  The use of extra dimensional scenarios as models for neutrino mass affects
many low energy observables. We consider the implications of virtual bulk
neutrinos in precision experiments of the anomalous magnetic moments of the
muon and the electron. We consider neutrino models in factorizable geometry of
the type M_4 x T as well as the sliced AdS_5 non-factorizable geometry. In both
geometries we find finite contributions to g-2 after summing over the KK
excitations of the bulk neutrinos. In the case of Randall-Sundrum geometry, we
find that the muon experiment is approaching the precision necessary to probe
these models.
