  The N=1 supergravity coupled to chiral and Yang-Mills superfields is regarded
as the ultraviolet theory of the supersymmetric Standard Model. The gravitino
acquires a mass from the hidden sector and participate in mediating
supersymmetry breaking to the visible sector. We consider the quantum effects
of the gravitino and evaluate its contribution to the gaugino masses at one
loop level, which turns out to be irrespective of the SM gauge couplings. Due
to the universality of gravitino, its contribution to the gaugino masses can
significantly modify the gaugino mass relations of other supersymmetry breaking
mechanisms depending on the gravitino mass. For a given gaugino mass the
gravitino mass cannot be arbitrarily large even when other supersymmetry
breaking mechanisms are dominant.

High Energy Physics - Phenomenology;High Energy Physics - Theory