… populates a stable structured trimeric or tetrameric species at concentrations above ∼12.5 …
trimer/tetramer are ∼1.1 and ∼15/∼22 kcal/mol, respectively. The early aggregation stages …

… factors in the process of adsorption or formation of aggregates. The higher the CMC/C 20 is,
… interface rather than forming aggregates is. Thus, these dendritic tetrameric surfactants are …

… in the aggregates they have different microenvironments; (4) the two trimeric and tetrameric
… Is the structure of the trimeric and tetrameric aggregates formed by “swapping” of the N- or C…

… thioflavin-T fluorescence properties characteristic of amyloid. … monomer formed upon tetramer
dissociation, aggregate formation, … We also show that tetramer dissociation and monomer …

… its aggregation properties and … as a tetramer that is resistant to aggregation, and that
perturbations caused by heating or disease-associated point mutations render it more aggregation …

… of aggregate formation take place, such as ion trimer or tetramer formation in solvents of
very low … including the association limit at α→0, or large charge aggregations in any solvent. …

… of refolding and aggregation of porcine tetrameric lactate … have native-like properties, amyloid
formation appears to also … tetrameric TTR (but see also ref. 58 concerning Ig light chain). …

… , tetramers, hexamers, and an aggregate of two hexamers that may be the first step in protofibril
formation. … data and lend support to recent aggregation mechanisms proposed by Bitan, …

… Before assessing the performance of K 1 and K 4 as inhbitors of Aβ 1–42 aggregation,
we first studied the possible self-aggregation of these KLVFF peptides. Neither K 1 nor K 4 …

… the main method to study the tetrameric acids in solution. … aggregation properties in aqueous
solution. More specifically, Na 4 BP-10 forms nanometer-sized micelles with an aggregation …