These include a dermal growth pattern that is hypercellular and
sheetlike rather than nested (107) or the presence of large irregular nests with little intervening collagen, (2) particularly if these occur at the deeper aspect of the lesion.
These are vertical
sheetlike structures that can stretch as far as 800,000 km across the Sun's surface and as much as 100,000 km high.
The intersection of these cracks results in the detachment of
sheetlike wear particles and the size of crack voids was among 30-75 [micro]m in length and 20-40 [micro]m in depth.
Fourteen days post admission the patient presented
sheetlike desquamation of the hands, feet, and perianal region.
Barren = no macroalgal cover; Crusts = prostrate, creeping, or crustose growth forms, patches of foliose or branching species; Foliose/ Diverse = upright, branching or
sheetlike growth forms, high species richness.
Srivastava, "Synthesis of different Cu[(OH).sub.2] and CuO (nanowires, rectangles, seed-, belt, and
sheetlike) nanostructures by simple wet chemical route," Journal of Physical Chemistry C, vol.
Compared with fibrous structure of CNF (Figure 1(a)), the microstructure of GO-CNF exhibited a hierarchical structure with interconnected 2D
sheetlike networks (Figures 1(b) and 1(c)), which exhibited an interconnected spongelike porous structure with pore sizes ranging from several hundreds of nanometers to a few micrometers and this could be proved in the data of pore size distribution and specific area in Figure 3.
Lamellipodia (LP) are thin,
sheetlike protrusions in untreated cells characterized by periods of extension and retraction (indicated by dashed line), After Farrerol treatment, the size of cell showed shrink with minimal protrusive activity (indicated by dashed line).
44-45) asymmetrical, well developed, tubular, surrounding aedeagus in basal 3/4, with an irregular
sheetlike process in right view.
The subendothelial layer of the intima in arteries and arterioles contains a
sheetlike layer or lamella of fenestrated elastic material called the internal elastic membrane.
The microstructure of specimens prepared from 100% metakaolin revealed heterogeneous grain comprising loose structured precipitates forming around the
sheetlike packing of unreacted metakaolin with interconnected pores (Figure 4(b)).
Herein we report for the first time a simple surfactant-free method for the preparation of
sheetlike Sn[S.sub.2] with exposed {001} facets and flowerlike Sn[S.sub.2] with exposed {010} facets.