Sentence examples for tract networks from inspiring English sources

Porous linear-polymer penetrating networks (semi-IPNs) were prepared by the radical polymerization of acrylic acid (AAc) inside porous poly N-isopropylacrylamide) hydrogels with "nano-sized tract networks (nano-tracts)." The deswelling behavior was investigated by measuring the time course of the swelling ratio change of the semi-Ipoly N-isopropylacrylamideture or phydrogelsnged.

The debate centers mainly on the largest of them, a 17,320-acre area known as the Essex chain of lakes tract, a network of lakes and ponds in Essex County, as well as a 925-acre stretch of land along the Indian River.

Throughout the gastrointestinal tract, a network of interstitial cells of Cajal (ICCs) acts as pacemakers and conductors of electrical activity along the gut wall [ 5].

Among other tracts, this network contains a pair of nerves embracing the cloaca.

We performed a combined analysis of fiber tracts with network parameters to examine on-going changes in fiber tracts in terms of small-world topology and modularity, which may account for a relationship between topological changes and modifications in fiber tracts.

With the parallel analysis approach of iFC and DTI in a single software environment (TIFT), it was shown that comprehensive analyses between functional network mapping (as assessed by iFCMRI analysis at the group level) and structural network mapping (as assessed by DTI-based FT of corresponding network tract systems) could be performed.

The relative increased sensitivity of DSI to complex fiber configurations was evident in increased tract counts and network density compared with DTI.

A brain connectivity network, also called a connectome [21], consists of nodes (gray matter regions) and edges (white matter tracts in structural networks or correlations between two BOLD time series in functional networks).

For the first time we can globally characterize brain connectivity with individual tract properties or network statistics in an individual living subject.

However, while providing important information on gray matter activation, no information is gathered on the co-activity along white matter tracts in neural networks.

These studies suggest that the ILF may be a key tract in a network supporting the perceptual processing of face stimuli and may, through its antero-medial temporal connections, mediate performance in conjunctive face discriminations impacted directly by damage to vATL regions, such as PrC (Lee et al., 2005a, 2006).