In this context, we present C. varians as a useful tool to better understand the Symbiodinium niche sensu lato as well as to achieve a high level of resolution of genetic regulation in sponge: Symbiodinium and all intracellular associations.
In addition, the high level of resolution of the interactions allows novel observations such as shown for the β-globin locus Ldb1 and Ctcf binding sites and immediately shows which of these binding sites interact with each other and where they are positioned on the linear genome.
By characterizing thousands of SNP markers, a much higher level of resolution of population structure can be obtained, and the movement of related individuals across a region can also be followed (Rašić et al. 2014b).
This result agrees with previous attempts to align sugarcane to sorghum [[ 32],[ 33]] although the greater number of markers in this map means a higher level of resolution of the alignment.
With this high level of resolution, the dimensions of the nanostructure could be precisely controlled and thinned to the targeted sub-10 nm size, by determining the number of size reduction cycles.
Because of the development of general-purpose rule-based languages and simulators, it is now possible to construct biochemical models of an arbitrary number of network components at a high level of resolution and to simulate the model in a reasonable amount of time on a desktop computer [ 3, 7, 8].
Using a high level of temporal resolution of growth analysis we were able to estimate the RGRmax, and at an intra-specific scale to detect a trade-off between the ability to grow in benign environmental conditions and the ability to tolerate resource limitation due to defoliation.
However, in their current form, these tests are probably not appropriate for massive prokaryotic phylogenomic data sets, given the high level of resolution desired (i.e., accurate identification of incongruence at the individual gene level), and the large number of tests needed.
The focus of the analysis is to assess the spatial characteristics of different natural forests at a high level of resolution.
Due to the characteristics of the soils in Manizales, and also because of the local nature of the analysis, as well as its high level of resolution, it is relevant to take into account the dynamic soil response.
