  We propose a simple ansatz for neutrino phenomenology, in which the relevant
lepton mass matrices take the universal Fritzsch-like form and the seesaw
relation holds under a particular condition. There exist six textures of this
nature, but their consequences on neutrino oscillations are exactly the same.
We show that our scenario is viable to account for the cosmological baryon
number asymmetry via thermal leptogenesis. Its predictions for the
lepton-flavor-violating decays \mu -> e\gamma, tau -> \mu\gamma and \tau ->
e\gamma are also presented. We find that the branching ratios of these rare
processes depend strongly upon the phase parameters responsible for
leptogenesis and for leptonic CP violation in neutrino oscillations.
