Table 1 Summarization of GEV type I parameters characterizing in-vehicle environment for 90 permutations of antenna placement and car seat occupancy μ σ k Distribution type Lognormal Normal Logistic Mean ν 48.37 5.48 −0.08 Variance η 31.05 0.26 0.002.
Each replica o i is characterized in terms of the content o i.c and QoS parameters o i.q1,.., o i.q l (i = 1,.., n).
Accordingly, the objectives of the present study were to: i) characterize changes in ACPA and cytokines in relation to disease activity following synthetic DMARD therapy in an early RA cohort of predominantly black South African patients; and ii) evaluate changes in disease activity, APCA and cytokines in relation to genotype in the different treatment responder groups.
Nothing I've characterized in the book didn't happen to many people many times.
We performed locus-specific amplification of the 4 classical Aime-MHC class I genes characterized in our previous paper [ 32].
From the group of "short Clds" (Lineage II) only Cld from Nitrobacter winogradskyi has been studied so far, whereas several representatives from the group of "long Clds" (Lineage I) were characterized in more detail (see Sections 3 6).
The main aims were to: (i) characterize the changes in haematocrit with time in the individual patients, (ii) evaluate the factors contributing to moderate fall (≥5 unit fall from baseline) in haematocrit following treatment, and (iii) characterize, kinetically, recovery from the fall in haematocrit below 30%% associated with the different patterns.
This distinction between limit states forces engineers to: (i) characterize both the point-in-time and extreme probability distributions of the random variables involved (agents), which are characterized independently, and (ii) use the appropriate distribution for each limit state depending on the failure consequences.
Eight LMW-GS genes, including four m-type, one s-type and three i-type, were characterized in the T. urartu population.
ApoLp-III is well characterized in two evolutionally divergent species: Locusta migratoria and Manduca sexta.
In this study, we characterized the cellular toxicity caused by soluble recombinant, amyloidogenic light-chain variable domain proteins, AL-09 and AL-12, and their corresponding germline protein κI O18/O8, previously characterized in our laboratory.
