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We show that the aging of the mechanical relaxation of a gelatin gel exhibitsthe same scaling phenomenology as polymer and colloidal glasses. Besides,gelatin is known to exhibit logarithmic structural aging (stiffening). We findthat stress accelerates this process. However, this effect is definitelyirreducible to a mere age shift with respect to natural aging. We suggest thatit is interpretable in terms of elastically-aided elementary (coil$\to$helix)local events whose dynamics gradually slows down as aging increases geometricfrustration.

Interplay between shear loading and structural aging in a physical gel