Only recently, studies started to recognize that the fat plays an important role in various metabolic and inflammatory conditions, e.g. diabetes, DAMPs, inflammasome activation, to name a few (Talukdar et al., 2011, Solinas et al., 2006).
The importance of various frequencies of BOLD fluctuations is not yet known, even if recently few studies started to explore this feature, especially in pain conditions.
More recently, dendroecological studies started to explore the full range of tree-growth responses within sites by using individual-tree based approaches (e.g. Carrer 2011; Galván et al. 2014; Scharnweber et al. 2013; Zang et al. 2014).
Only recently have studies started to consider the complexity of these processes instead of simply describing diversity for breeding purposes.
Strikingly, the establishment and maintenance of this essential network of stem cells in a differentiated cellular environment at the level of individual cell types is hardly understood, and only recently have studies started to generate insight into this fundamental aspect of plant growth and development.
The importance of the various frequencies of BOLD fluctuations is not yet known but recently a few studies started to explore this feature [53], especially in pain conditions [30, 54].
Recently, four independent studies started to dissect the epigenetic characteristics of DS, describing the DNA methylation patterns of different tissues at the genome wide level [ 23– 25].
Recently, studies have started to examine the role of SES in the vulnerability of subpopulations to outdoor air pollution, especially for particles and O3, although the results remain inconsistent (O'Neill et al. 2003).
Donald Griffin, who discovered echolocation in bats and pioneered much of its scientific understanding, early on pointed out the ecological relevance of echolocation call intensities [13], but only recently a handful of studies started to accumulate knowledge on call intensity for free flying bats in the field [3], [5], [14], [15], [16].
Since that time few laboratories have followed up on this finding [ 34, 35] until very recently, when more detailed studies started to emerge.
Only recently, a number of studies started looking into smRNA diversity in unicellular eukaryotes and discovered a rich repertoire of miRNAs, which include lineage-specific as well as previously identified miRNAs from plants or animals [ 61- 64].
