Abstract
In this article, we have employed ionic self-assembly (ISA) strategy to fabricate the supramolecular assemblies like vesicle and fibril. Subsequently, the effect of multiple stimuli (temperature, pH and solvent polarity) on the vesicular and fibrillar aggregates has been investigated with the aid of various microscopic techniques. The above-mentioned stimuli have a significant impact on the morphology of the aggregates. The electrostatic force of attraction, hydrophobic interaction and solvent polarity plays the predominant role behind the morphological alteration of fibrillar and vesicular assemblies.
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