Firstly, involvement of different Ras-associated kinases may explain outcomes differing among various cell types and contexts.
The differences could be partly explained by involvement of different nerve fiber systems induced by different procedures.
Further understanding of the involvement of different transcription factors will answer basic mechanistic questions involved in HBD-2 induction.
This may underline the functional difference between the two cell types and the involvement of different mechanisms for cellular aging.
Other apparent differences are the distribution of clinical muscle weakness/atrophy and the morphological involvement of different fiber types.
The possible neural mechanisms underlying the involvement of different housing conditions in AMPH-induced behavioral sensitization are discussed.
Different protein phosphorylation patterns were detected in extracts of sperm that produced these two different flagellar beat patterns, indicating the involvement of different signaling pathways.
Besides, the MUA spectral power is shown to possess a time-dependent structure, which we suggest could help in understanding the successive involvement of different local neuronal populations.
For example, differing extents of correspondence in time, space or content seem to reliably bias the involvement of different integrative networks which code for these cues.
These findings could suggest an involvement of different circuits in implicit and explicit sequence learning that could deteriorate at different disease stages.
We argue that the Socratic dialectic inquiry is an effective method for dealing with unstructured problems that are complex and require the involvement of different perspectives in DSS.
