Evaluation of Functional Connectivety in a Cold-Microtubule Deficient Mice Using Manganese Enhance Magnetic Resonance Imaging in vivo

Keywords

ability alterations always anesthesia animals anterior arose atlas background better bilateral brain brains canals capsule cerebral coil cold colony comparable compensate conditions configuration connection connections connectivity consistent contours correlated corresponds cortex cortical cross decrease deficient deficit dehydrated detect determined deviation devoid drawn enhance enhanced enriched evaluate evaluation expressed facility five floating fraction free frozen functional genes gold hemisphere hemispheres highlight highlighted histological histology homozygous important in vivo indicate induce injection injections instability intensities intensity interestingly internal jean known like linearly long male manganese manually mice models month mouse namely necessarily neuronal nuclei null peduncle perfused physiological pixel post posterior primary procedures proposed prove quickly radiation reduction remaining removed represented respectively revealed reveals reviewed sacrificed short significance site smaller smith snapshots software stable staining stop stored structural structures student sucrose suggest surface synapses synaptic synchrotron system thalamus thin tract tracts transport transported tubule type undergone understand unpaired vesicles visual void volume whether wild yield