There is only one comment on the representation of O. brumata in these curves " Curiously, O. brumata displayed a second, much smaller, peak in abundance during the years and sites where A. aurantiaria was most abundant (2005 2009)".
The magnitude of the reduction, however, was much smaller, and the abundance of pGSK3βSer9 and β-catenin proteins in LiCl-treated IGF1RNestin−KO mice was twice as much as that in NaCl-treated IGF1RNestin−KO mice.
For the parameter sets for which elimination does not occur, the average CHI and EIR for scenarios yielding an optimal treatment time in the high abundance season are much smaller than those in the low abundance season, and the ratios are 1 23.3 and 1 16.5, respectively.
While Vel1p and Hxt3p have much lower mRNA levels in carbon-limitation relative to the other conditions (approximately 16-fold in the case of HXT3), but the much smaller reductions in protein abundance (less than four-fold for Hxt3p) suggest that some post-transcriptional mechanism prevents the full reduction in mRNA level from impacting on protein abundance.
The rationale for such partitioning is that higher-abundance antibodies form much smaller protein databases than lower-abundance antibodies.
Model predictions demonstrating that even during apoptosis, for the same increase in relative transcript levels low-abundance proteins (500 copies per cell at baseline) will have substantial relative protein increases, whereas high abundance proteins (100,000 copies per cell at baseline) will have much smaller changes in relative protein abundance.
We also find that the abundances of protons and helium nuclei at 100 GeV/n at the cosmic-ray source relative to elemental galactic abundances are much smaller than those of other elements with comparable first ionization potential.
In addition, Lhcb1 and Lhcb2 levels were up to three times higher in the indoor plants, but differences in the PSI antenna were much smaller, with only the low-abundance Lhca5 protein showing altered levels.
These findings show the value of a comprehensive analysis of differential expression, because previous studies using microarrays, EST counts, and measurements of protein abundance had found much smaller numbers of differentially expressed genes (Weis and Levine 1996; Kuo et al. 2004, 2010; Barneah et al. 2006; Rodriguez-Lanetty et al. 2006; Ganot et al. 2011; Yuyama et al. 2011).
Mass spectrometers have a much smaller range of detection, leading to false negatives: low abundance proteins are not detected.
