Guard dogs of perception: the corporate takeover of science

The belief that science is "a driver of growth in the knowledge economy" has led in recent decades to increasing encouragement by government of the involvement of industry and of commerce in the sponsorship and direction of research in universities, and to the increasing influence of industrial representatives on advisory panels associated with the publicly funded scientific research councils. By extending the doctrine of commercial confidentiality into university laboratories, inconvenient findings have been suppressed, and both free endeavour and free speech undermined. This has narrowed our scientific horizons and compromised government advisors. It is argued that scientific freedom is a guarantor of our wider liberties. Science, which tells us who we are and how we can live better, is being distorted so twisting our understanding of the ways in which we might progress, shutting off alternatives to existing models of development. Business now stands as a guard dog at the gates of perception. Only the inquiries which suit its needs are allowed to pass.     

Non-instrumental roles of science

Nowadays, science is treated an instrument of policy, serving the material interests of government and commerce. Traditionally, however, it also has important non-instrumental social functions, such as the creation of critical scenarios and world pictures, the stimulation of rational attitudes, and the production of enlightened practitioners and independent experts. The transition from academic to 'post-academic' science threatens the performance of these functions, which are inconsistent with strictly instrumental modes of knowledge production. In particular, expert objectivity is negated by entanglement with political and commercial interests. We cannot go back to the old academic model for science, but need to consider how to maintain its vital non-instrumental roles.     

Relative Value Units: Using the New “Currency” for Measuring Clinical Productivity in a Productivity/Incentive Plan

This paper presents an overview of a productivity/incentive plan for faculty in an academic medicine center's department of behavioral medicine and psychiatry. The model utilizes the Resource-Based Relative Value Scale (RBRVS) for its measurement of clinical productivity. The paper provides an introduction to RBRVS terminology and how the RBRVS system was developed. The productivity/incentive plan developed for the Department of Behavioral Medicine and Psychiatry, West Virginia University School of Medicine, Morgantown, is described. The advantages and limitations of utilizing Relative Value Units (RVUs) in a productivity model are discussed. The paper may provide helpful insights to those charged with developing productivity/incentive plans at other academic health science centers.     

USING NUMBER LINE PROCEDURES AND PEER TUTORING TO IMPROVE THE MATHEMATICS COMPUTATION OF LOW-PERFORMING FIRST GRADERS

Recommendations for mathematics instruction frequently include the use of manipulatives as a critical component. There are few experimental analyses of teaching strategies involving the use of manipulatives (e.g., the number line). This investigation used a multiple baseline design across three groups of students to examine the effectiveness of an experimental procedure for improving low-performing children's skills in solving missing addend arithmetic problems using the number line. To address concerns about inadequate time for instruction and insufficient practice in most mathematics instruction, trained peer tutors implemented the procedure. The results suggest that student performance improved when trained tutors taught the students number line procedures and gave them feedback on accuracy. Further, social validation data indicate that the students, their tutors, and their classroom teachers liked the procedures.     

Academic Achievement of African American Preadolescents: The Influence of Teacher Perceptions

The purpose of this study was to identify the factors associated with the academic success of predominantly, middle-class African American preadolescent students. This study proposed an ecological model that considered the interaction of family environment, teacher perceptions of social skills, and student characteristics. The estimated model explained 58% of the variance in grade point average. Path analysis revealed three direct effects on grade point average, (a) grade level (negative), (b) teacher perceptions of social skills, and (c) academic ability. Findings revealed that teacher perceptions of social skills was a stronger predictor of grade point average than academic ability. Two indirect effects on grade point average were found. The first indirect effect was negative: gender predicted academic ability, which predicted teacher perceptions of social skills, which predicted grade point average. The second indirect effect was positive and it was from ability to teacher perceptions to grade point average. Implications for policy and practice are made that suggest a collaborative model of school counseling designed to promote the social and academic competence of African American students. Interventions that enhance teacher practices are also suggested.     

