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We evaluate the predictive power of the neutrino mass matrices arising fromseesaw mechanism subjected to texture zero and satisfying a cyclic permutationinvariant. We found that only two from eight possible patterns of the neutrinomass matrices are invariant under a cyclic permutation. The two resultedneutrino mass matrices which are invariant under a cyclic permutation can beused qualitatively to explain the neutrino mixing phenomena for solar neutrinoand to derive the mixing angle that agress with the experimental data.

Neutrino Mass Matrix from Seesaw Mechanism Subjected to Texture Zero and Invariant Under a Cyclic Permutation