Sentence examples for engaged in recognition from inspiring English sources

Higher correlations in RS than in TSD subjects were also found in frontal areas known to be involved in memory recollection [35], [36], and in the lateral temporal cortex (superior and middle temporal gyri) engaged in recognition memory [37].

The constructive neurodynamics of sensory cortices, when they are engaged in pattern recognition, is revealed by learning-dependent spatial patterns of amplitude modulation and by newly discovered radially symmetric spatial gradients of the phase of aperiodic carrier waves in multichannel subdural EEG recordings.

She has also engaged in face recognition tasks using a matching paradigm [52] as well as in visual-search tasks involving the orientation of faces [53].

Left temporal and lateral areas along the dorsal, action related stream, as well as left infero-temporal areas along the ventral, object related stream are engaged in object recognition.

These results exclude signaling pathways induced by the phagocytosis of inert particles (latex beads), PMA-activated kinases, and receptors engaged in the recognition and uptake of B. subtilis and E. coli, as being essential for protecting macrophages from STS-induced death.

They are engaged in the recognition of pathogens, being considered specific determinants of the plant immune response [ 72, 73].

In another study Cabeza, Dolcos, Graham, and Nyberg (2002) found DLPFC was activated when participants engaged in a recognition task and whilst temporarily storing a word.

These viruses offer many advantages over standard antibodies in detection procedures, namely, phage proteins engaged in host recognition are extremely stable, phages are easy to isolate and propagate, and they can be stored for a relatively long time.

In contrast, interruption masking affects the higher-level mechanisms that are engaged in object recognition, and it yields a J-shaped masking function, as it can only occur for masks appearing temporally after the target display (Breitmeyer & Öğmen, 2006; Enns & Di Lollo, 2000).

A full account of our SAR studies will be provided elsewhere but the data presented here demonstrate that the electronics of the phenoxy substituents are important drivers of potency and support the notion that the two halves of ISRIB analogs are engaged in similar recognition events with the target.

Skilled recognition may, for example, engage the same left lateral areas known to be engaged in non-skilled recognition.