72 research outputs found
Matthaeus Pipelare, "Missa Fors seulement" (pp. 65-76, 162, 186, 197-202)
No full textAnalisi della messa Fors seulement di Matthaeus Pipelare e delle sue modalità testuali e materiali di trasmissione del codice di Mechelen, Stadsarchief Ms s. s
Dataset of empathic responses in X-SMBA
No full textThis project contains the data used in the article "Enhanced neural empathic responses in patients with X-SBMA: An electrophysiological study" by Palmieri, A., Meconi, F., Vallesi, A., Capizzi, M., Kleinbub, J.R., Pick, E., Marcato, S., Querin, G., Sorarù, G., and Sessa, P.
Each dataset file and each folder is accompanied by a .txt description and codebook fil
Renal uptake rate 99mTc DMSA basally and during isometric and mental effort: a possible method to detect non invasively transient changes in renal function during stress.
No full textTransient changes in renal uptake rate of 99mTc DMSA as possible indicators of changes of renal function during stress
No full textnot availabl
The blood pressure lowering effects of plasma exchange
No full textthe article focused on the effect of plasma exchangeon blood pressur
Doppler evaluation of haemodynamic changes related to high salt diet and increased venous return in young normotensive subjects with and without family history of hypertension.
No full textCrossed and uncrossed visual pathways are impaired differently in open angle glaucoma patients
No full text[No abstract available
On the role of the inferior intraparietal sulcus in visual working memory for lateralized single-feature objects
No full textA consolidated practice in cognitive neuroscience is to explore the properties of human visual working memory through the analysis of electromagnetic signals using cued change detection tasks. Under these conditions, EEG/MEG activity increments in the posterior parietal cortex scaling with the number of memoranda are often reported in the hemisphere contralateral to the objects’ position in the memory array. This highly replicable finding clashes with several reported failures to observe compatible hemodynamic activity modulations using fMRI or fNIRS in comparable tasks. Here, we reconcile this apparent discrepancy by acquiring fMRI data on healthy participants and employing a cluster analysis to group voxels in the posterior parietal cortex based on their functional response. The analysis identified two distinct subpopulations of voxels in the intraparietal sulcus (IPS) showing a consistent functional response among participants. One subpopulation, located in the superior IPS, showed a bilateral response to the number of objects coded in visual working memory. A different subpopulation, located in the inferior IPS, showed an increased unilateral response when the objects were displayed contralaterally. The results suggest that a cluster of neurons in the inferior IPS is a candidate source of electromagnetic contralateral responses to working memory load in cued change detection tasks
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