Rheoreversible property of the Zn-PMA metallogel has also been studied (Figure ). For this reason the thixotropic nature of different metallogels has been critically evaluated. Time sweep based rheological investigation was employed for the synthesized metallogel by following the chronological implementation of diverse shear strain amounts (i.e., γ = 0.01, and 50 %) under the application of a definite angular frequency (i.e.,  = 10 rad/s). With the progress of the experiments, the values of elastic i.e., storage modulus (G') and the viscous i.e., loss modulus (G") were monitored with the change of time. Time sweep experimental results are expressed in Figure for Zn-PMA metallogels. According to the judicious protocol for the supramolecular metallogel systems, up on the application of 0.01 % shear strain the semi-solid material behaves like a gel-like scaffold having predominant storage modulus with respect to loss modulus (i.e., G'>G"). After certain time interval, up on the application of 50 % shear strain a sol-type property with rhological signature i.e., predominant values of loss modulus over strorage modulus of the tested 3D scaffold were obtained. Then, the sol-type nature of Zn-PMA got recovered into its previous gel-feature under the influence of relaxed shear strain (i.e., 0.01 %). Such oscillatory outcome of rheological experiments was sustained for upto four cycles by retaining similar kinds of plots.