Sentence examples for topographic findings from inspiring English sources

The definitive diagnosis will be based on a combination of clinical findings and topographic findings.

Although the topographic findings are suggestive, they also are consistent with a large and rather unconstrained set of potential neural sources.

However, the topographic findings indicate changes in the primary pain processing of visceral pain, and such central changes may result in gastrointestinal events being perceived in an abnormal way (15).

Based on topographic and geologic findings a suitable location in Gua Bribin could be identified as potential construction site.

Our data extend recent findings of topographic connectivity within visual cortex using fMRI.

Second, emerging R&BD areas are selected by considering the status of the competition and markets through trademark analysis based on generative topographic mapping (GTM) after finding potential R&BD areas with network analysis from the viewpoint of the applicant for a trademark.

Since the labia minora are analogous to the urethral folds that participate in penile morphogenesis, this finding suggests that topographic origin influenced expression within the selected set of genes of these two samples more than AR signaling.

Furthermore, the finding of distinct topographic variations in the development of arterial occlusive disease in spite of uniform systemic risk factors (sex, cholestorol, triglyceride levels, smoking, hypertension) was thought to indicate genetic differences in the arterial bed (DeBakey and Glaeser, 2000).

Within the hippocampus, we focused on the subiculum, based on previous findings demonstrating that the topographic organization of cortico-hippocampal functional connectivity is most prominent in the subiculum (Libby et al., 2012).

While these findings confirm that the topographic conditions that favor evolutionary processes leading to ring speciation are, in fact, rare, they also suggest that many understudied natural systems could provide valuable demonstrations of continuous divergence towards the formation of new species.

Collectively, these findings illustrate the relationship between topographic cues of the scaffold and their inductive role in tissue regeneration; thus providing an insight into future development of smart functionalized bio-scaffold design and its application in tissue engineering.