  We calculate in the framework of the collinear QCD approach the amplitude for
exclusive neutrino-production of a pseudoscalar charmed $D$ meson. This process
allows to access gluon and both chiral-odd and chiral-even quark generalized
parton distributions (GPDs), which contribute in specific ways to the amplitude
for different polarization states of the $W$ boson. The energy dependence of
the cross section allows to separate different contributions and the
measurement of the azimuthal dependence helps to single out the transversity
chiral-odd GPDs contributions. The flavor dependence, and in particular the
difference between $D^+$ and $D^0$ production rates, allows to test the
importance of gluonic contributions. The behaviour of the proton and neutron
target cross sections enables to separate the $u$ and $d$ quark contributions.
Planned medium and high energy neutrino facilities will thus allow some
important progress in the realm of hadronic physics.
