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The baryon-antibaryon spectrum consisting of strange, charm and bottom quarksis studied in the color flux-tube model with a multi-body confinementinteraction. Numerical results indicate that many low-spin baryon-antibaryonstates can form compact hexaquark states and are stable against the decay intoa baryon and an antibaryon. The multi-body confinement interaction as a bindingmechanism plays an important role in the formation of the states. They can besearched in the $e^+e^-$ annihilation and charmonium or bottomonium decay ifthey really exist. The newly reported states, X(1835), X(2370), Y(2175),Y(4360) and Y_b(10890), may be interpreted as $N\bar{N}$, $\Delta\bar{\Delta}$,$\Lambda\bar{\Lambda}$, $\Lambda_c\bar{\Lambda}_c$ and$\Lambda_b\bar{\Lambda}_b$ states, respectively.

Baryonia and near-threshold enhancements