In the last two decades, a third mechanism for intercellular communication has emerged that involves intercellular transfer of extracellular vesicles (EVs) [ 1].
Recently, a novel gene therapy technique has emerged that involves injection of naked DNA coupled with electroporation (EP) [ 1, 2].
When the wave approaches its CF region, its wavelength decreases rapidly, and a second vibration mode emerges that involves larger transverse motion, and hence more BM displacement.
In addition to the classical genomic mechanism of action, alternate mechanisms of steroid activity have emerged that involve rapid, non-genomic signaling.
More recently, programs have emerged that involve other species including Douglas-fir [ 12] and spruce [ 13], and address other important aspects of tree physiology like the response to abiotic stresses or biotic stresses [ 12, 14].
Optogenetics is a new and emerging field that involves techniques of optics and genetic engineering to influence cellular functionality.
Microfluidics is an emerging field that involves the design, manufacture, and formulation of devices that deal with volumes of fluid on the order of nanoliters or picoliters.
In particular, the transient dynamics of an emerging disease that involves heterogeneous distributions of hosts requires that temporal and spatial characteristics of control strategies need careful consideration [ 25].
An emerging problem that involves this field is therefore the increase of multidrug resistance in pathogenic, opportunistic, and spoilage bacteria, which can reach humans through the food chain.
In the high-throughput omics era, metabolomics is a rapidly emerging field that involves non-targeted, comprehensive analysis of known and unknown small biomolecules in a given biological sample [ 1- 4].
