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In this work, we have made use of the identification of the X(3872) and Zb(10610)/Zb′(10650) as heavy meson-heavy antimeson molecules to establish some consequences derived from the symmetries that these heavy meson-heavy antimeson systems must have. We show the most general effective lagrangian that respects these symmetries only depends on four undetermined low energy constants (LECs), which will be fitted to reproduce the experimental data about the resonances we are identifying as molecular states. Then, we obtain a whole new set of states in the spectrum that could also be thought as heavy meson-heavy antimeson molecules. Finally, using another different symmetry: Heavy Antiquark-Diquark Symmetry, we can also establish a set of pentaquark-like states taking advantage of the previous LEC calculation

Heavy Quark Symmetries: Molecular partners of theX(3872) andZb(10610)/Zb′(10650)

Heavy Quark Symmetries: Molecular partners of theX(3872) andZ_b(10610)/Z_b′(10650)