… tissue, MTT is the ratio of the cerebral blood volume (CBV) to CBF, with CBV being the volume
of blood per volume of tissue, … overall contribution determined by the product of the ratio of …

… per unit of brain volume in these cerebral tissues is significantly different. From a hemodynamic
… findings could contribute to our knowledge of the hemodynamic behavior of the cerebral …

… a low amount of tissue damages in implanted tissues 15, 16 . … -tissue sections of brain (20−30
μm thick) which contributed to … However, the analysis based on thin-tissue brain sections …

… Under the assumption of a fixed intracranial volume and the incompressible tissue constituents
of the cranial vault, we inferred a relatively small net contribution of the large intracranial …

… of water ADC decline in ischemic tissue have been proposed and … in normal and ischemic
cerebral tissue have focused on the … contribution to the water ADC value in rat cerebral tissue …

… mode of solute transport in cerebral tissue, it is not clear how … may contribute to the passage
of solutes between tissue and … a reduction of bulk flow between tissue and PVS, leading to …

… morphological ones, which contribute to the functions of the … Transverse Relaxation time of
water in cerebral tissue as a … , as well as other small sources contributing. A lower limit for T2 …

… wall PO 2 , thus contributing more to brain tissue oxygenation [41]. Next, we focused on the
relations between capillary wall PO 2 and RBC flow and diameter. It has been reported that …

… tracer injection without injuring the parenchymal tissue. Keep parenchymal tissue intact is
key to … (ie, direct injection into the parenchymal tissue) may alter the glymphatic function and, …

… In order to assess the contribution of other cellular components, we also analyzed the …
that the contribution of other cells such as mast cells (Burlina et al., 1997) to the tissue NAA …