  We discuss the violation of the equality of the gauge coupling and gaugino
coupling in the presence of soft supersymmetry breaking. Although this is a
hard supersymmetry breaking effect, there are finite contributions to this
difference which can be determined as a function of the soft supersymmetry
breaking masses. The largest sources of this difference are the "super-oblique"
corrections, which can be enhanced by a multiplicity factor and a logarithm of
the soft supersymmetry breaking mass. This is to be contrasted to standard
oblique corrections to the electroweak sector which decouple for large
supersymmetry breaking. We show that these parameters can be relatively large,
particularly in models of supersymmetry breaking motivated by solving the
supersymmetric flavor problem. We also perform a detailed study of the
non-oblique corrections for the example of squark decay. We find that they can
be significant, and should be accounted for in the theoretical prediction.
