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A recent theory of MHC evolution called Associative Balancing Complex (i.e. ABC), where polymorphism in immune genes is maintained both by epistasis among loci and purifying selection against recessive deleterious mutations located nearby MHC loci [63], [64], has been shown (with simulated data) to result in large differentiations between extant alleles.
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It has been shown with a case study that simulates the daily operation of a realistic system for a period of one year, that units of a DH system have the capability to follow the load and wind power generation variations even for very high wind power penetration although the cost is very high in this case.
The results for θ max=100 ° are shown in Fig. 12 (b), where the simulated image is shown with superimposed the Newton circle that is calculated from v NO and v Ne that are used as input to the simulation.
7 classes of points (simulated 'syndrome groups') are shown with different distributions and variances.
The ingroup tree without outgroups is more likely to be correct as shown with simulated data [ 34, 35].
This has been shown using simulated data [ 11– 13] but not yet with real data.
The superparameterized GCM, where a cloud resolving model (CRM) is embedded in each grid box in a GCM (Iorio et al. 2004; DeMott et al. 2007), has been shown to simulate the MJO reasonably well with computational efficiency (Benedict and Randall 2009; Zhu et al. 2009).
This mathematically derived BER expression has been shown to agree with the simulated results, thus validating the derivation.
In the context of genotype-phenotype association studies, PHASE has been shown to perform quite well with simulated and/or empirical human genetic datasets, but it is also frequently reported that rare haplotypes are susceptible to inference error [ 10- 18].
Several examples of designs are given that show good performance when calculated with some idealization of the fields, and one example is shown that was simulated with real fields.
These compounds have been shown to correspond with the products of a simulated oxidative degradation of cis-3-hexenoic acid computed by means of quantum chemistry.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com