Skip to main content
. Author manuscript; available in PMC: 2014 Mar 12.
Published in final edited form as: Med Sci Educ. 2013 Dec 1;23(4):572–577. doi: 10.1007/BF03341682

Table 1.

Program curriculum.

Session topic Learning Objectives Session Components
What is clinical and translational research?
  • Define “translational research.”

  • Distinguish translational research from basic and clinical research.

  • Guest speaker on the definition of translational research

  • Student-led discussion of recent translational paper produced with support from the University of Cincinnati’s Clinical and Translational Science Award (CTSA)

Study design
  • Understand basic tenets of good study design.

  • Student-led analysis of the design of a widely criticized, retracted paper

  • Clinician-supported discussion on how reading the paper before its retraction might have modified students’ clinical practices

Peer review
  • Understand the process of peer review.

  • Define “impact factor.”

  • Know how to determine a journal’s impact factor.

  • Individual student mock peer review of a de-identified paper

  • Student-led discussion on the paper’s validity and significance, with later revelation to students that the paper had been retracted for methodological inconsistencies

Patient and recruitment bias
  • Discuss how recruitment bias may influence the results of a study.

  • Student-led discussion of a clinical paper whose comorbidity exclusion criteria lead to a study population significantly different than the actual patient population

  • Clinician perspective on how this difference impacts the translation of research literature into their own clinical practice

Placebos and placebo effects
  • Understand the purpose of placebo controls.

  • Discuss ethical considerations associated with placebo controls.

  • Student-led discussion of ethical issues surrounding placebo use in clinical trials and practice

  • Student-led discussion on how “real” the placebo effect is and its impact on clinical practice

Clinical vs. statistical significance
  • Understand what it means for a result to be “statistically significant.”

  • Distinguish statistical, biological, and clinical significance.

  • Student-led detailed analysis breaking down the statistics in a major clinical trial

  • Statistician perspective on the utility of the “p<0,05” significance standard and what factors affect p values

Conflict of Interest (COI)
  • Clearly define “conflict of interest.”

  • Discuss how conflict of interest may influence study design or interpretation.

  • Student review of a groundbreaking clinical trial discredited due to undisclosed author COI, with later revelation to students that the study’s results were recently replicated

  • Student-led discussion of ethics issues surrounding COI and its impact on the delay or inappropriate adoption of new therapeutics

Cost effectiveness
  • Understand how the cost-effectiveness of a treatment or intervention is evaluated.

  • Student analysis of a cost-effectiveness study on cancer screening methods

  • Student-led discussion on the clinical purpose of screening and the ethical issues surrounding cost-effectiveness as a metric for test utility

Literature Wars
  • Be able to evaluate the quality of a scientific paper.

  • Be able to discuss a scientific paper with colleagues.

  • Student-led comparison of two multi-center trials, with different conclusions, of tPA treatment for patients with acute ischemic stroke

  • Health sciences librarian perspective on literature search methods

Real World Validity
  • Clearly distinguish internal and external validity.

  • Evaluation of effectiveness and efficacy studies of the rotavirus vaccine

  • Clinician-researcher perspective on how efficacy/effectiveness studies affect clinician adoption of vaccine recommendations