Diffusion Behavior in Rectal Cancer: Comparison of Mono-Exponential, Bi-Exponential & Continuously Distributed Exponential Models

Keywords

account accuracy accurate allowed applied array assumption axial behavior better bigger brain cancer channel china coefficient coil coincide complicated component components continuous continuously contrast contribution curve delineate diffusion displayed distributed distribution drawn eight employed encoded enrolled entails evaluate evaluating exponential expression extremely fast fitted fitting fraction greater green hospital human implies incoherent increasingly indicating intra last latter matrix model models molecular mono motion much mutually orthogonal patient patients pattern peak peaks people precluded preliminary promising proposed prostate protons purple radiology rectal republic respiratory response reveal routine scanner science sensitivity separated shanghai slices slower staging still tissue torso treatment trigger true tumor tumors typical unclear usually volume wall whether year