  We investigate the possible collider signatures of a new Higgs in simple
extensions of the Standard Model where baryon number is a local symmetry
spontaneously broken at the low scale. We refer to this new Higgs as "Baryonic
Higgs". This Higgs has peculiar properties since it can decay into all Standard
Model particles, the leptophobic gauge boson, and the vector-like quarks
present in these theories to ensure anomaly cancellation. We investigate in
detail the constraints from the $\gamma \gamma$, $Z \gamma$, $Z Z$, and $W W$
searches at the Large Hadron Collider, needed to find a lower bound on the
scale at which baryon number is spontaneously broken. The di-photon channel
turns out to be a very sensitive probe in the case of small scalar mixing and
can severely constrain the baryonic scale. We also study the properties of the
leptophobic gauge boson in order to understand the testability of these
theories at the LHC.
