  In this note, it is argued that the mass matrix for the six quarks can be
generated in first approximation by introducing fermion condensates on the same
lines as was done before for gluons, within the modified perturbative expansion
for QCD proposed in former works. Thus, the results point in the direction of
the conjectured link of the approximate `Democratic' symmetry of the quark mass
matrix and `gap' effects similar to the ones occuring in superconductivity. The
condensates are introduced here non-dynamically and therefore the question of
the possibility for their spontaneous generation remains open. However,
possible ways out of the predicted lack of the `Democratic' symmetry of the
condensates resulting from the spontaneous breaking of the flavour symmetry are
suggested. They come from an analysis based on the Cornwall--Jackiw--Tomboulis
(CJT) effective potential for composite operators