Effects of Self-Monitoring on On-Task Behaviors of At-Risk Middle School Students

The purposes of this study were to evaluate the effects of self-monitoring on increasing the on-task behaviors of four at-risk middle school students, and to examine its indirect effects on academic performance. Additionally, we attempted to develop and validate cost- and time-efficient procedures that typical classroom teachers could use. The data from a multiple baseline design across three academic settings, replicated with four students, revealed immediate increases in on-task behavior as each student began to self-monitor in each sequential setting. The data also revealed slightly higher levels of academic performance and, in most instances, gradually accelerating trends. These findings suggest that self-monitoring is a cost- and time-efficient procedure that classroom teachers can use to teach at-risk students to manage their own behaviors.     

THE UTILITY OF CURRICULUM-BASED MEASUREMENT FOR EVALUATING THE EFFECTS OF METHYLPHENIDATE ON ACADEMIC PERFORMANCE

Two case studies were conducted to investigate the utility of curriculum-based measurement of math and reading for evaluating the effects of methylphenidate on the academic performance of 2 students diagnosed with attention deficit hyperactivity disorder. Following baseline measurement, double-blind placebo-controlled procedures were employed to evaluate each student's response to three levels (5 mg, 10 mg, and 15 mg) of the medication. Results of the first study suggest that the curriculum-based measures were sensitive indicators of the student's response to medication. This finding was replicated in the second study. In the second study, when the student's follow-up dose of medication was based on trial-phase data, follow-up performance was improved compared to baseline performance. These case studies suggest that further research is warranted on the utility of curriculum-based measurements for monitoring and evaluating stimulant medication interventions with children with this disorder.     

The use and evaluation of study guides with middle school students

Two experiments were conducted with 24 fifth-grade students participating. In the first experiment, quiz performance with study guides was compared to quiz performance without study guides. The group whose students received study guides always scored higher than the group who did not receive study guides. Experiment II assessed the feasibility of students scoring their own study guides. The reliability of student scoring was found to be 93% over all study guides and there were no significant differences between "self-scored" and "teacher-scored" groups on the weekly quizzes.     

A TOKEN SYSTEM FOR A CLASS OF UNDERACHIEVING HYPERACTIVE CHILDREN

Using a BAB design, a token system requiring cooperative interaction was used to change the reading and vocabulary performance of an 18-member class of third-grade hyperactive boys. Four different colored tokens, which could be exchanged for 15 minutes of play on electrovideo games, were earned by successful completion of two tasks that involved learning to read and to use new vocabulary words in sentences, and two tasks in which the student served as a proctor to a student who had not yet completed those tasks. The mean number of tasks completed during the intervention periods rose to over nine times the number completed during reversal. Additionally, the average completion rate for the school district's standardized weekly reading level examinations rose from four to eight fold during the token conditions. All 18 students responded to the token program by increasing their academic performance.     

INCREASED PEER-TEACHING WITH GROUP-ORIENTED CONTINGENCIES FOR ARITHMETIC PERFORMANCE IN BEHAVIOR-DISORDERED ADOLESCENTS1

Group-oriented contingencies were applied to increase the arithmetic problem-solving rates of four behavior-disordered adolescent residents in a psychiatric hospital. The experiment followed an ABAC reversal design consisting of baseline conditions (A₁ and A₂), and cumulative (B) and mixed (C) interdependent group-oriented contingency conditions. Under the cumulative arrangement, the subjects earned five cents for every correctly solved multiplication problem. The same conditions were in effect with the mixed contingency, except that each subject was required to work at least three problems before any subject could earn money. The results indicated consistent increases in the subjects' arithmetic computation rates as a function of the group-oriented contingencies. Concurrent observations were made across the four conditions of the experiment on four categories of the subjects' verbalizations: antecedent peer-teaching, consequent peer-teaching, positive statements, and negative statements. The subjects' rates of antecedent peer-teaching verbalizations covaried with the group-contingency-induced increases in their levels of computation behavior. The majority of the verbalization involved answers to number fact questions or redirecting peers to engage in on-task activities. The three other categories of the subjects' verbalizations that were observed—consequent peer-teaching, positive statements, and negative statements—were not found to covary with the subjects' altered rates of computation behavior.