The structural features of this molecule with potential pharmaceutical applications have been disclosed by interpreting extensive photophysical measurements in various solvents with the aid of enhanced sampling molecular dynamics simulations and time dependent density functional calculations.
To further interpret this extensive list of genes, enrichment for GO biological process was performed.
Interpreting the extensive use of wetland resources in hut construction at Kharaneh IV required the use of new ethnographic analogs focused on wetland-based adaptations, such as Northern Paiute 'tule technology' from the American Great Basin.
They interpreted that extensive fracturing of the layer accounts for the low Q P. The difference in the attenuation structure may reflect a difference in the tectonic processes at the Nankai and Costa Rica subduction zones; the former is an accretionary margin whereas the latter is an erosive margin.
Although this effect biologically may be interpreted as extensive loss of articular cartilage, the potential effect drug-treatments cannot be ruled out.
Cranial morphology is frequently studied with the purpose of identifying and interpreting the extensive range of variation that exists among modern human populations and in the hominin fossil record (e.g., [ 1– 10]).
Until now, a specific role for 2Me-hopanoids in living cells has evaded experimental detection, yet its identification has been of great interest for interpreting the extensive 2Me-hopane fossil record (Welander et al., 2010; Kulkarni et al., 2013).
We interpreted the extensive CIS-like replacement of the surface epithelium by tumor cells (seen in all cases) as tumor spread along the mucosa and not as a precursor lesion (intraepithelial neoplasia).
However, unlike some other laboratories [ 36], we interpret our own extensive studies of separated luminal and myoepithelial cells in vitro as showing no evidence of any lability or interchangeability between the two basic epithelial cell types, either in bulk culture or as clones.
However, the resulting datasets are often challenging to interpret as they include extensive information relating to both indirect transcription effects and off-target interference events.
