… , another enthalpic term needs to be introduced in the Gibbs free energy equation to understand
the behaviour: ΔH for supramolecular association of the polymer chains [7]. In this case, …

… [7] Recently, numerous studies have reported the development of temperature-sensitive
polymeric nanogels for drug delivery applications.[1, 8] However, many unresolved issues still …

… In addition to the contribution of their dynamic nature to the drug release behavior of
these SSA drug delivery systems, the influence of pH was also investigated with the …

… the potential printing techniques suitable for tissue scaffolds or drug delivery and eliminating
manufacturing limitations. The resulting modulus and physical characteristics of the printed …

… However, in most of DDSs based on renewable polymers, the developers may not assert on
… imparted to delivery system field very soon. On the other hand, supramolecular interactions …

… have been used 22–24 and are employed to modify or tune release rates and … polymeric
drug delivery implant systems, release occurs upon degradation (surface or bulk) of the polymer …

… supramolecular nano drug delivery systems through formation of supramolecular amphiphiles,
supramolecular … The second type often involves polymeric covalent crosslinking of CB[6] …

… with CyD to form the supramolecular assembly for the drug delivery and tissue engineering.
… semi-interpenetrating polymeric network hydrogel and the drug release was compared with …

… preparation of nanoparticles for drug delivery, varying from … chemical nature like various
polymers and solid metal containing … of the currently used systems for drug delivery. Besides the …

… supramolecular systems based on the host–guest interaction and realize the controlled release
… their utilization in constructing supramolecular systems based on polymers with different …