FT method demonstrated significantly better, and almost perfect, inter-rater reproducibility (FA: 100%, ADC: 97.2%) compared with ROI method (FA: 63.9%, ADC: 75.0%) [Table 2].
As demonstrated, almost all functions of photosynthetic energy conversion are dependent on lateral diffusion.
All pain measures demonstrated almost equal responsiveness.
The jejunum and ileum demonstrated almost negligible levels of expression.
Linkage analysis detected a total of 8,156 eQTLs (5% FDR; 7,817 at 1% FDR; Additional file 7: Table S5), which is almost twice as many eQTLs as with the standard method, demonstrating the sensitivity of the approach.
Most notably the discriminatory power of this method has been demonstrated as almost equivalent to that of IS 6110-RFLP typing [ 67, 148, 149].
This method was demonstrated to have almost the same specificity and sensitivity in glycosylated-proteins quantification as capture at glycosylated-peptides level.
The method is demonstrated by achieving almost-complete fragmentation of monoubiquitin and then, subsequently, fragmentation of dimeric, tetrameric, and longer Lys48- and Lys63-linked ubiquitin chains.
Super PACs demonstrate that almost daily.
Sokoloff et al., using the autoradiographic [C]deoxyglucose method, have demonstrated that energy metabolism increased almost linearly with the degree of functional activation, that is, spike frequency, in the terminal projection zones of activated pathways [ 67].
