The subset that did not show this absolute speeding was responsive to chemical stimuli (histamine, capsaicin) and likely consists of mechanically-insensitive afferents.
Cells expressing αM/β2-intergrins were located both in the epithelium and LP, and likely consist of LCs in the epithelial layer and submucosal DCs and macrophages in LP (Fig. 2E).
As the aggregates were resistant to PK and thus likely consisted of fibrillar αSynuclein [ 8, 33], the extensive prior classification of WT and A30P αSynuclein as fibril-forming variants, and A56P and TP as fibrillization impaired variants [ 22] was confirmed in DA neurons of adult rats in vivo.
For its highly heterogeneous and polydisperse appearance this material likely consisted mostly of molecularly ill-defined, variously sized polysaccharides.
Fossilized hyphae and spores recovered from the Ordovician of Wisconsin (460 Ma) resemble modern-day Glomerales, and existed at a time when the land flora likely consisted of only non-vascular bryophyte-like plants.
Material characterisation showed that NA-FeOx was formed by nanometric (100 500 nm) sized spheres coated with an iron oxide layer that most likely consisted of a ferrihydrite-like mineral.
Results suggested that the colloidal/nanoparticulate carriers likely consisted of a mixture of Fe/Al oxides and organic matter, and highlighted a higher colloidal/nanoparticulate P release capacity in soil B with higher soil organic matter content and porosity.
Coe et al. (2016) hypothesized that the surficial sediments present in the West Salt Creek channel likely consisted of a mixture of alluvium and landslide deposits.
Semi-quantitative XRD analysis of the post-hydrothermal material (pyrolised at 700 750 °C), indicated that the calcium phosphate (CaP) ceramic most likely consisted of a calcium carbonate macroporous lattice, with hydroxyapatite crystals on the surface of the macropores.
This difference in time indicates that the original emaki most likely consisted of more scrolls than exist today.
