Sentence examples for patch projections from inspiring English sources

Many context-dependent and gestalt perceptual phenomena have been ascribed to the superficial patch system, driven by frequent observations of functional bias in the patch projections (for a review, see Gilbert 1992).

Measurements over other modalities in visual cortex show similar divergence in the functional bias of patch projections, leading to the conclusion that like often does not connect to like.

Such an arrangement seems unlikely, and the demonstration of a weak bias toward like-to-like patch projections in single animals by other researchers indicates that at least some degree of correspondence between patches and functional domains exists (Malach et al. 1993; Bosking et al. 1997; Schmidt et al. 1997; Stettler et al. 2002).

The first is the existence of neurons within CO blobs that make long-range, clustered projections over longer distances than do patch-projecting neurons outside CO regions.

Further observations show that, consistent with the phenotype at the optic chiasm, there is evident shrinkage in the ipsilateral projection patch than control mice.

Each large projection patch, however, contains scattered neurons labeled from a different injection (i.e., a few red neurons in a green field, and vice versa).

Previous studies have shown (at low magnification) relatively large, dense patches of corticostriatal projections (Yeterian & Van Hoesen, 1978; Selemon & Goldman-Rakic, 1985; Parthasarathy et al., 1992).

At more caudal levels, patches of focal projections from 24c were more scattered and found throughout the striatum, with some located in the caudal ventral caudate n. and putamen.

Observations of retrogradely labeled somata located within labeled patches of axonal segments (e.g., fig. 2 of Angelucci et al. 2002b; fig. 7 of Tyler et al. 1998; Rockland et al. 1982; Rockland and Lund 1983) indicate that projections are patch reciprocal over a set of labeled patches (observation C).

This fact suggests a new interpretation for the patch system that the clustered projections provide a physical encoding for statistical properties of the cortical response.

It has dark, somewhat rounded patches "with some fine projections" on a tawny background color.