  We present an update of the Hagedorn hypothesis of the exponential growth of
the number of hadronic resonances with mass. We use the newest available
experimental data for the non-strange mesons and baryons, as well as fill in
some missing states according to the observation that the high-lying states
form chiral multiplets. The results show, especially for the case of the
mesons, that the Hagedorn growth continues with the increasing mass, with the
new states lining up along the exponential growth.
