  We report on a recent calculation of the properties of the $DNN$ system, a
charmed meson with two nucleons. The system is analogous to the $\bar K NN$
system substituting a strange quark by a charm quark. Two different methods are
used to evaluate the binding and width, the Fixed Center approximation to the
Faddeev equations and a variational calculation. In both methods we find that
the system is bound by about 200 MeV and the width is smaller than 40 MeV, a
situation opposite to the one of the $\bar K NN$ system and which makes this
state well suited for experimental observation.
