In the case of methane dehydroaromatisation, an alternative strategy to the development of better performing catalysts may involve the modification of highly active methane cracking catalysts.
In tier 3, countries use advanced estimation approaches that may involve complex models and highly disaggregated data including detailed maps based on remote sensing as well in-situ measurements.
One strategy for mimicking these highly effective nanomachines may involve the use of synthetic scaffolds that can react to and organize multiple engineered enzymes to promote synergistic action between the enzymes on the scaffold.
However, it is likely that T30 modulation of α7-nAChR activity will prove highly complex and may involve both steric and allosteric mechanisms, as has been reported for most α7-nAChR agonists and non-competitive antagonists studied to date [80].
Such prior knowledge is highly individual and may involve self-referential, autobiographical memory processing.
In fact, the evolution of recombination and recombination hotspots seems highly dynamic, and may involve universal (e.g. chromosome compactness at the pachytene phase at meiosis) and species specific mechanisms (e.g. use of sex specific hotspots).
With active oil exploration underway, this may involve meeting oil company representatives and receiving highly confidential information.
Schizophrenia is a multifactorial and highly heterogeneous disorder and may involve both genomic and environmental contributions [50].
In highly contested policy spaces this may involve complicated balancing acts that limit the ability to ask certain questions.
The most parsimonious explanation may involve the unusual ecology of G. carolinensis, which is highly fossorial and feeds primarily on ants, termites, and beetles.
