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Protein-like Copolymers Structure Dictates Sequence

Protein-like Copolymers Structure Dictates Sequence [Pg.10]

The question is, whether such primary structures can be obtained for binary copolymers, not obligatorily of biological origin. It is easy to do this by computer simulation [18], and much more difficult in real experiments. However, in both cases the corresponding procedure should involve the following stages that are schematically depicted in Fig. 1  [Pg.10]

Stage 1. We take a homopolymer coil with excluded volume interactions in a good solvent. [Pg.10]

Fig-1 Schematic representation of the CDSD chemical modification of a homopolymer chain a initial conformation formed by a homopolymer globule b chemical modification (surface coloring ) c resulting copolymer. Modified chain segments are shown in gray [Pg.11]

Stage 2. Strong attraction between all monomeric units is switched on and a homopolymer globule (parent conformation) is formed (Fig. la). Of course, when we are speaking about real experiments, by switching on the attraction we should understand the jump of temperature, addition of poor solvent, etc. [Pg.11]

Stage 4. This last step is necessary for computer realization. The uniform strong attraction of units should be switched off, and different interaction potentials should be introduced for H and P units. [Pg.11]


Protein-like Copolymers Structure Dictates Sequence... [Pg.10]


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