|
MPTX
517/Nursing 540: Structure and Management of Clinical Research
Instructors:
Anne-Caroline
Dupont, M.Eng., PhD, Alfred E Mann Institute forBiomedical Engineering
FJR Richmond,
PhD, RN, USC School of Pharmacy
Peggy Kalowes,
MN, RN, Department of Nursing, USC
Linda Lillington,
DNSc, RN, Harbor-UCLA Medical Center
Maryalice Jordan-Marsh,
PhD, RN, Department of Nursing, USC
Course weight: 4
Units
Placement: Distance learning modules are sent out 6 weeks previous to
start of class. Assignments should be completed before the first day of
class.
Introduction
and Purposes:
Well-structured and
managed clinical trials are an important cornerstone in the development
of medical products. The development and execution of such trials requires
a knowledge of scientific principles and statistical methods, complemented
by a solid grounding in bioethical principles underlying the protection
of human research subjects. It also requires training in the logistics
of Good Clinical Practices, documentation, and project management. The
present course is designed for students with a strong background in biomedical
science, pharmacy or the allied health professions, including students
who will be enrolled in the Masters of Regulatory Science program.
It will provide a learning environment in which students will analyze
the current policies and guidelines under which clinical projects are
organized and regulated. In this course students will explore the trends
in policy development relating to human research. Students will be expected
by the end of the course to understand similarities and differences in
regulatory requirements for studies conducted in the US, Canada, Europe
and other international constituencies. Differences in the structure of
clinical trials for different types of medical products (e.g pharmaceutical
products, devices, food s and additives) will be evaluated. Project planning
and clinical auditing skills will be enhanced by practice sessions, workshops
and case studies. The course will be given as a blend of distance and
classroom components. As part of a novel strategy to meet the needs of
part-time as well as full-time students, students will be taught in the
classroom with two intensive periods of full-day sessions. These sessions
will be supplemented by the use of materials developed in a distance learning
format on CD-ROM. These learning modules will eventually account for about
40% of the programmatic content. The learning modules will be available
at the pace of the student as he/she completes individual components.
Students will expand this new knowledge by writing short research papers
on issues of policy or project management related to a clinical trial.
Topics will be assigned in advance by the instructor.
Course Objectives:
Students graduating from this course will have a sound understanding of
the organization and conduct of clinical trials. They will be able to
explain and compare the types of testing that will be required to introduce
a new drug or device onto market, and describe the relationship of statistical
design and hypothesis development to the validity of the trial and the
formulation of claims. They will be able to identify criteria for accepting
a study site, for budgeting, and managing a group of sites, and reporting
data appropriately. Students will articulate and give examples of applying
psychosocial concepts in recruiting and retaining subjects and project
staff. They will articulate the differences between Good Clinical Practices
in different countries and the implications of these differences for the
structure and conduct of trials. Students will demonstrate awareness of
the new requirements in place for the protection of human subjects in
the US, and provide rationales for those requirements. Within this new
base of knowledge, students will be able to identify, demonstrate, and
critique examples of the documentation required to submit clinical trial
results to regulatory authorities, to conduct post-marketing studies and
to document and act on adverse events.
Course Outline:
Course content is provided by classroom instruction and seminar discussion
that is complemented by newly developed distance-learning modules. During
classroom experiences, core material presented by the instructors will
be complemented by 1-2 hour sessions featuring outside speakers from industry
or government. These experts in the field will highlight key points, provide
opportunities for questions and guide the analysis of case studies to
consolidate and expand upon the knowledge gained by the students in materials
covered in the distance modules. Students will engage in seminar
type discussion and exercises to promote application of knowledge.
Module 1: Protection of Human Subjects
- History and rationale
for regulatory rules and guidelines
- VideosHistory of Human Research Guidelines, Belmont report.
- Contemporary examples of human subjects violations
- Strategies for minimizing risks and ensuring informed consent
- New initiatives related to recent problems with genetic testing
- Where are we now?
