PubMed · 5934558
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M J Langeveld. 1966. [Intelligence as educative conglomerate].. https://pubmed.ncbi.nlm.nih.gov/5934558/
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The Phobic Origins Questionnaire (POQ) [Ost, L.-G. & Hugdahl, K. (1981). Acquisition of phobias and anxiety response patterns in clinical patients. Behaviour Research and Therapy, 19, 439-447.] is the most commonly cited instrument for determining the origins of phobic anxiety and data obtained using this instrument strongly support the role of conditioning in the acquisition of fear reactions. The construct validity of the POQ in assessing episodes of conditioning has been questioned [e.g. Menzies, R. G. & Clarke, J. C. (1994). Retrospective studies of the origins of phobias: a review. Anxiety, Stress and Coping, 7, 305-318.] This paper examined the convergent validity of the POQ by comparing origins' classifications based on the POQ to classifications based on alternative instruments. The convergent validity of the POQ was found to be extremely poor. The POQ was consistently associated with a much greater likelihood of classifying the origin of fear reactions as due to direct conditioning episodes than was found using alternative instruments. The findings question the usefulness of the POQ in examining the origins of phobic anxiety.
The purpose of this study was to investigate whether and how stimulus-stimulus (SS) and stimulus-response (SR) consistency and SR congruence effects combine to produce the Stroop effect. Two experiments were conducted with 4-choice tasks in which SS and SR consistency and SR congruence effects were examined in isolation as well as in the Stroop task. The experiments were so designed as to remove the confound between SS and SR consistency that is ordinarily found in standard Stroop tasks and to pit SS consistency against the logical recording hypothesis (A. Hedge & N. W. A. Marsh, 1975). The results indicate that SS and SR consistency both contribute to the Stroop effect and that they interact. This finding supports models such as the dimensional overlap model (e.g., S. Kornblum & J. W. Lee, 1995) that distinguish between SS and SR overlap. Simulation results from an interactive activation network, modeled after the dimensional overlap model, provide reasonable fits to the experimental data.
In a previous study we found that subjects with Parkinson's disease (PD) had an impaired capability to initiate and sequence successive movement phases during lifts of small objects using the precision grip, and that they had regular oscillations in the force rates. The present study examined whether these subjects could use anticipatory control, in which the force output is scaled prior to liftoff, based on the object's physical properties. Subjects lifted an instrumented test object between the tips of the thumb and index finger while the employed grip force, load force (vertical lifting force), and corresponding time derivatives were recorded. In the first experiment, the object's weight was varied to assess its influence on the isometric force output. Subjects with PD scaled the isometric force increase according to the object's weight. In another experiment, the weight changed in proportion to the volume to determine whether subjects could make associative transformations between visual size information and the weight of the object. Subjects with PD still scaled the forces toward the expected weight, proportional to the volume of the object. Finally, programmed adjustments in force to sudden self-induced load changes were examined while subjects dropped a disk with one hand into a plate attached to the bottom of the grip instrument, held with the other hand. Subjects with PD had preparatory increases in the grip force prior to the disk contact, which matched the change in load, though may have been more dependent on visual feedback. We conclude that subjects with PD are capable of using anticipatory control to parameterize the isometric force output during a familiar lifting task.