A detailed model of the three-dimensional (3D) wave speed structure would greatly improve the present understanding of seismotectonics and volcanotectonics and enable the prediction of strong motion for future earthquakes occurring beneath the metropolitan area.
Our present understanding of the hematopoietic system has improved tremendously since William Harvey described the circulatory system in the 17th century.
In conclusion, the present findings improve our understanding of response-inhibition training for overeating.
The structure of Pol X in complex with its substrates, which is not available at present, could improve our understanding of this substrate preference and, perhaps, of the altered order of substrate binding.
Since our present understanding of TRRs is limited and primitive, we need an enhanced biological context to improve our understanding.
Here, we improve that understanding by presenting geologic and geophysical data from north-central Tibet, including magnetostratigraphy, sedimentology, paleocurrent measurements, and (40 Ar/(39)andand fission-track studies, to show that the central plateau was elevated by 40 Ma ago.
The findings presented here improve our understanding of the potential threat of this cosmopolitan jellyfish to finfish aquaculture, as well as our knowledge of the nature and extent of the damage caused which will be applicable to field investigations.
Importantly, the high-resolution expression patterns presented here improve our understanding of the molecular mechanisms and expand our knowledge of reaction wood formation in Populus.
The present results may improve the understanding of the electrokinetic transport characteristics in microchannels.
The present work may improve the understanding of the mechanisms involved in cell transdifferentiation and reprogramming, particularly about the role of senescence.
