  We examine the possible resolution of the recently observed polarization
anomaly in B0(bar{B}0) -> phi K*0(bar{K}*0) decay within R-parity violating
(RPV) SUSY. We show that a combination of the superpotential trilinear
(RPV)-interactions, with the couplings lambda', and the soft SUSY breaking
bilinear RPV, sneutrino-Higgs mixing, proportional to tilde{mu}**2, can
potentially generate the effective operators with the chirality structure
necessary to account for this anomaly. However, we demonstrate that the
existing experimental data on Bs -> mu+ mu- decay lead to stringent upper
limits on the Wilson coefficients of these operators, which are about two
orders of magnitude below the values required for the resolution of the B-decay
polarization anomaly, and, therefore, it can hardly be explained within the RPV
SUSY framework.
  As a byproduct result of our analysis we derive new limits on the products of
the soft bilinear and the superpotential trilinear RPV-parameters of the form
tilde{mu}**2 * lambda'.
