  We present results for one-loop perturbative matching factors using bilinear
operators composed of improved staggered fermions, using unimproved (Wilson)
and improved (Symanzik, Iwasaki, and DBW2) gluon actions. We consider two
fermions actions---HYP/$\bar{\text{Fat7}}$-smeared and "asqtad". The former is
being used in calculations of electroweak matrix elements, while the latter
have been used extensively by the MILC collaboration. We observe that using the
improved gluon action leads to small reductions in the perturbative
corrections, but that these reductions are smaller than those obtained when
moving from the tadpole-improved naive staggered action to either HYP-smeared
or asqtad action.