Module 2: Beginning
a trial
- Introduction to
the various players: sponsors, IRBs, site researchers, government
- The role of the IRB in human protection
- Film: Balancing Societys Mandates
- Submissions to the IRB
- Informed consent processes and rules
- Role of previous and concurrent studies
Module 3: Planning
of clinical trials for regulatory submission
- Stages of clinical
trials in drug development
- Differences in clinical trials for the device arena
- Goals and planning of phase I safety trials
- Considerations when planning testing protocols
- Goals and planning of pivotal trials
Module 4: Managing
clinical trials
- Selecting sites
and investigators for clinical research
- Preinitiation meetings and activities through the eyes of the clinical
monitor
- Preinitiation meetings and activities through the eyes of site investigators
- Building in evaluation and monitoring: compliance/adherence of subjects,
data collectors, investigators
- Strategies for building buy-in from all stakeholders
- Budgets and time-lines
- Good Clinical Practices
Module 5: Identifying
and Reporting Adverse Events
- Evaluating seriousness
and unexpectedness
- Reporting structures and time-lines in the US
- Reporting structures and time-lines internationally
- Communication at the clinical site level
- Human subjects implications
- The product recall
- Unexpected trial terminations
Module 6: Recruitment
Issues
- Rules governing
recruitment
- Advertising
- Challenges surrounding recruitment and patient management
- Implications for trial design
- Retention strategies
Module 7: Documentation
of Clinical Data
- Organizing and
auditing clinical report forms
- Monitoring a trial--how often and how?
- Archiving data: timing and back up
- Storing records, guarding access
- Documenting clinical supplies
- Filing and configuration management
- Quality assurance
Module 8: Clinical
test materials
- When are drugs
and devices ready for use in humans?
- Labeling and transporting test articles
- Partnerships at the clinical site: circle of stakeholders
- Site arrangements to prevent adulteration and mixups
- Use of investigational devices and drugs beyond a specified trial
Module 9: Clinical
Trial audits
- Importance and
organization of internal clinical audits
- Preparing for and managing audits of state and federal agencies
- The Quality Assurance Unit: Functions and structure
Module 10: Clinical
Research Organizations and Clinical Laboratories
- Comparison of clinical
research organizations, academic research centers, and industry based
research?
- Advantages and disadvantages of contracting clinical research
- Working with a CRO, academic center.
- Assessing clinical laboratories
- Organizing and validating clinical lab tests
Module 11: Clinical
Trials in Europe
- International standards
and European GCPs
- Translation and language issues
- Clinical trials and product marketing in the third world
Module 12: Professional
behavior and Ethics
- Sustaining literacy
in the field: journals, conferences,
- Cultural aspects of CRO vs Academic Center
- Team building
- Communication among and across stakeholder groups
- Role of professional organizations: networking, certification
- Writing letters, memos and reports
- Traveling and working at foreign sites
Course Requirements and Grades:
Modular testing 30%
Midterm exam 30%
Final exam 40%
Students will be
able to demonstrate a competent knowledge of the subject matter by formal
examination. Students will also write three short research papers on policy
issues or case studies assigned by the course instructors. The papers
will be evaluated on the basis of the following criteria:
- Clear explanation of the issue or problem under study
- Review of current guidelines and identification of regulatory requirements
- Identification of other issues including policy issues
- Appropriate knowledge of ethical and professional behaviors
- Appropriate literature citations
Recommended Text books:
Ginsberg, David (1999)
The Investigators Guide to Clinical Research. 2nd ed. Centerwatch
Inc: Boston, MA
Spilker, B. (1991)
Guide to Clinical Trials. Lippincott-Raven, Philadelphia
Reference material
will also be provided in the form of a reading list appended to a CD ROM,
and by appropriate web-page references.
Attendance and Conduct:
The Student Handbook,
SCampus and University Catalogue provide guidance regarding academic policies
and procedures. Students will regard the program as a part of their professional
development in which courtesy and responsibility are significant factors
in success. Thus, students are expected to communicate absences from class
and are expected to attend all examinations and class presentations. Under
normal circumstances, papers and exams must be submitted on or before
the scheduled deadlines. Failure to make appropriate arrangements in case
of justifiable delay will result in a penalty of 10% in the assigned mark
for the first two weeks of delay, and further penalties for additional
unapproved delays.
Students with disabilities are to inform the instructor at the first class
session of any accommodations they require.
|