Our aim was to investigate the understanding of this term by parents and health professionals.
The design and performance of a semi-preparative asymmetrical flow field-flow fractionation (SP-AF4) channel are investigated with the objective of better understanding and exploiting the relationship between channel dimensions, sample loading, and resolution.
Since then, the cardiovascular and renal effects of relaxin have been investigated with a growing understanding of the molecular, cellular, physiologic, and clinical roles for this molecule (reviewed in [ 6, 24]).
Bacterial transport through cores of intact, glacial-outwash aquifer sediment was investigated with the overall goal of better understanding bacterial transport and developing a predictive capability based on the sediment characteristics.
Now, with the understanding of physical properties of the spiral scans, we investigate the behavior for spiral curves with different a and b parameters.
All this information brings researchers to the next step closer to the understanding of the processes occurring with the investigated material.
These issues need to be further investigated for better understanding of the pathogenesis of CAD.
The effect of selective laser melting (SLM), an additive manufacturing technique employed to produce metallic components, on the mechanical properties of the Al-12Si alloy is investigated, with particular emphasis on understanding the effect of laser track direction on quasi-static tensile, fracture, fatigue crack growth, and unnotched fatigue properties.
Future work to investigate this component of validity would further the understanding of current evidence.
Phenomenological methodology provides the opportunity to expand the understanding of an investigated phenomenon.
It would be highly informative to investigate whether the current understanding of sperm migration and peristaltic flow are consistent with the transport of sperm to the uterotubal junctions.
