In addition to these methods, we also have an excellent understanding of how stars work.
Specifically for biclustering methods, we also investigated the co-expression only in those samples within each bicluster.
Using monosynaptic and multisynaptic virus-based neural pathway tracing methods, we also identified a multi-order pathway connecting the medullary mNTS to the dorsal HPC via medial septum (MS) input to HPC glutamatergic neurons.
To increase the variety of computational methods, we also included some other approaches that provide related information, i.e. crystallographic B-factor predictors and disorder/order predictors which were also shown to contain information related to protein backbone dynamics53.
Using these new methods we also study the collision behavior of two solitons, in the subsonic region as well as the transsonic region.
Besides, in order to demonstrate the power of the quasi-wavelets method in comparison with standard discretization methods we also consider the high-frequency oscillation problems with the integro-differential term.
To verify the effectiveness of our proposed methods, we also give some numerical experiments.
To evaluate the clusters obtained by different methods, we also calculate the purity of the clusters.
In addition to the aforementioned methods, we also determined the concentration of certain CS constituents.
In both methods, we also use linear interpolation to evaluate these poses.
To compare W-I variations between different creatinine methods, we also measured creatinine by both enzymatic and kinetic alkaline picrate methods on 15 sets of frozen samples.
