Sentence examples for map the cortical from inspiring English sources

As scanners have improved their resolution from 1.5T (tesla) to 3T to recent 7T magnets, and the protocols and analytic approaches have evolved, we now can map the cortical real estate associated with complex tasks like decision-making and face recognition.

We used contrast-agent enhanced functional magnetic resonance imaging (fMRI) in the alert monkey to map the cortical regions involved in the extraction of 3D shape from the monocular static cues, texture and shading.

The maximum number of possible patterns for 4 (2×2) tiles was 34 = 81, which from now on will be referred to as P. A small number of pixels and pixel intensities is beneficial for decoding because we can map the cortical response to all possible pixel combinations.

In 2008, an in vivo two-photon microscopy study was initiated to map the cortical vascular network prior to device insertion.

First, in a direct approach designed to map the cortical representation of stimulus features, the central and peripheral flickering stimuli were separately contrasted with a blank field.

Prior to the present investigation, there have been only 2 previous studies that have employed whole-brain scans to map the cortical mechanisms involved in the processing of 3D SfS (Taira et al. 2001) or 3D SfT (Shikata et al. 2001).

The coil was positioned by mapping the cortical representation of the first dorsal interosseus muscle (FDI) of the right hand, starting from the Cz reference point of the international 10 20 EEG system [65] and moving the center of the coil approximately 6 cm to left, i.e. position C3/C4.

By mapping the cortical hubs in tinnitus and controls we report fundamental group differences in the global networks, mainly in the gamma frequency range.

Employing functional magnetic resonance imaging (fMRI), we mapped the cortical representation of two feature locations that modulate higher visual areas during categorical judgements – the eyes and mouth.

The present experiment overcomes these difficulties by mapping the cortical mechanisms involved in the processing of 3D SfS and 3D SfT in the same subjects using comparable stimuli with appropriate 2D controls.

Mapping the cortical representation of the fingertips of the hand could be especially important for understanding and characterizing abnormal sensory-motor cortical functions or cortical reorganization, for example, following disruption of normal developmental periods, traumatic brain injury, stroke, peripheral nerve damage [Tecchio et al., 2002] or dystonia [Hinkley et al., 2009].