Huang and co-workers (2011) prepared GO as single-layer sheet (sheet-like shapes) with a thickness of about 1.2 nm covalently linked to folic acid (FA).
The first zinc finger in AEBP2 (hereafter referred to as "ZF1"), containing residues Tyr261 His286, folds as a canonical Cys2His2 zinc finger architecture (Krishna et al., 2003), beginning with a well-defined anti-parallel β-sheet (sheet 1, β1 β2, residues Tyr261 Asn262 and Cys271 Phe272), followed by an α helix (α1, residues Ser275 Ile285).
Similar to ZF1, the third zinc finger domain (hereafter referred to as "ZF3") also forms a typical Cys2His2 zinc finger domain, with an α helix (α3, residues Gln342 His352) after a β-sheet (sheet 2, β3 β4, residues Phe328 Lys329 and Ser338 Phe339) (Fig. 1C).
Other than different steel sheets, sheet magnesium alloy MgAZ31 has been investigated.
Two structures of cleaved serpin polymers have been solved; both of which reveal RCL / A-sheet sheet linkages similar to those predicted by the A sheet polymerisation mechanism.
For PGIP2 it was proposed that this second β-sheet (sheet B2) may represent an additional protein-protein interaction site [44].
The barrel is formed by two antiparallel β-sheets: sheet 1 (β2–β5) and sheet 2 (β6–β10 and β1) are connected by an antiparallel pair of α-helices between β1 and β2 (Fig. 2).
We assess the structural stability and association force of Aβ oligomers with different sheet-sheet interfaces.
Polyving akohol serving as cross-linking agent is converted to amorphous carbon during the annealing process, which effectively interconnects and enhances graphene sheet-sheet welding.
Furthermore, its holey structure creates abundant graphene sheet-sheet contacts as electron pathways, thereby greatly diminishing the resistance of the electrocatalyst.
