DOI: http://dx.doi.org/10.7554/eLife.03695.019 The emergence of oscillatory domain dynamics appears to be a well-coordinated membrane response to osmotic stress through an isothermal phase transition resulting from a highly coordinated interplay between elementary physical mechanisms.
Special interest should focus on factors and signals that coordinate the interplay between the pre- and postsynaptic compartments during synapse morphogenesis and plasticity, which appear involved in several types of mental disorders [15].
These small RNAs coordinate the interplay between complex signal transduction pathways.
Of particular interest are the cytokines which are the molecules with signaling function that coordinate the interplay of immunocompetent cells during an immunoinflammatory response [ 74].
Moreover, bioinformatic analyses estimate that miRNAs may regulate as many as 30% of the human protein coding genes, suggesting that these small RNAs may act to coordinate the interplay between complex signal transduction pathways [ 19].
Second, bioinformation analyses estimate that miRNAs may regulate as much as 30% of the human protein coding genes, including oncogenes and tumor suppressors, suggesting that these small RNAs may act to coordinate the interplay between complex signal transduction pathways [ 12].
Our results evoke a NeuroD6 CBP interplay coordinating epigenetic status, mitochondrial biogenesis and neuronal differentiation15,16. NeuroD6 expression is regulated by the transcription factor C/EBPβ, which favors neurogenesis by sequestering CBP from STAT to activate neuronal genes42,43.
The other is to coordinate the interplays between cells, bioactive agents and extracellular matrix in a natural way.
Spatiotemporal coordination of gene expression, replication, repair, and developmental processes in eukaryotes are coordinated by the interplay of the genome and epigenetic signatures at various hierarchical levels, such as CpG signaling (that is, DNA cytosine methylation/hydroxymethylation) [ 1, 2] and post-translational modification (PTM) contributing to chromatin structure regulation [ 3, 4].
There is a clear need for broad sociological scaled management that can efficiently coordinate the genetic interplay across sub-populations, including those located on disparate privately owned and managed grazing properties and in captive breeding sites.
