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The quark condensate which enters the Gell-Mann-Oakes-Renner (GMOR) relation,is investigated in the framework of one-gluon-exchange models. The usualdefinition of the quark condensate via the trace of the quark propagatorproduces a logarithmic divergent condensate. In the product of current mass andcondensate, this divergence is precisely compensated by the bare current mass.The finite value of the product in fact does not contradict the relationrecently obtained by Cahill and Gunner. Therefore the GMOR relation is stillsatisfied.Comment: 8 pages LaTeX, no figures. minor modifications and additional  comments on the validity range of our main resul

THE QUARK CONDENSATE IN THE GELL-MANN-OAKES-RENNER RELATION