  We investigate the interplay between the (light-light quark) chiral
condensate and heavy-light quark condensate induced by the QCD Kondo effect,
which is described by an effective Lagrangian with four-point interactions and
the mean-field approximation. We find that the appearance of Kondo condensates
decreases the critical chemical potential of the chiral condensate. In the
region near the critical chemical potential, a coexistence phase with two kinds
of condensates can appear. The behavior of such an interplay at finite
temperature and with nonzero current light-quark mass is also discussed.
