Exact(2)
A former study using coronin-1A knockout mice verified that this factor exerts an inhibitory effect on F-actin formation via an Arp2/3-dependent mechanism.
In a former study using mice with OVA-triggered pulmonary allergic inflammation, and urethane-induced lung cancer, the authors found that the allergic status had no influence on the development of the neoplasia [ 15].
Similar(58)
Assuming that both algorithms made an error of two samples in detection, in the former study, using a one-minute sampling data, this resulted in a 120-s error, whereas in the present study, with a 3-s sampling data, it involved a 6-s error.
Comparison of numerical results and experimental data is also carried out, which shows a better agreement than that of former study using the 3D Hashin's criterion.
While these experiments were conducted using leucine only, the former study used a mixture of amino acids.
This discrepancy can be explained by the application of different statistical methods in both studies, i.e. the former study used a Linear Models for Microarray Data without correction for FDR.
While the former study used a Biosource assay, the latter used the gold standard LCMS assay to measure vitamin D. Aside from assay differences, reasons for such wide discrepancies remain unexplained.
The former study used only a small number of LEO anomaly cases, whereas the latter study applied Kosmos data on anomalies attributed to high-energy particles.
While different normalization techniques will likely affect the accurate quantification of miRNA abundance, the downstream consequences of using different aligners to map the raw sequencing reads to a given reference is unknown: the former study used data aligned using SHRiMP [ 19] and Bowtie [ 20], whereas the latter used Novoalign [ 21].
The former study used glutathione-S-transferase, which is a globular protein that readily folds and dimerizes in the cytosol, which may have hampered periplasmic targeting [21].
Some former study used ZnO nanoparticles to enhance the electroluminescent characteristics of green polymer LED [3], or used ZnO nanorods to improve violet electroluminescence of polymer LED [4].
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