These kinds of cytoskeletal reorganizations, combined with nuclear fragmentation, are all characteristic of apoptosis [ 2, 28- 30], showing that TIIA induced cytoskeleton reorganization arising from apoptosis in AGS cells.
If most of the reorganization energy for these reactions arises from nuclear modes not involved in bond rupture or formation, eqs 6.6− 6.8 are expected also to describe these reactions.
These measures demonstrated that engagement arises from a reorganization of spike timing with respect to each rhythm during task-related processing, and not from enhanced participation through differences in overall firing rate between correct and incorrect trials.
Reputation arises primarily in a reorganization of the insolvent firm because the insolvency administrator can demonstrate his ability to develop a sustainable business model and to maintain the firm as a going concern.
These results suggest that breakage of radial symmetry and formation of a dorsoventral axis arises from centrosome-independent reorganization of the MT cytoskeleton (see Discussion).
The attribution of a specific reorganization free energy to each charge transfer channel arises naturally within the SHS theoretical framework.
This effect arises in some way from a reorganization of the C-terminal domain induced by intramolecular interaction between the relatively unstable apoE4 N-terminal helix bundle domain (which contains the C112R substitution) and the C-terminal domain, which initiates lipid-binding.
FCD III likely arises as a result of ongoing cortical reorganization in the maturing brain.
Within this framework, it is shown that λμν is not simply the sum of the reorganization energies for pure PT and ET, because of a term that arises from the interaction of the change in density caused by one charge transfer process with the variation of the inertial polarization field resulting from the change in density produced by the other charge transfer process.
The new sensation appears to be different than the highly organized phantom sensations that likely arise from reorganization of functional connections and representations within the central nervous system (Ramachandran et al., 1992 a, b ; Borsook et al., 1998; Flor et al., 1998, 2000).
