  We study the addition of flavor degrees of freedom to the supergravity dual
of the non-commutative deformation of the maximally supersymmetric gauge
theories. By considering D7 flavor branes in the probe approximation and
studying their fluctuations we extract the spectrum of scalar and vector mesons
as a function of the non-commutativity. We find that the spectrum for very
large non-commutative parameter is equal to the one in the commutative theory,
while for some intermediate values of the non-commutativity some of the modes
disappear from the discrete spectrum. We also study the semiclassical dynamics
of rotating open strings attached to the D7-brane, which correspond to mesons
with large spin. Under the effect of the non-commutativity the open strings get
tilted. However, at small(large) distances they display the same Regge-like
(Coulombic) behaviour as in the commutative theory. We also consider the
addition of D5-flavor branes to the non-commutative deformation of the N=1
supersymmetric Maldacena-Nunez background.
