  In dense quark matter, the response of the color superconducting gaps to a
small variation, $\delta\mu$, in the chemical potential of the strange quark
was studied. The approximation of three massless flavors of quarks and a
general ansatz for the color flavor structure of the gap matrix was used. The
general pole structure of the quasi-particle propagator in this ansatz is
presented. The gap equation was solved using both an NJL interaction model and
perturbative single gluon exchange at moderate densities and results are
presented for varying values of $\delta\mu$. Quantitative and qualitative
differences in the dependence of the gaps on $\delta\mu$ were found.
