Our observations provide evidence for a novel regulation of gelatinolytic activity in vivo.
Our observations provide novel insights into a complicated functional dependence of ionic conductivity versus ionic concentration and temperature.
Our observations provide an alternative explanation to the former controversial theories on the formation of Carolina bays.
Our observations provide the first evidence of the regulation mechanism of ICP47 on DC-based immunotherapy for long-term persistence.
Thus, our observations provide a physically motivated explanation for the equivalence shown in [12] and the usage of mask values outside of the range (left[ 0,1right]).
Our observations provide an evidence for the preference of the anionic state (HD32D228) in BACE1 binding site and are in accord with reported computational data.
Our observations provide important practical guidance for optimization of the geometrical dimensions of magnetic sensing elements and design of GMI-based magnetic sensors.
Our observations provide additional experimental evidence in support of classifying XMRV as an MLV variant.
In summary, our observations provide support for our model (Fig. 8).
Altogether, our observations provide a rationale for therapeutic intervention to restore suppressive activity by T regs in SSc.
Our observations provide the best evidence gathered so far for the role of TEs in the generation of Drosophila inversions.
