Exact(2)
Culture results were assessed semi-quantitatively, an approach utilized only in a few other published studies in goats and sheep [ 10, 29, 35].
Although we acknowledge the ascertainment bias, to further test the validity of these data we created a targeted SNP panel of selected SNPs from the Goswami et al. [ 28] study prioritizing SNPs with the greatest differences in minor allele frequencies (ΔMAF) between the two putative populations, an approach utilized previously in the literature for similar research [ 30– 30].
Similar(58)
Such an approach utilizes far less material, achieve further cost reductions and increase the rate of production without sacrificing total TWh potential.
Given the barriers and controversies in implementing EGDT, an approach utilizing noninvasive hemodynamic monitoring technology has been suggested [ 24, 25].
We mapped the transition between heterozygous markers and homozygous markers using two techniques: a PCR-based method and an approach utilizing oligonucleotide-containing microarrays.
The noninvasiveness, reliability and speed of an approach utilizing novel biochemical criteria demonstrate the high potential of isolated lymphocytes for diagnostics of oxidative phosphorylation disorders in pediatric patients.
A subtractive approach utilized 27 haplotypes to determine the combination of SNPs with the lowest p-value of association with AMD using FBAT.
A similar approach utilized pyrosequencing and Sanger sequencing to characterize rumen bacteria, archaea, and fungi of beef cows.
However, we question the validity of a novel approach utilized by Pan and Jackson to explain the observed ethnic differences in these two measures.
A complementary approach utilized degenerate primers [ 34] to amplify cDNAs from AZ tissues treated with or without ethylene at different developmental stages and from oil palm genomic DNA.
A second approach utilized network of genetic diseases where the related proteins are interlinked within one disease and between different diseases [ 106].
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