In order to validate this study, simulation results were obtained with electronics simulators.
Artificial neural network (ANNs) method was used to validate this study.
To validate this study a PVPP of 1 MW is designed, modelled and simulated in DIgSILENT PowerFactory®.
In order to achieve a more relevant analysis, some optical flow benchmarks were used to validate this study.
Thus, confirmatory studies with large sample sizes are required to validate this study.
First, confirmatory studies with large sample sizes are required to validate this study.
Therefore, further studies based on longer and more updated observations are warranted to validate this study's findings.
A further large prospective, randomized, placebo-controlled study (STELLA) is now being conducted to validate this study results (http://www.clinicaltrial.gov/ct2/show/ NCT01444885?term=cilostangina&ranksospastic+ angina&rank = 1).
To validate this study, we first used the phylogenetic approach, taking into account orthologs contained in trees of various complexities defined as follows.
To validate this study, we confirmed that HPt2 and 9 have a nuclear and cytosolic localization while the RR13 and 16 are localized in the nucleus.
