Diffusion-Weighted Imaging Detects Early Physiologic Change of Tumor Following Tamoxifen Treatment in an MNU-Induced Breast-Cancer Rat Model

Keywords

according affecting agent alpha among analyzed anatomic anesthetized animal animals another anti apparent applied approved artifact artifacts assess assessed assessment bars benefit beta body breast brook cancer categorized cell characteristics coefficient coefficients coil collected compatible conserving continued correlated correlation cover days decreases densities density detects determine device diameter diet diffusion duration early efficacy enhancement equipped examined explore facilitate fast gating gradient grew histological hormonal ideal important individuals induce induced initiation injected instrument intermediate jugular lift mammary markers matrix measuring menopausal miller minimal minimizing model modify motion negative optimal patient patients periods physiologic plastic play positive presumably prognostic proliferating quantify rapid rare rats receiver recurrence reduces reduction refs regardless relationship representative resistant respectively respiratory respond responding role rose sensitive sensitivity separation settings significantly slice slices spin spontaneous staining statistical status stony strategy successfully suggest suggests surgery survival system therapeutic therapy timothy treated treatment tumor tumors twice vary vein volume weekly weeks wide