Product Tracing Systems for Food; Public Meeting, 56843-56855 [E9-26479]
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Federal Register / Vol. 74, No. 211 / Tuesday, November 3, 2009 / Notices
document and received comments may
be seen in the Division of Dockets
Management between 9 a.m. and 4 p.m.,
Monday through Friday.
IV. Paperwork Reduction Act of 1995
This draft guidance contains proposed
collections of information that are
subject to review by the Office of
Management and Budget (OMB) under
the Paperwork Reduction Act of 1995
(PRA) (44 U.S.C. 3501–3520). As
required by the PRA, FDA has
published an analysis of the information
collection concerning the submission of
ingredient information (74 FR 45219,
September 1, 2009, as corrected by 74
FR 47257, September 15, 2009) and will
submit it for OMB approval.
Intravascular Device-Related Infections
published in 2002. These guidelines
provide evidence-based
recommendations for preventing
intravascular catheter-related infections.
DATES: Comments must be received on
or before December 3, 2009.
ADDRESSES: Comments on the Draft
Guideline for the Prevention of
Intravascular Catheter-Related
Infections should be submitted by email to BSI@cdc.gov or by mail to CDC,
Division of Healthcare Quality
Promotion, Attn: Resource Center, 1600
Clifton Rd., NE., Mailstop A–31,
Atlanta, Georgia 30333; or by fax 404–
639–4049.
V. Electronic Access
An electronic version of the guidance
document is available on the Internet at
https://www.regulations.gov and https://
www.fda.gov/TobaccoProducts/
GuidanceComplianceRegulatory
Information/default.htm
Dated: October 27, 2009.
Tanja Popovic,
Chief Science Officer, Centers for Disease
Control and Prevention.
[FR Doc. E9–26393 Filed 11–2–09; 8:45 am]
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Dated: October 29, 2009.
David Horowitz,
Assistant Commissioner for Policy.
[FR Doc. E9–26466 Filed 10–30–09; 11:15
am]
National Institutes of Health
National Institute of Neurological
Disorders and Stroke; Notice of Closed
Meetings
BILLING CODE 4160–01–S
DEPARTMENT OF HEALTH AND
HUMAN SERVICES
Centers for Disease Control and
Prevention
Draft Guideline for the Prevention of
Intravascular Catheter-Related
Infections
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AGENCY: Centers for Disease Control and
Prevention (CDC), Department of Health
and Human Services (DHHS).
ACTION: Notice of availability and
request for public comment.
SUMMARY: This notice is a request for
review of and comment on the Draft
Guideline for the Prevention of
Intravascular Catheter-Related
Infections, available on the following
Web site: https://www.cdc.gov/
publiccomments/.
This document is for use by infection
prevention staff, healthcare
epidemiologists, healthcare
administrators, nurses, other healthcare
providers, and persons responsible for
developing, implementing, and
evaluating infection prevention and
control programs for healthcare settings
across the continuum of care. The
guideline updates and expands the
Guideline for the Prevention of
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DEPARTMENT OF HEALTH AND
HUMAN SERVICES
Pursuant to section 10(d) of the
Federal Advisory Committee Act, as
amended (5 U.S.C. App.), notice is
hereby given of the following meetings.
The meetings will be closed to the
public in accordance with the
provisions set forth in sections
552b(c)(4) and 552b(c)(6), Title 5 U.S.C.,
as amended. The grant applications and
the discussions could disclose
confidential trade secrets or commercial
property such as patentable material,
and personal information concerning
individuals associated with the grant
applications, the disclosure of which
would constitute a clearly unwarranted
invasion of personal privacy.
Name of Committee: National Institute of
Neurological Disorders and Stroke Special
Emphasis Panel; Career Development &
Fellowship Applications.
Date: November 4, 2009.
Time: 2 p.m. to 4 p.m.
Agenda: To review and evaluate grant
applications.
