  Triple product correlations (TPC's) involving strange quark spin are
elucidated in b --> u u(bar) s process within the standard model. They arise
when light quark masses are nonzero. As the momenta and spins of constituent
quarks are related to that of the parent hadron, the quark masses are, however
small, important and relevant in TPC studies. At this level the TPC's of
interest are of the form s_s.[p_u X p_u(bar)] and s_s.[p_s X p_u]. As an
application, we look at T-violating effects in B --> anti-Lambda p pi through
the TPC s_\Lambda.[p_\Lambda X p_p] for which triple product asymmetry is found
to be 5.7%-7.6% in the vanishing limit of the strong phase.
