In this work, the rheology of PBG/m-cresol systems is reevaluated with the specific goal of understanding the influence of concentration on low shear-rate theology. Comparisons of steady-state and transient rheology and the behavior after cessation of shear allow for the separation of the contributions to the-stress from the nematic fluid and defect texture. Stress relaxations demonstrate that the textural contribution to the stress increases nonlinearly from 30% to 55% as the concentration increases from 12 to 37 wt%. Recoil shows a similar nonlinear trend in the magnitude of the ultimate recovered strain gamma(infinity). Stress relaxations and recoil, once normalized, have universal dynamics dependent only on gamma over dot(0)t and independent of concentration. Two different regions of concentration are identified and correlated to a distinct change in the nature and behavior of the textural contribution to the stress.