  The minisuperspace dynamics of the Friedmann-Robertson-Walker (FRW) and of
the Taub Universes in the context of a Generalized Uncertainty Principle is
analyzed in detail. In particular, the motion of the wave packets is
investigated and, in both the models, the classical singularity appear to be
probabilistic suppressed. Moreover, the FRW wave packets approach the Planckian
region in a stationary way and no evidences for a Big-Bounce, as predicted in
Loop Quantum Cosmology, appear. On the other hand, the Taub wave packets
provide the right behavior in predicting an isotropic Universe.
