  We study mesonic and baryonic correlation functions in the temporal
directions in the vicinity of the critical temperature $T\simeq T_c$ using the
instanton liquid model. In this model chiral symmetry restoration is driven by
the formation of instanton-antiinstanton molecules. Although we find the
signals for all hadronic poles to be drastically reduced, some hadronic states
seem to survive the phase transition, as loosely bound $U(N_f)\times U(N_f)$
chiral multiplets in the plasma phase. These states are the $0^+ - 0^-$ mesons
$(\pi,\sigma,\eta',\delta)$ and the $N(\frac{1}{2}^+) - N(\frac{1}{2}^-)$
baryons.
