  From the $0^{++}$ glueball candidate we argue that the $1^{--}$ glueball $O$
to be near in mass to $J/\psi$. This is supported by the recent null search for
$\psi^\prime \to \rho\pi, K^*\bar K$, while absence of distortion in the energy
scan of $J/\psi \to \rho\pi$ indicates that $\Gamma_O \gg \Gamma_{J/\psi}$. $O$
may also play a role in the OZI violating $\bar p p \to \phi\gamma, \phi\pi$
production puzzle.
