Polymeric molecules are first shown to be highly capable of being encoded with instructions for autonomous synthesis of structured materials. The secure physical fit due to the complementary shapes enables the particles to remain locked in position for the targeting. Also, several affiliated sites offer a third-party download. Both the basic structural properties (core–shell structure and customizable shape) are used in the specific applications of targeted drug delivery and imaging. All you need is to download the SCR888 mobile app from the webpage. This first synthesis of this class of particles enables the development of novel applications: the concept of shape specificity for targeting sites. The functional polymeric molecules direct the large-scale migration of the liquid molecules to specific sites for forming the required customized structure of the particle, thus overcoming previous challenges of fabricating this class of particles. These instructions allow the functional polymeric molecules to be used for autonomous synthesis of particles: particles with both functional core–shell structure and customizable shapes are fabricated for the first time. This manuscript describes a class of functional polymeric molecules that have a set of instructions written by specific chemical moieties. Self-organization by the directed migration of components within a system is an important process in many applications, such as the unidirectional migration of motor proteins for transporting items to specific sites in a cell.
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