Inducible neuron inhibition reveals essential roles for serotonergic neurons in respiratory and body temperature homeostasis.
Recent technologies that aimed to elucidate cellular function have revealed essential roles for RNA molecules in living systems.
There is evidence to support essential roles for both the structural and functional characteristics of the biological scaffold materials.
A host of recent studies have established essential roles for miRs in cardiac development and cardiac health.
Collectively, our results suggest a new link between these two important molecules that play essential roles for protein quality control, mitochondrial dynamics and cell signaling.
The pore size distribution and architecture of SBA-15 played essential roles for the diffusive transport of reactants and products and resulted in improved reaction selectivity.
This targeting sequence is presumably cleaved upon entry into the mitochondria, following a process still not fully deciphered in human, despite essential roles for the mitochondrial biogenesis.
In addition to other factors, decreasing sorption, less EG water clusters and lower membrane-EG affinity with increasing temperature, play essential roles for the opposite trends.
These studies revealed essential roles for centrins and the γ-, δ-, ε- and η-tubulins in assembly or as specific signals for centriole duplication.
It is shown that for methane/air diffusion flames, some chemical reactions which are negligible at large scalar dissipation rate near flame quenching conditions, play essential roles for the existence of the multilayer structure.
In this context, three-dimensional protein structures have played essential roles for the understanding of the activity and for the design of novel antiviral agents against several different viruses.
