  The theoretical status of the muon anomaly is reviewed including the recent
change in the light by light hadronic correction. Specific attention is given
to the implications of the shift in the difference between the BNL experimental
result and the standard model prediction for sparticle mass limits. The
implication of the BNL data for Yukawa unification is discussed and the role of
gaugino mass nonuniversalities in the satisfaction of Yukawa unification is
explored. An analysis of the BNL constraint for the satisfaction of the relic
density constraint and for the search for dark matter is also given.