Place: National Institutes of Health,
Neuroscience Center, 6001 Executive
Boulevard, Rockville, MD 20852. (Telephone
Conference Call)
Contact Person: Raul A Saavedra, PhD,
Scientific Review Administrator, Scientific
Review Branch, Division of Extramural
Research, NINDS/NIH/DHHS, Nsc; 6001
Executive Blvd., Ste. 3208, Bethesda, MD
20892–9529, 301–496–9223,
saavedrr@ninds.nih.gov.
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This notice is being published less than 15
days prior to the meeting due to the timing
limitations imposed by the review and
funding cycle.
Name of Committee: National Institute of
Neurological Disorders and Stroke Special
Emphasis Panel; K01 Conflict Review.
Date: November 19, 2009.
Time: 1 p.m. to 3 p.m.
Agenda: To review and evaluate grant
applications.
Place: National Institutes of Health,
Neuroscience Center, 6001 Executive
Boulevard, Rockville, MD 20852. (Telephone
Conference Call)
Contact Person: Joann Mcconnell, PhD,
Scientific Review Administrator, Scientific
Review Branch, NIH/NINDS/Neuroscience
Center, 6001 Executive Blvd., Suite 3208,
MSC 9529, Bethesda, MD 20892–9529, (301)
496–5324, mcconnej@ninds.nih.gov.
Name of Committee: National Institute of
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Emphasis Panel; K99 Special Review.
Date: November 20, 2009.
Time: 10 a.m. to 12 p.m.
Agenda: To review and evaluate grant
applications.
Place: National Institutes of Health,
Neuroscience Center, 6001 Executive
Boulevard, Rockville, MD 20852. (Telephone
Conference Call)
Contact Person: Joann Mcconnell, PhD,
Scientific Review Administrator, Scientific
Review Branch, NIH/NINDS/Neuroscience
Center, 6001 Executive Blvd., Suite 3208,
MSC 9529, Bethesda, MD 20892–9529, (301)
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(Catalogue of Federal Domestic Assistance
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Related to Neurological Disorders; 93.854,
Biological Basis Research in the
Neurosciences, National Institutes of Health,
HHS)
Dated: October 21, 2009.
Jennifer Spaeth,
Director, Office of Federal Advisory
Committee Policy.
[FR Doc. E9–25923 Filed 11–2–09; 8:45 am]
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DEPARTMENT OF HEALTH AND
HUMAN SERVICES
Food and Drug Administration
[Docket No. FDA–2009–N–0523]
Product Tracing Systems for Food;
Public Meeting
AGENCY:
Food and Drug Administration,
HHS.
ACTION:
Notice; request for comment.
SUMMARY: The Food and Drug
Administration (FDA), in collaboration
with the United States Department of
Agriculture, Food Safety and Inspection
Service (FSIS), is announcing a public
meeting regarding product tracing
systems for food intended for humans
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and animals. The purpose of the
meeting is to stimulate and focus a
discussion about mechanisms to
enhance product tracing systems for
food. This discussion will help FDA and
FSIS determine what short and long
term steps the two agencies should take
to enhance the current tracing system.
DATES: See ‘‘How to Participate in the
Meetings’’ in the SUPPLEMENTARY
INFORMATION section of this document.
ADDRESSES: See ‘‘How to Participate in
the Meetings’’ in the SUPPLEMENTARY
INFORMATION section of this document.
FOR FURTHER INFORMATION CONTACT:
For electronic registration, electronic
requests to make an oral
presentation during the time
allotted for public comment at the
meeting, logistics, or to request a
sign language interpreter or other
special accommodation due to a
disability: Sheila Johnson,
Congressional and Public Affairs,
1400 Independence Ave., SW.,
Washington, DC, 20250, 202–690–
6498, e-mail:
Sheila.Johnson@fsis.usda.gov.
FSIS: For questions about meat, meat
food products, poultry, poultry
products, and egg products:
William Smith, Assistant
Administrator, Office of Program
Evaluation, Enforcement & Review,
rm. 3133, South Agriculture
Building, Food Safety and
Inspection Service, U.S. Department
of Agriculture, Washington, DC,
20250, 202–720–8609.
