  We revisit the effect of the large stop mixing on the decay and production of
the lightest SUSY Higgs at the LHC. We stress that whenever the inclusive
2-photon signature is substantially reduced, associated production, $Wh$ and
$t\bar t h$, with the subsequent decay of the Higgs into photons is enhanced
and becomes an even more important discovery channel. We also point out that
these reductions in the inclusive channel do not occur for the smallest Higgs
mass where the significance is known to be lowest. We show that in such
scenarios the Higgs can be produced in the decay of the heaviest stop. For not
too heavy masses of the pseudo-scalar Higgs where the inclusive channel is even
further reduced, we show that large stop mixing also allows the production of
the pseudo-scalar Higgs through stop decays. These large mixing scenarios
therefore offer much better prospects than previously thought. As a by-product
we have recalculated stop1-stop1-h production at the LHC and give a first
evaluation of stop1-stop1-Z.
