The data exemplify the diversity of mechanisms that generate differentiation in fungi, and, more generally, in eukaryotes.
Unfortunately, for all the schemes, the smaller scales with wavenumbers close to the grid cut-off wavenumber, are badly calculated and generate differentiation errors over the whole energy spectrum.
In fact, the data presented herein indicate that, while CD40L+ T cell-dependent proliferation of B cells prior to a differentiation signal may be required to generate "differentiation-competent" cells, little or no cell division is required during the differentiation phase itself [ 40- 49] 49].
Consequently, the reduced recovery of plasma cells in B [a]P-treated cultures could reflect a reduction in cell proliferation required to generate differentiation-competent cells during the first or second culture and/or inhibition of differentiation itself in the second culture.
There is a divergence (écart) which short-circuits the body's immanence with itself and creates an internal fissure in the visible, thereby generating differentiation rather than identity.
Epigenetic control plays an essential role in the process of cellular differentiation allowing cells to be reprogrammed in order to generate new differentiation pathways [ 20, 21].
Dynamic changes between chromatin states are relevant in the transcriptional regulation during microspore development and reprogramming to embryogenesis [ 6] and epigenetic mechanisms play an essential role in the process of cellular differentiation allowing cells to be reprogrammed in order to generate new differentiation pathways [ 12].
According to the competence-based view (Teece et al. 1997), the innovative behavior of some companies aimed at finding distinctive features from their competitors, which can generate a differentiation strategy, arises from the ability to introduce continuously product and process innovations.
Between (sub-) populations the same process will generate genetic differentiation because different combinations of alleles may perform equally well, resulting in phenotypically equivalent but genetically different populations [2].
Despite the persistence of founder Romani maternal lineages in different Roma groups, bottleneck events profoundly drifted the frequency of haplogroups contained in the ancestral pool, contributing to generate strong differentiation between groups.
More importantly, different individuals of the same species from different distributions also generate moderate differentiation and can be clearly distinguished.
