(C) 2014 Elsevier B.V. All rights reserved.”
“This ERP study explores how participants activate their own geographical perspective, while reading sentences describing a motion (to come or to go), or a static spatial relation (to be) referred either to the participant’s current

location or a distant place. The ERPs recorded at the place names revealed that, compared NSC 123127 to “distant places”, “close places” enhanced ERP’s components, associated with motivational relevance, in the context of the deictic Verbs of motion to come and to go, but not in the context of the static verb to be. Also, in the context of the verbs of motion source estimation showed that “close places” elicited more activity than “distant

places” in the medial temporal cortex (around the parahippocampal gyms), suggesting projection of the reader’s self-relevant information, or retrieval of geographical episodic memories. Finally, sentences describing motions congruent with the self-perspective (e.g. “going to distant place”) elicited less activation than sentences incongruent with the self-perspective (e.g. “coming to distant place”) in the right fronto-polar Crenolanib ic50 cortex and in the posterior cingulate cortex, regions generally associated with the other’s perspective or with self/other perspective conflict. These findings provide information on the brain processes underlying readers’ perspective taking, guided by the deictic verbs of motion. (C) 2014 Elsevier B.V. All rights reserved.”
“Objectives: The objective of this study was to investigate the feasibility and the accuracy of spectral computed tomography (spectral CT) to determine the tissue concentrations and localization of high-attenuation, iodine-based contrast agents in mice. Iodine tissue concentrations

determined with spectral MI-503 price CT are compared with concentrations measured with single-photon emission computed tomography (SPECT) and inductively coupled plasma mass spectrometry (ICP-MS). Materials and Methods: All animal procedures were performed according to the US National Institutes of Health principles of laboratory animal care and were approved by the ethical review committee of Maastricht, The Netherlands. Healthy Swissmice (n = 4) were injected with an iodinated emulsion radiolabeled with (111)indium as multimodal contrast agent for CT and SPECT. The CT and SPECT scans were acquired using a dedicated small-animal SPECT/CT system. Subsequently, scans were performed with a preclinical spectral CT scanner equipped with a photon-counting detector and 6 energy threshold levels. Quantitative data analysis of SPECT and spectral CT scans were obtained using 3 dimensional volumes-of-interest drawing methods. The ICP-MS on dissected organs was performed to determine iodine uptake per organ and was compared with the amounts determined from spectral CT and SPECT.