In recent studies we have systematically shown that the freezing properties of flexible, elastic polymers depend on the precise chain length.
Two recent publications have systematically shown that many so-called 'realist evaluations' were not applying the concepts appropriately and were (as a result) producing misleading findings and recommendations.
Simulation studies (Meuwissen et al. 2001; Habier et al. 2007) have systematically shown higher prediction accuracy of GS relative to standard pedigree-based predictions regardless of trait architecture or model of choice.
Both simulation and empirical studies have systematically shown higher prediction accuracy of GS relative to standard pedigree-based predictions and it is now clear that GS offers great opportunities to further increase the rate of genetic progress achieved in plant and animal breeding.
A feedforward circuit (FFC) comprising two regulators has systematically been shown to be a network motif in the transcriptional regulatory networks of Escherichia coli [ 1- 5], yeast [ 2- 6] and higher eukaryotes [ 4, 7, 8].
However, contradictory reports have also been published [ 42], and recently it has been systematically shown that differences in leukocyte proportions should be taken into consideration when analysing ageing-associated methylation differences [ 29].
To our knowledge, no prior study has systematically explored / shown effects of polar angle (or eccentricity) connectivity attributed to regions with non-overlapping RFs, which is the focus of our manuscript.
ARID5B gene variants have been systematically shown to increase the risk of childhood ALL in various populations [ 14, 18- 23].
