TFTRs are especially frequent in organisms exposed to environmental alterations and stresses, for instance soil bacteria, and, not surprisingly, pathogenic species.
Caspase-3 activity is probably responsible for at least a majority of the observed morphological and functional alterations during apoptosis, for instance the well-characterized nuclear changes (although apoptosis proceeds normally even in the absence of a nucleus (Jacobson et al, 1994)).
Other methods consider the use of adaptive threshold functions for dealing with local changes in the signal as, for instance, alterations in dynamics.
For instance, alterations in biotransformation can be acquired as a result of therapeutic misadventures.
For instance, alterations in DNA methylation in healthy cervical tissues collected 3 years before detectable cytological and morphological transformations could predict the risk of acquiring cancer [ 58].
To further complicate matters, the recent appreciation of genetic alterations and biomarker expression, for instance KRAS, within tumors means a single biopsy sample is no longer sufficient [ 9].
In addition, the present findings may be considered for biotechnological proposals; for instance, alterations in the ethylene signalling specifically directed in ovules could result in the prolongation of the ovule lifespan and, therefore, in greater seed and fruit yields.
For instance, alteration of the density of surface ligands can potentially elicit complement activation and other immune responses, further complicating the composition of multifunctional and multicomponent nanoparticles (36– 36).
For instance, alteration in array length of TAAA affected the level of nadA transcription through modulation of the binding of the transcription factor IHF [ 41].
