  Direct and indirect searches of the Higgs boson suggest that 113 GeV
$\lesssim m_H \lesssim$ 170 GeV is likely. With the LEP era over and the
Tevatron Run II search via $p\bar p \to WH+X$ arduous, we revisit a case where
$WH$ or $ZH +$ jets could arise via strong $b^\prime\bar b^\prime$ pair
production. In contrast to 10 years ago, the tight electroweak constraint on
$t^\prime$--$b^\prime$ (hence $t^\prime$--$t$) splitting reduces FCNC
$b^\prime\to bZ$, $bH$ rates, making $b^\prime\to cW$ naturally competitive.
Such a "cocktail solution" is precisely the mix that could evade the CDF search
for $b^\prime\to bZ$, and the $b^\prime$ may well be lurking below the top. In
light of the Higgs program, this two-in-one strategy should be pursued.
