  In the MSSM, the Higgs couplings to down-type quarks and leptons, normalized
with respect to their corresponding Standard Model values, coincide at
tree-level and this degeneracy is only slightly broken at the quantum level.
Motivated by the latest results of the Higgs searches at the LHC and Tevatron,
we explore the possibility of disentangling these couplings from each other by
considering a scenario in which supersymmetry is broken spontaneously at a low
scale. In such a scenario, all the Higgs couplings, except the ones to the Z
and W bosons, receive tree level corrections that depend on the MSSM soft
parameters. In particular, the corrections to the Yukawa couplings depend on
the A-term soft parameter for the corresponding fermion, allowing for the
freedom to break their usual relations, even in the MSSM decoupling limit. We
highlight the main features of this scenario in terms of a benchmark point for
which the normalized Higgs coupling to the tau leptons is depleted, the
coupling to photons is enhanced, while all the other Higgs couplings, including
the one to the bottom quarks, are close to their corresponding SM values. We
also discuss the experimental bounds arising mainly from di-tau searches and
comment on the discovery/exclusion prospects at the LHC.
