Nature employs copolymer sequence to realize exquisite control of molecular shape in
nanostructures such as protein assemblies, membranes, and DNA complexes. Synthesis of …

The review presents the basic models used to analyze the self-assembly of protein
macromolecules and the main results of studying the self-organization of macromolecules in …

The rheology and the structural evolution of xanthan solutions and gels upon increasing
polymer concentration were monitored in the absence and in the presence of cross-linker …

Monte Carlo simulations are employed in order to analyze the structure of polyelectrolyte
complexes consisting of two identical but oppositely charged macroions with varying chain …

The morphological diagrams of H-graft-P macromolecules in poor solvent were evaluated by
means of molecular dynamics simulations and analytical theory. The Diagrams contain …

Synthetic and natural polymers are capable of self-assembling into complex three-
dimensional ensembles. It opens ways for creation of the ordered supramolecular …

We report on three-dimensional Monte Carlo simulations of dilute solutions of multiblock
copolymers made of regularly spaced hydrophobic and hydrophilic blocks in the limit of long …

In metaphase chromosomes, chromatin is compacted to a concentration of several hundred
mg/ml by mechanisms which remain elusive. Effects mediated by the ionic environment are …

Chitosan macromolecules can be dissolved in water saturated with CO 2 under high
pressure, ie in carbonic acid. This unique biocompatible solvent with acidity regulated by the …

It was found first that macromolecules made of amphiphilic monomer units could form
spontaneously an ultra-thin layer on the surface which the macromolecules are grafted to …