Abstract:
Over the last few decades self-assembled molecular architectonics have been used as a tools to understand various biological processes and their mechanism of action.1-3 The self-assembled molecular architectonics can be used to develop smart or novel material4 that can be useful in diagnostic5 to catalysis.6-8 Recently, self-assembly has emerged as a tool to design smart adaptive material in the field of materials chemistry and bio-material.9-10 The self-assembly systems have boundless opportunities due to their dynamic nature because of non-covalent interaction.11 The self-assembled systems can be stimuli responsive in nature12 i.e., it can be easily controlled with the help of stimuli like, heat, light, chemicals etc.10-21
