Based on the generalized vector meson dominance model in QCD, we study photoproduction of vector meson gamma off the proton by use of the QCD inspired model in which the contributions from quark-quark, gluon-gluon, and quark-gluon interference term to observable are taken into consideration. Calculations are performed for total cross section sigma(tot), differential cross section d sigma/dt, ratio of the real part to imaginary part of forward scattering amplitude rho, and nuclear slop parameter function beta. The mediators of interactions between projectiles (the quark and antiquark pair fluctuated from the real the photon) and the proton target (three-quark system) are the tensor Glueball and Odderon instead of using the usual Pomeron exchange. The theoretical predictions for sigma(tot)(s) are consistent with the experimental data within error bars of the data. The data for d sigma/dt, rho, and beta are urgently needed.