Spatial segregation of somato-sensory and pain activations in the human operculo-insular cortex

The improved spatial navigation performance and GCLR reduction that we observed in the Body condition seems to contradict the known role of grid cells in spatial navigation 3,46,71

Indeed, we showed here that in the supragranular layers of the mouse barrel cortex the global direction selectivity is spatially organized: the barrel-related columns that

Denn über eine solcherart gefasste grenzanalytische Perspektive lässt sich auch die Normativität sozialpädagogischer Grenzziehungen in ihrer erkenntnistheoretischen und

Ainsi, il apparaît que SII et l’insula postérieure : (1) présentent des afférences directes du faisceau spinothalamique, peut-être par le biais d’un noyau thalamique

Key words: Pain, Insula, SII area, Human brain, Intra-cerebral recordings, Evoked potentials..

Map of latency differences between non-painful and painful conditions for the group (latencies for painful conditions are shorter than for non-painful conditions) superimposed on

While spinothalamic projections to primary somatosensory cortex, already known to be scarce (Casey and Morrow 1983, Gingold et al 1991), appeared to receive less than 5% of

ناونعلا ةيرظن يف.. ناونعلا فيرعت II. ناونعلا ةيهمأ III. ةثادلحا ةنونع IV. ةيلاملجا و ةيعئارذلا ينب ناونعلا VI. هتعانص و ناونعلا رايتخا VII. يقلتلا قفأ