The characteristic sheets of interphase precipitation were identified as planar and curved.
We investigated the influence of deposition time and thickness on the transparent conducting characteristics: conductivity, sheet resistance, and transparency, of graphene films.
The third and bottom panels show the characteristic current sheet half-thickness L z and the B z values as function of time, evaluated at the location where B z reaches a local minimum at z=0, near x∼−13, for (e, g) a=2.5 and (f, h) a=5.
The third row panels (e, f) show the characteristic current sheet half-thickness L z and the bottom panels (g, h) the B z values as function of time, evaluated at the location where B z reaches a local minimum or the current density maximizes along the x axis, at x∼−13, (e, g) for a=2.5 and (f, h) for a=5.
By contrast the fibrillar sample of α-synuclein displays a very characteristic β-sheet spectrum with a broad band centered at ca. 216 nm.
Within our experimental set-up the amyloid oligomers were characterized by round-shape structure, weak binding of amyloid-specific dyes such as Congo red and thioflavin-T, lack of characteristic β-sheet spectrum in the far UV CD, though they interacted specifically with generic anti-oligomeric A11 antibodies and displayed pronounced cytotoxicity.
In this case, epithelial cells would proliferate in characteristic epithelial sheets.
The FBP28 and FBP28 W30Y amide I′ bands at 1638 and 1678 cm 1 are consistent with these characteristic β-sheet markers.
These clusters showed characteristic β-sheet structures but incomplete convergence due to flexible loops between β strands.
Untreated SEVI fibrils or SEVI fibrils treated with CLR03 exhibited a pronounced minimum indicative of a characteristic β-sheet rich structure.
