  In this paper we address the question: ``do the limits on technirho
production at the Tevatron mean what we think they do ?'' These limits are
based on calculations that rely on Vector Meson Dominance (VMD). VMD was
invented in order to describe the interaction of electrons with hadrons (the
rho meson and pions). The method has been used also as a tool in the study of
Technicolor phenomenology. Nevertheless there are evidences in the sense that,
even in its original, context VMD is not completely realized. In this work we
investigate the consequences of a deviation from complete VMD for the
phenomenology of colored technihadrons. We focus specially on the production of
the color octet technirho and color triplet technipions. We found that a
relative small direct coupling of the proto-technirho to quarks is enough to
suppress or even eliminate the interaction among quarks and the physical
technirho. On the other hand, it is possible to suppress the coupling of the
physical technirho to technipions but in this case a large interaction among
the technipions and the proto-gluon must be introduced. The consequences for
the limits on the mass of the color octet technirho are also investigated.
