  In this article we study the unquenched three-gluon and ghost-gluon vertex in
all momentum range going from the ultraviolet to the infrared regime using the
Curci-Ferrari model at one-loop in Landau gauge as an extension of the results
presented in \cite{Pelaez:2013cpa}. Results are compared with recent lattice
data for $SU(3)$ in the unquenched case. This calculation is a pure prediction
of the model because it does not require fixing any parameter once two-point
functions are fitted. An analysis of the influence of dynamical quarks in the
position of the zero crossing of the three-gluon vertex is presented. Due to
the recent improvements in infrared lattice data for the quenched three-gluon
correlation function \cite{Aguilar:2021lke} we also redo the comparison between
our one-loop results in this limit and the lattice obtaining a very good match.
