  We study the one-loop two point functions of the gauge, scalar and spinor
fields for a Horava-Lifshitz-like QED with critical exponent $z=2$. It turns
out that, in certain cases, the dynamical restoration of the Lorentz symmetry
at low energies can take place. We also analyze the three point vertex function
of the gauge and spinor fields and prove that the triangle anomaly identically
vanishes in this theory.