FDA: For non-electronic registration
(i.e., registration by mail, fax, email, or phone), for submission of
written material for an oral
presentation, and for questions
about all other food: Juanita Yates,
Center for Food Safety and Applied
Nutrition, Food and Drug
Administration (HFS–009), 5100
Paint Branch Pkwy., College Park,
MD 20740, 301–436–1731, toll-free
FAX: 1–877–366–3322, e-mail:
Juanita.Yates@fda.hhs.gov.
SUPPLEMENTARY INFORMATION:
determine what short and long term
steps each agency should take to
enhance the current tracing system.
For purposes of this document, the
term ‘‘food’’ applies to both food for
humans and food for animals.1 As
defined by the Codex Alimentarius
Commission (Codex),2 traceability/
product tracing is the ability to follow
the movement of a food through
specified stage(s) of production,
processing, and distribution (Ref. 1).
I. Purpose of the Meeting
As discussed more fully in section
IV.A of this document, Federal food
safety agencies need to increase the
speed and accuracy of traceback
investigations and traceforward
operations. FDA and FSIS intend the
public meeting to stimulate and focus a
discussion about the core elements of
product tracing systems, gaps in current
product tracing systems, and
mechanisms to enhance product tracing
systems for food. FDA and FSIS also
intend the public meeting to improve
the ability of FDA and FSIS to use the
information in such systems to identify
the source of contamination during
outbreaks of foodborne illness, and to
improve the ability of all persons in the
supply chain to more quickly identify
food that is (or potentially is)
contaminated and remove it from the
market during traceforward operations.
This discussion will help FDA and FSIS
Stakeholders will have an opportunity
to provide oral comments. Due to
limited space and time, and to facilitate
entry to the building in light of security
procedures, FDA and FSIS encourage all
persons who wish to attend the meeting,
including those requesting an
opportunity to make an oral
presentation during the time allotted for
public comment at the meeting, to
register in advance. Depending on the
number of requests for such oral
presentations, there may be a need to
limit the time of each oral presentation
(e.g., 5 minutes each). If time permits,
requests may be granted for an
opportunity to make such an oral
presentation from individuals or
organizations that did not register in
advance. Table 1 of this document
provides information on participation in
the meetings and on submitting
comments to the Docket established for
the meeting.
II. How to Participate in the Meeting
TABLE 1—INFORMATION ON PARTICIPATION IN THE MEETINGS AND ON SUBMITTING COMMENTS
Date
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Public meeting
Address
December 9 and 10,
2009, from 9 a.m.
until 5 p.m.
Jefferson Auditorium at the
U.S. Department of Agriculture (South Building),
1400 Independence Ave.,
SW., Washington, DC,
20250 (Metro stop: Smithsonian Metro Station on
the blue and orange lines,
take the Independence
Ave. exit)
1 Under section 201(f) of the Federal Food, Drug,
and Cosmetic Act (the FFDCA), food is defined as
(1) articles used for food or drink for man or other
animals, (2) chewing gum, and (3) articles used for
components of any such article.
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Electronic Address
Attendees must provide a picture
ID to enter the building. The Jefferson auditorium is located at
Wing 6 in the South Building.
Attendees should enter the building at Wing 7 at the 14th Street
entrance.
Participation is also being made
available via teleconference. The
call-in information will be located
at the bottom of the registration
form.
2 The Codex Alimentarius Commission was
formed in 1963 by the Food and Agriculture
Organization and the World Health Organization of
the United Nations to develop food standards,
guidelines and related texts such as codes of
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Other Information
practice, and is recognized under the World Trade
Organization Agreement on the Application of
Sanitary and Phytosanitary Measures as the
international standards organization for food safety.
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56845
TABLE 1—INFORMATION ON PARTICIPATION IN THE MEETINGS AND ON SUBMITTING COMMENTS—Continued
Date
Address
Electronic Address
https://www.fsis.usda.gov/
News/Meetings_
&_Events.
Please complete the registration form including all
required fields.
