The influence of shear on the small angle neutron scattering from a semidilute solution of polystyrene (PS) dissolved in dioctyl phthalate (DOP) is examined in the limit of strong shear (gamma equal to or greater than 100 s(-1)). These experiments are restricted to room temperature, which is close to the theta point of PS/DOP. The fraction of deuterated PS chains is varied, while the total polymer weight fraction is fixed at 3%. This is near the critical composition of hydrogenated PS in DOP. The increased scattering at high shear rates ("shear induced turbidity") is interpreted in terms of a critical temperature shift. Scattering along the how direction is distorted and the scattering data normal to how is uninfluenced by shear above a wave vector cutoff q(*), which is independent of shear rate. This cutoff is found to correspond to the Debye length, characterizing the average intermolecular potential range.