[C4C1im][HSO4] is highly interesting because it has been reported to dissolve lignin in high water content [10-40 [10-40 water], which is substantially more than [Cl]-- and [MeCO2]--based ILs can handle [ 18]. [C4C1im][MeCO2] has the highest basicity among the selected [C4C1im]-based ILs, a property that is strongly linked to the capability of the IL to dissolve cellulose [ 30, 37].
While these findings are highly interesting, they are difficult to generalize because of a highly specific periodic pattern of nucleosome occupancy around transcriptional start sites in Chlamydomonas.
This is because these stories are highly interesting in themselves, but also, and more to the point, they comprise the key evidence that Coyne and Dawkins want to convey in order to combat the Creationist story of special creation (which is directly opposed to the idea of common descent).
For example, the discussion on p. 13 that shows that the domains in the aaRS are highly derived relative to domains in other proteins is extremely interesting, because we might have expected the aaRS to be among the earliest proteins.
However, two connectivity maps can be highly correlated because of the connections between their respective seed voxel, instead of the connections with brain regions outside the seed mask, which are the most interesting for connectivity-based parcellation studies.
Particularly, the efficient recovery of CA at low temperatures is very interesting and desirable because, this compound is known to be highly unstable and degrade rapidly during the extraction process [9, 52, 53].
The miRNAs found to be highly or specifically expressed during wheat grain development in this study are particularly interesting because wheat grains provide approximately 55% of the carbohydrates consumed by humans [ 62].
We have attempted to clarify a very interesting point raised above: because of both nuclear and cytoplasmic surveillance mechanisms, exon-skipped products, from yeast to humans, can be highly unstable.
