  Fitting the recent $e^+e^-\ra\phi\,\eta$ data by the Belle collaboration with
a theoretical formula reveals, besides the dominant $\phi(1680)$ resonance, two
narrow resonances: expected $\phi(2170)$ resonance and an unexpected resonance
with the mass of about 1851 MeV. Close proximity to the $X(1835)$ resonance
suggests that the new resonance may be interpreted as the $p \bar p$ baryonium
in an excited state. Follow-up analysis found the same resonance also in
$e^+e^-\ra\omega\,\eta$ data by CMD-3 experiment.
