… peptide folding and structural flexibility on the mineralization of CaCO 3 . We study two
amphiphilic peptides … that reciprocal structuring of calcium ions and peptides lead to the effective …

… a protein from a fully extended structure and simultaneously optimizes the fold, … peptides
(16 residues) to modify calcite (CaCO 3 ) crystallization. We chemically synthesized six peptides …

… experiments with a synthetic peptide and suggested that the … The 5-fold symmetry of Ca 2+
-binding sites should be the … a 5-fold symmetry controls only the symmetry of the Ca 2+ ions …

… Calcium Carbonate (FCC) was recently introduced as a new pharmaceutical excipient.
FCC is a microparticulate material composed of calcium carbonate … calcium carbonate (FCC)”. …

… In a recent study, we found that β-folded leucine–glutamic acid (LE) peptides can effectively
assemble vaterite calcium carbonate nanosheets by exploiting their structural flexibility at …

… Calcium carbonate (CaCO 3 ) minerals are among the most common biominerals, of which
… was designed rationally, on the basis of the selection of charge location, to fold into a helix …

… Since the backbone folding of the peptides is not known a priori we measured the interfacial
… LE10 peptides, β−sheet LE7 peptides can also form stable, free-standing calcium carbonate …

… -fold acceleration of growth at a peptoid concentration of only 50 nM, while acidic peptides
… amphiphilic copolymer on the mineralization of calcium carbonate. Colloids and Surfaces A: …

… Stm, StmP, and trypsin in the concentration of 20 μM were incubated with a 10-fold molar …
The lack of a well-packed hydrophobic core and rapid fluctuations in the peptide chain lead …

… of calcium carbonate, such as aragonite, or may contain segregated layers of calcite and
aragonite. (1, 8) In addition to the crystalline forms of calcium carbonate, … of the fold-dependent …