vivo include incorporate incorporated incorporates incorporating indicate individual initialized institute intact linear local logistic long many maps mathematical measure medicine model modeled modeling models molecular movement necrotic noninvasive note ongoing organism overestimated oxygen partial physics physiological post potential predict predicted predictions preliminary previously proliferate proliferated proliferation quantitative rand random rats realistic recent relationship represented require respectively response science simulated simulation slice solved spatially status strong subject suggest target term therapy tissue tumor tumors typical underwent varies vascular volume whereas