  In order to develop a model that can describe both a single baryon and
multi-baryon systems on the same footing, we re-investigate the Skyrme model in
a chiral Lagrangian derived from the hidden local symmetry (HLS) up to $O(p^4)$
including the homogeneous Wess-Zumino terms. We use the master formulas that
connect the parameters of the HLS Lagrangian and a class of holographic QCD
models, which provides a controllable way to determine the low-energy constants
of the Lagrangian once the pion decay constant and the vector meson mass are
given. Therefore, this model allows us to study the role of vector mesons in
the skyrmion structure. We find that the $\rho$ and $\omega$ vector mesons have
different roles in the skyrmion structure and that the $\omega$ meson has an
important role in the properties of the nucleon.
