  Recently, we studied the branching ratios of rare K and B decays in models
with Minimal Flavor Violation (MFV) using the presently available information
from the universal unitarity triangle analysis and from the measurements of
Br(B -> Xs gamma), Br(B -> Xs l+l-) and Br(K+ -> pi+ nu nubar). We analyzed in
detail possible scenarios with positive or negative interference of Standard
Model (SM) and New Physics contributions. In particular, we derived upper
bounds on various rare decays and pointed out an interesting triple correlation
between B -> Xs gamma, B -> Xs l+l- and K+ -> pi+ nu nubar present in MFV
models.
