… at 2 separate distances (3 and 4 cm) to allow subtraction of the contribution to the signal
by superficial tissues. According to the manufacturer, on average 85% of the signal is of …

… which a low brain/serum glucose ratio might contribute to secondary injury—reduced substrate
… In our study, brain tissue hypoglycemia was more closely related to reduced brain/serum …

… attributed to tissue magnetic susceptibility differences. In this study, the contribution of myelin
to … Comparison of in-vivo and in-vitro data showed that, although tissue T 2 * values were …

… Quantitative cerebral perfusion imaging using dynamic … in contrast agent concentration in
cerebral tissue and its feeding artery… that the mesoscopic contribution is responsible for a major …

… contributions from both the internal microscopic tissue T 2 decay and the mesoscopic
magnetic field inhomogeneities described above. The R urn:x-wiley:07403194:media:MRM21108:…

… resonance (NMR) spectra of the tissue extracts were collected at 37Cona … contribution of
glutamate and glutamine multiplet areas within a given carbon resonance and (2) the ratios …

… brain tissue rescued by reperfusion compared to brain tissue … To this end we used transient
middle cerebral artery … utilization ratio is an approximation for the relative contribution from …

… proportion of the light path traverses cerebral tissue and thus changes in cerebral chromophore
content have a greater effect. The relative contributions of extracranial and intracranial …

… Since in the same experiments the N/Pe ratio for T3 was obtained for each tissue, we were
able to calculate the apparent contributions of plasma T3 to cerebral and cerebellar nuclear …

… , to increase cerebral blood flow, and oxygenation in ischemic tissue. VEGF can increase …
with alterations in BBB permeability and contribute to exacerbating injury. The neuroprotective …