  We argue that in the minimal supersymmetric extension of the Standard Model
with a large trilinear coupling both the fundamental Higgs boson and a bound
state of squarks (formed via strong scalar interaction) can have a non-zero
VEV. This alters drastically the pattern of electroweak-symmetry breaking and
the Higgs phenomenology. In particular, the upper bound on the supersymmetric
Higgs-boson mass may be relaxed. Also, the Higgs boson can be produced at
hadron colliders through a direct coupling to gluons.
