The health state-based method allows for an addition to published post-event utilities because the acute values are based on health states that include cardiovascular events.
This Bayesian-based method allows for uncertainty in fossil calibration points and permits variation in rates of molecular evolution among genes.
Additionally, using a genomic DNA-based method allows for utilization of clinical samples not suitable for RNA extraction, such as paraffin-embedded fixed tissue.
This issue was easily overcome with subsequent sequencing and genotyping as the amplicon-based method allows for identification of additional SNPs which did not exist in the ascertainment panel.
The optimized QuEChERS-DESI-HRMS based-method allowed for a rapid reliable screening of the investigated compounds at levels of interest, thus being useful for high-throughput analyses.
The GCPV method is, currently, the only genome comparison based method that allows for the characterization of relationships between gene clusters based profiles of individual genes in clusters.
The acylcarnitine platform is an UPLC-MS/MS based method that allows for the separation and quantification of several important isomers of acylcarnitine species as well as trimethylamine-N-oxide, choline, betaine, deoxycarnitine, and carnitine.
The use of an algorithm based on the Monte Carlo method allows for the error in computing the impulse response to be estimated with just one simulation run, as long as the number of rays is large enough.
The new numerical scheme based on the convex splitting method allows for large time step sizes.
Based on acoustic observations, our method allows for a precise determination of the upper limit of the OMZ with high spatiotemporal resolution (Figs. 1, 2).
To improve the monodispersity of GGS NP, we created GGS NP based on seed-mediated growth, as this method allows for greater synthesis control.
