  Recent neutrino experiments have made very significant progresses and our
knowledge of neutrino masses and mixing has considerably improved. In a model
independent Monte Carlo approach, we have examined a very large class of
textures, in the context of non abelian horizontal symmetries; we have found
that neutrino data select only those charged lepton matrices with left-right
asymmetric texture. The large atmospheric mixing angle needs m_{23} ~= m_{33}.
This result,if combined with similar recent findings for the quark sector in
the B oscillations, can be interpreted as a hint for SU(5) unification. In the
neutrino sector strict neutrino anarchy is disfavored by data, and at least a
factor 2 of suppression in the first row and column of the neutrino majorana
mass matrix is required.
