Study Design

  • Spectrum with tagline
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    Stanford University

    This 10-session course introduces the basics of clinical research design, including: biostatistics, design of diagnostic and predictive test studies, required/desired elements of clinical trial protocols, the regulatory aspects of clinical research conduct and oversight, Good Clinical Practice (GCP), and ethical dimensions of clinical research. Open to faculty, fellows and staff within the CTSA. A

  • Trial Innovation Network
    University Of Utah
    Vanderbilt University Medical Center
    Tufts University Boston
    Johns Hopkins University
    Duke University

    Daniel Benjamin, MD, PhD, MPH1; Gordon R. Bernard, MD2; J. Michael Dean, MD, MBA3; Daniel E. Ford, MD, MPH4; Daniel Hanley, MD4; Paul A. Harris, PhD, FACMI2; Harry Selker, MD, MSPH5; Consuelo H. Wilkins, MD, MSCI2 1Duke Clinical Research Institute, 2Vanderbilt Institute for Clinical and Translational Research, 3University of Utah, 4Johns Hopkins University, 5Tufts University ABSTRACT: The Trial

  • Stanford Center for Clinical and Translational Research (Spectrum)
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    Stanford University

    This 10-session course course provides an overview of basic principles of clinical research design, including biostatistics; study design and interpretation of diagnostic and predictive test studies; and required and desired elements of clinical trial protocols. Participants will be introduced to the regulatory aspects of clinical research conduct and oversight, Good Clinical Practice (GCP)

  • The toolkit comprises a set of power point slide sets (modules) intended to serve as a resource for persons delivering presentations aiming to heighten and facilitate older adult inclusion in clinical and translational research.
  • A module on the research implications of aging, multimorbidity, polypharmacy, and inter-current health events.

  • This module describes the unique benefits of including older adults in clinical research.

  • Best practices for including older adults with cognitive impairments in clinical research.

  • This session will focus on multiple chronic conditions as a dimension of intersectionality needed for inclusion of older adults in research.

  • This annotated slide set introduces study teams to the NIH Inclusion Across the Lifespan Policy, and describes barriers and solutions to inclusion of older adults in research.

  • This module identifies study design and statistical analysis strategies that can help assure that clinical investigations including older adults provide valid information and yield maximal insight.
  • Tufts University Boston

    The content in this course was presented on April 18, 2018 in Washington, D.C., as part of the Association for Clinical and Translational Science (ACTS) 2018 meeting.

  • Food and Drug Administration
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    Center for Data to Health
    FDA and the Duke-Margolis Center for Health Policy will hold a virtual workshop focused on considerations about observational (non-interventional) study design and conduct when using evidence from observational studies to inform regulatory decisions.   FDA defines real-world evidence (RWE) as the clinical evidence regarding a medical product’s use and potential benefits or risks that is derived
  • University Of Southern California

    The D.K. Kim International Center for Regulatory Science, in conjunction with the Southern California Clinical and Translational Science Institute and the Greater Los Angeles Clinical and Translational Sciences Awards Consortium, hosts boot camps on current regulatory science topics regarding clinical trials. Boot camps are designed to address the needs of the clinical research team members, but

  • Tufts University Boston

    What information is most needed by patients and providers to make informed health care decisions? Learn from experts in risk evaluation and evidence synthesis about Methods for Prioritizing Research in Comparative Effectiveness Research.

  • Brown University

    Advantages and disadvantages of longitudinal studies, types of analyses used in longitudinal studies, sources of potential bias. Advantages and disadvantages of cross-sectional studies, types of analyses used in cross-sectional studies, sources of potential bias in cross-sectional studies, same elements for ecological studies To watch the full training, please go here: https://www.youtube.com

  • University Of Southern California

    This course outlines basic concepts and terminology in the design of clinical/translational research projects targeting specific populations, and discusses methods to identify useful study populations within large and diverse cities.

  • University Of Southern California

    The first section of this video lecture series discusses the process of developing a conceptual and statistical model that can most effectively test a hypothesis. The second section describes the role of systematic reviews of research literature and the statistical meta-analyses designed to collectively assess their findings.

  • University Of Southern California

    In the first section, lectures cover potential sources of bias that can occur at all stages of research, and how to mitigate their impact on findings. The second section focuses on analysis of data in biomedical research, its presentation, statistical testing and conclusions.

  • University Of Southern California

    This course introduces the mission and processes of Clinical and Translational Research (CTR). It demonstrates approaches to formulating and writing research questions and hypotheses appropriate to CTR.

  • University Of Michigan

    The IMPACT (Instruction in Monitoring, Procedure Documentation and ClinicalTrials.gov) workshop series provides intermediate instruction for faculty, clinical research professionals with two or more years of experience and other study team members. Before attending this session, participants should have either used ClinicalTrials.gov or previously attended ClinicalTrials.gov registration training

  • Mayo Clinic

    Fundamentals of Clinical and Translational Science (FunCaTS) is a combination of 13 online modules strategically packaged together to enable medical professionals and allied health staff to expand their knowledge of the components of clinical and translational research. These components provide the fundamental knowledge to promote understanding of the process of bringing discoveries to the bedside

  • Mayo Clinic

    Are you ready to take a deeper dive into the world of clinical and translational science? Essentials of Clinical and Translational Science (ECaTS) provides medical professionals with foundational knowledge of research terminology, research methods and processes, clinical epidemiology, and biomedical statistics. Upon completion, learners understand basic terminology and methodological concepts in

  • University Of Southern California

    More and more, grant proposals are requesting researchers to ensure that they have worked with or plan to integrate the community into their research proposal. One approach to this is to develop a community advisory board (CAB) who can provide feedback into all aspects of your research study including: 1) developing research questions; 2) developing recruitment plans; 3) reviewing study

  • The Ohio State University

    Video lecture on conducting research with biorepositories

  • University Of Southern California

    In this video, an SC CTSI specialist introduces the basic characteristics of community-engaged research and the rationale for this research approach, including the development of health solutions among groups that have historically been underrepresented in medical study. Clinical and translational investigators learn the ways in which community-engaged research differs from traditional research

  • Nationwide Children's Hospital

    Robert Strouse discusses how failure in research is not negative, lessons learned from research failure helps us learn and move forward

  • Tufts University Boston

    In this seminar, you will learn how to perform a sample size calculation. This seminar will explain the parameters required for sample size analyses and review methods and tools for sample size calculations.

  • Brown University

    Advantages and disadvantages of experimental studies, individual vs. group trials, preventive vs. therapeutic trials, parallel RCTs, factorial study design, new drug trials, sources of potential bias. Watch the full video here: https://youtu.be/fdgpFTo3bU0

  • Stanford Center for Clinical and Translational Research (Spectrum)
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    Stanford University
    This 10-session course introduces the basics of clinical research design, including biostatistics, design of diagnostic and predictive test studies, and required/desired elements of clinical trial protocols. Participants will also gain an understanding of the regulatory aspects of clinical research conduct and oversight, Good Clinical Practice (GCP), and ethical dimensions of clinical research