  The data accumulated so far confirm the Higgs-like nature of the new boson
discovered at the LHC. The Standard Model Higgs hypothesis is compatible with
the collider results and no significant deviations from the Standard Model have
been observed neither in the flavour sector nor in electroweak precision
observables. We update the LHC and Tevatron constraints on CP-conserving
two-Higgs-doublet models without tree-level flavour-changing neutral currents.
While the relative sign between the top Yukawa and the gauge coupling of the
126 GeV Higgs is found be the same as in the SM, at 90% CL, there is a sign
degeneracy in the determination of its bottom and tau Yukawa couplings. This
results in several disjoint allowed regions in the parameter space. We show how
generic sum rules governing the scalar couplings determine the properties of
the additional Higgs bosons in the different allowed regions. The role of
electroweak precision observables, low-energy flavour constraints and LHC
searches for additional scalars to further restrict the available parameter
space is also discussed.
