  We consider the behavior of D7 probes of supersymmetric warped geometries
that are perturbed by the presence of anti-D3-branes. Such constructions are
the gravitational duals of non-supersymmetric states in supersymmetric flavored
gauge theories. Although the D7s that we consider do not feel a force from
either D3s or anti-D3s alone, when both types of 3-branes are present the D7s
deform and fall a small distance toward the 3-branes. We perform our analysis
in AdS^5 x S^5 and the Klebanov-Witten solution and find qualitatively similar
behavior in each case. We then extend our consideration to the approximately
conical region of the Klebanov-Strassler solution and find that the effect is
parametrically larger than in the AdS^5 x X^5 examples. Additionally, we
discuss how these behaviors are modified by the presence of other flavors by
considering the backreaction of such flavor branes in AdS^5 x X^5. Finally, we
touch upon some of the implications that our results may have for model
building and argue that the deformation of the worldvolume results in
non-negligible corrections to soft terms in the low-energy description.
