An Alzheimer's disease researcher performs an experimental study using three types of mice (wild type, Tg2576, and 3xTg mice) and three types of treatments (placebo, drug A, drug B) to assess impact on measured cognition. The wild type mice are "normal" and the Tg2576 and 3xTg mice have "Alzheimer's disease". After being administered a single treatment type, each mouse has its cognitive performance assessed via the Morris Water maze (MWM) where escape latency is reported in seconds. Each cell in the table represents the MWM performance of a single mouse such that the overall study size is n = 45 mice. Perform the appropriate ANOVA at an alpha of 0.05 and select the interpretation of your result. control drug A drug B wild type 35 34 36 wild type 36 37 38 wild type 33 35 35 wild type 32 30 33 wild type 34 33 34 Tg2576 44 41 46 Tg2576 39 40 45 Tg2576 42 37 44 Tg2576 41 38 43 Tg2576 40 37 44 3xTg 42 40 44 3xTg 44 39 45 3xTg 43 39 46 3xTg 39 38 40 3xTg 44 42 43 Group of answer choices Treatment type is contributing to a significant difference in mean MWM escape latency Mouse treatment type is contributing to a significant difference in mean MWM escape latency Mouse type and treatment are independently contributing to a significant mean difference in MWM escape latency There is/are no significant difference(s) in mean MWM escape latency in this study Mouse type and treatment are interactively contributing to a significant mean difference in MWM escape latency