Title: The ABCs of the IBC: Navigating the New Institutional Biosafety Committee Application Process
1The ABCs of the IBC Navigating the New
Institutional Biosafety Committee Application
Process
- May 4, 2001
- Sponsored by
- Office of Research Administration, CWRU
2Purpose
- What is the IBC?
- Why does this committee need to review
investigators research? - How do I fulfill my responsibilities?
- When do the new procedures go into effect?
- Where do I find educational resources?
- Who do I contact with questions?
3History of the IBC Dr. David Samols, Chair
- Origin of the IBC
- Current committee functions
- Catalyst for updating the procedures
- Expectations for the changes
4Why Is the IBC Necessary?
- Review recombinant DNA (rDNA) research involving
humans, whole animals or whole plants - Ensure safety to those involved in rDNA research
as well as to the community and environment. - Facilitate research that is in compliance with
federal guidelines. - Serve as a resource to clarify the guidelines and
provide a mechanism for obtaining more
information.
5Applicable FederalRegulatory Authorities
- Department of Health and Human Services
- National Institutes of Health
- Office of Biotechnology Activities
- Recombinant DNA Advisory Committee
- Food and Drug Administration
6The IBCs Responsibilities An Overview
- Ensures compliance with the NIH Guidelines for
Research Involving Recombinant DNA Molecules. - Effect on funding
- As a condition of NIH funding of recombinant DNA
research, institutions shall ensure that such
research conducted at or sponsored by the
institution, irrespective of funding, shall
comply with NIH Guidelines.
7What is rDNA?
- For the purposes of the Guidelines, rDNA is
defined as (1) molecules that are constructed
outside living cells by joining natural or
synthetic DNA segments to DNA molecules that can
replicate in a living cell, or (2) molecules that
result from the replication of those previously
described.
8The IBCs Responsibilities Types of
Experiments Reviewed
- Biosafety Level 4 experiments
- Cloning of toxin molecules with LD50 of lt100
nanograms per kg body weight - Gene Transfer Research
- Risk Groups 2, 3, 4 or restricted agents as
host-vector systems - Formation of rDNA containing no more than
two-thirds of the genome of any eukaryotic virus
9Exempt Experiments
- Reference Section III-F of the Guidelines
- Examples
- Expression of genes in yeasts unless the source
of DNA is from a classified pathogen. - Generation of transgenic flies or fish unless the
source of DNA is from a classified pathogen. - Expression of proteins in prokaryotic hosts as
long as culture volume is less than 10 liters,
the protein is nontoxic and the source DNA is not
from a classified pathogen.
10The IBCs Responsibilities The Specifics
- Assessment of the containment levels
- Assessment of the facilities, procedures and
training and expertise of those involved with the
research - Ensure that all aspects of Appendix M Points to
Consider in the Design and Submission of
Protocols for the Transfer of Recombinant DNA
Molecules into One or More Human Research
Participants are met
11The IBCs Responsibilities The Specifics
- Ensure that no research participant is enrolled
in a human gene transfer experiment until the
Recombinant DNA Advisory Committee (RAC) review
process has been completed - For publicly reviewed human gene transfer
experiments, consider RAC issues and
recommendations
12The IBCs Responsibilities The Specifics
- Ensure that final IBC approval is granted only
after the RAC review process is completed and - Ensure compliance with surveillance, data
reporting, and adverse event reporting
requirements.
13Containment Levels -Biosafety Levels (BL)
- Definition physical containment for standard
laboratory experiments which are achieved through
the use of certain laboratory practices,
containment equipment, and special laboratory
design. - References Appendix G of the NIH Guidelines and
Biosafety in Microbiological and Biomedical
Laboratories, 4th Edition.
14Containment Levels -Biosafety Levels (BL)
- BL1 is suitable for work involving agents of
unknown or minimal potential hazard to laboratory
personnel and the environment. - E coli K-12
- Infectious canine hepatitis virus
- BL2 is similar to BL1 and is suitable for work
involving agents of moderate potential hazard to
personnel and the environment. - Hepatitis B virus
- HIV
15Containment Levels -Biosafety Levels (BL)
- BL3 is applicable to clinical, diagnostic,
teaching, research or production facilities in
which work is conducted with indigenous or exotic
agents that may cause serious or potentially
lethal disease if inhaled. - Mycobacterum tuberculosis
- St. Louis encephalitis virus
16Containment Levels -Biosafety Levels (BL)
- BL4 is applicable for work with dangerous and
exotic agents that pose high individual risk of
life-threatening disease, which may be
transmitted via the aerosol route and for which
there is no available vaccine or therapy - Ebola virus
- Crimean-Congo hemorrhagic fever virus
17Risk Groups (RG)
- Definition classification of risk in assessing
the prevention of laboratory associated
infections in individuals - Consideration of biological agents known to
infect humans as well as selected animal agents
that may pose theoretical risks if inoculated
into humans. - Helps to assign BLs
- Reference Appendix B for the Guidelines
18Risk Groups (RG)
- RG1 agents not associated with disease in
healthy adult humans - RG2 agents are associated with disease which is
rarely serious and prevention interventions are
often available.
19Risk Groups (RG)
- RG3 agents are associated with serious or lethal
human disease and preventive interventions may be
available. - RG4 agents are likely to cause serious or lethal
human disease and preventive interventions are
not usually available.
20What Are the New Committee Procedures?
- Registration Application for New and Continuing
Research Projects Involving Recombinant DNA
Molecules - Case Western Reserve University Institutional
Biosafety Committee Procedures for the Use of
Recombinant DNA
21Where Can the New Application and Procedures Be
Found?
- On the web.
- ora.ra.cwru.edu/main_institutional_biosafety_commi
ttee_page - Office of Research Administration, CWRU
22Application/IBC Meeting Dates
23Types of Committee Decisions
- Categories
- Approved
- Unapproved
- Minor Revisions Needed
- Tabled
- Exempt
- Approval is not valid until written notification
is received by the principal investigator.
24IBC Periodic Summary Requirement
- Experiments conducted at BL 1 and BL 2
- Every three (3) years from date of approval
- Experiments conducted at BL 3 and BL 4
- Annually from date of approval
25Adverse Events
- Reports of adverse events must be made within 14
working days of discovery. - Office of Research Administration (ORA)
- Office of Biotechnology Activities (OBA)
- Food and Drug Administration (FDA)
- Required IBC Forms
- Serious Adverse Event Reporting Form for Human
Gene Transfer Clinical Studies - Case Western Reserve University Institutional
Biosafety Committee Adverse Event Agreement for
Investigators return to ORA with the IBC
application.
26Modifications or Changes to Protocols
- Changes to the IBC approved protocol regarding
the use or manipulation of rDNA must not be
initiated until - The research has been approved by the IBC and
- Written approval of the change is received by the
principal investigator.
27The Process A Recap
- Register with the IBC
- Wait for written approval
- Periodically update the committee
- BL 1 or BL 2 must submit review summaries every
three years from date of approval - BL 3 and BL 4 must submit review summaries
annually from date of approval - Report adverse events and modifications
28New Application and Procedures Go Into Effect
29IBC Contacts
- Shay Gresham Howard, IBC Administrator
- 368.6993 or sxg67.cwru.edu
- Maureen Dore-Arshenovitz, IBC Assistant
- 368.6925 or mxd4_at_po.cwru.edu
- David Samols, IBC Chairman
- 368.3520 or drs10_at_po.cwru.edu