Sentence examples for brain transfer from inspiring English sources

The cause is not a wacky brain transfer like the one in "Freaky Friday" or in "Prelude to a Kiss".

Cerebral blood flow (autoradiography [14C]-iodoantipyrine), number of perfused capillaries (FITC-dextran fluorescence technique), brain water content (wet vs. dry weight) and the blood to brain transfer constant Ki for [51Cr]-EDTA were analyzed in the injured and the contralateral cortex.

The blood to brain transfer constant (Ki) for [51Cr]-EDTA was then calculated according to the following equation Ki = B/ 0∫T Ca (t) d t [32], where B is the amount of tracer that has moved from blood to brain (tissue uptake of tracer minus regional tracer concentration in plasma), Ca is concentration of the tracer in arterial plasma as a function of time, and T is the duration of the experiment.

However, in discussions of Raëlianism, cloning sometimes seems to refer not only to reproductive cloning, but also reproductive human cloning plus mind and/or brain transfer, or to a process of making adult clones.

Brain edema (wet/dry weight), BBB integrity (Cr-EDTA blood to brain transfer), cerebral blood flow (C-iodoantipyrine autoradiography), and the number of perfused cortical capillaries (FITC-albumin fluorescence microscopy) were measured at 4 and 24 hours.

Recently, by employing a high‐resolution MRI method, blood to brain transfer of gadolinium bound to plasma proteins (shows entry of large molecules that cannot usually enter the brain) was measured regionally in a quantitative manner.

However, researchers do not fully understand how the brain transfers spatial information between these two regions.

To estimate the plasma-to-brain transfer rate K1 (mL/min/cm3), the following model was applied.

Brain uptake of [11C]oseltamivr was evaluated by its normalized brain concentration, brain-to-plasma concentration ratio, and plasma-to-brain transfer rate.

(a) Normalized brain concentration, (b) brain-to-plasma [11C]oseltamivir concentration ratio, and (c) plasma-to-brain transfer rate (K1) of individual monkeys (solid lines) and mean (dashed lines) are shown.

The data raise the possibility that the olfactory mucosa may have a significant transport apparatus which could be important in the design of new therapeutic approaches for direct nose-to-brain transfer of drugs and olfaction.