Preclinical Study of Stroke Using T2relaxometry and Diffusion Weighted Imaging

Keywords

absolute accepted achieve acquisition affected allowed animal apparent assumed assumption attributed audience axon better blocks brain canalization cause cerebral challenging characteristics choice chosen clinical closely column combining common constant constitutes contribution contributions core cores damage depiction described detect deterioration devastating deviation diagonal diffusion disability disease distribution domain drops echoes edema ensured error evaluated even evident expectations fidelity focuses form formulated forward fraction future gain gray hamburg healthy human imposes improved improves infer inferred initial interstitial intra inversion investigations lacks lesion lesions local long loss maps match matrix medical mice minimization model moderate mouse neurological neurology noise norm normalized occurs operator organizations overall partial penalizes physicist planned practice predict predicting progression pronounced psychiatry quantitative radiology recurrence regarding regularization remains requirement researchers respective risk robustness scale smooth smoothly solutions spacing spatial specificity stability stage stroke structure structures table target temporal term third though tissue trial underlying understanding underwent vary vector volume water white