  We present results for in-medium spectral functions obtained within the
Functional Renormalization Group framework. The analytic continuation from
imaginary to real time is performed in a well-defined way on the level of the
flow equations. Based on this recently developed method, results for the sigma
and the pion spectral function for the quark-meson model are shown at finite
temperature, finite quark-chemical potential and finite spatial momentum. It is
shown how these spectral function become degenreate at high temperatures due to
the restoration of chiral symmetry. In addition, results for vector- and
axial-vector meson spectral functions are shown using a gauged linear sigma
model with quarks. The degeneration of the $\rho$ and the $a_1$ spectral
function as well as the behavior of their pole masses is discussed.
