Sentence examples for complex reorganization from inspiring English sources

Hoping to thwart terrorist attacks, Congress in 2002 undertook a complex reorganization of federal agencies that Republicans used to their political advantage that year.

Even as Mr. Bush was speaking, Congressional leaders began grappling with the mechanics of getting such a complex reorganization through Congress this session.

This analysis shows that identification of STMs and their network structure is useful for recognizing environments at higher risk for complex reorganization, and for identification of management actions to either retard or facilitate propagation of state changes.

Under the complex reorganization that accompanied reversion, Headquarters, IX U.S. Army Corps, was transferred from Okinawa and collocated with Headquarters, U.S. Army Japan, to form Headquarters, U.S. Army, Japan/IX Corps, at Camp Zama, Japan.

Here we report that spontaneous activity causes complex reorganization of synaptic connectivity without any external (or artificial) stimuli.

Functional integration of peripheral and central nervous systems after nerve injury results in complex reorganization of circuits and could cause maladaptive changes resulting in pain, disesthesia, and hyperreflexia, all symptoms witnessed after spinal cord injury.

Indeed, the increased reliability and density of the map developed, combined with syntenic projections within the newly sequenced model species M. truncatula, will help in defining the structure of the pea genome, and to investigate in more details complex reorganizations like fracture zones and inverted blocks between the two genomes.

Adaptation to cold is supposed to involve complex reorganizations of the genome and physiology [ 20], implying that the evolution of tolerances to temperate climates with highly seasonal conditions may pose particular problems [ 21, 22], especially for warm-adapted plant taxa confronted with cooling climate [ 19].

These complex reorganizations of the hippocampal intrinsic neuronal networks lead to a marked homeostatic unbalance between excitation and inhibition not only during the chronic stage (Cossart et al. 2001; El-Hassar et al. 2007) but also during the latent period when the animals do not yet display spontaneous seizures (Kobayashi and Buckmaster 2003; El-Hassar et al. 2007).

We demonstrate for the first time that mitochondrial super-complex reorganization occurs as a response to a compensatory mechanism to partially extricate the clinical phenotype involving up-regulation of CI assembly factors, a phenomenon not previously reported with MTND1 mutations.

These scattering approaches have become vital for understanding the complex nanostructure reorganization processes inherent in thin film fabrication and for establishing more consistent control over the morphology, ordering, and orientation.