Advance registration
December 2, 2009
We encourage you to use
electronic registration if
possible.1
Make a request for an
oral presentation
during the time allotted for public
comment
December 2, 2009
Juanita Yates (see FOR
FURTHER INFORMATION CONTACT)
Request a sign language interpreter or
other special accommodation due
to a disability
November 30, 2009
Sheila Johnson (see FOR
FURTHER INFORMATION CONTACT)
Submit comments
by March 3,
2010.Division of
Dockets Management (HFA–305),
Food and Drug
Administration,
5630 Fishers Lane
rm. 1061, Rockville, MD 20852
https://www.regulations.gov
A request for an oral presentation
should specify whether the presentation will be directed to FDA,
FSIS, or both. Depending on the
number of requests, it may be
possible to allot two presentation
times to persons who request an
opportunity to direct a presentation to both FDA and FSIS.
Registration information and information on requests to make an
oral presentation may be posted
without change to https://
www.regulations.gov, including
any personal information provided.
November 23, 2009
Provide a brief description of the oral
presentation and
any written material
for the presentation
Other Information
Written material associated with an
oral presentation may be posted
without change to https://
www.regulations.gov, including
any personal information provided.
All comments should be
identified with the docket
number found in brackets
in the heading of this document. For additional information on submitting
comments, see section
VII of this document.
1 You may also register by mail, fax, e-mail, or phone by providing registration information (including name, title, firm name, address, telephone
number, fax number, and e-mail address), requests to make an oral presentation, and written material for the presentation to Juanita Yates (see
FOR FURTHER INFORMATION CONTACT).
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III. Transcripts
IV. Background
Please be advised that as soon as a
transcript is available, it will be
accessible at https://www.regulations.
gov. It may be viewed at the Division of
Dockets Management (HFA–305), Food
and Drug Administration, 5630 Fishers
Lane, rm. 1061, Rockville, MD. A
transcript will also be available in either
hardcopy or on CD–ROM, after
submission of a Freedom of Information
request. Written requests are to be sent
to Division of Freedom of Information
(HFI–35), Office of Management
Programs, Food and Drug
Administration, 5600 Fishers Lane, rm.
6–30, Rockville, MD 20857.
A. Introduction
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The public meeting is intended to
address product tracing systems to
facilitate traceback investigations and
traceforward operations for food
products. A traceback investigation is an
investigation to determine and
document the distribution and
production chain, and the source(s), of
contaminated (and potentially
contaminated) food, often in the context
of an outbreak of foodborne illness. A
traceforward operation is an operation
to determine the distribution of
contaminated (and potentially
contaminated) food. An outbreak of
foodborne illness is the occurrence of
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two or more cases of a similar illness
resulting from the ingestion of a
common food.
Food can become contaminated at
many different steps in the farm-to-table
continuum: On the farm; in packing,
manufacturing/processing, or
distribution facilities; during storage or
transit; at retail establishments; in
restaurants; and in the home. In recent
years, FDA and FSIS have taken a
number of actions to prevent both
deliberate and unintentional
contamination of food at each of these
steps. FDA and FSIS have worked with
other Federal, State, local, territory,
tribal, and foreign counterpart food
safety agencies, as well as with law
enforcement agencies, intelligence-
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gathering agencies, industry, and
academia to significantly strengthen the
Nation’s food safety and food defense
systems across the entire distribution
chain. This cooperative work has
resulted in a greater awareness of
potential vulnerabilities, the creation of
more effective prevention programs,
new surveillance systems, and the
ability to respond more quickly to
outbreaks of foodborne illness.
However, changes in consumer
preferences, change in industry
practices, and the rising volume of
imports continue to pose significant
challenges for FDA and FSIS (72 FR
8750, February 27, 2007; 73 FR 55115,
September 24, 2008; 67 FR 62325,
October 7, 2002; and Ref. 2). Recently,
thousands of processed food products
have been recalled due to contamination
(and potential contamination) of
ingredients (e.g., peanuts and peanutderived products, pistachios, and dried
milk) with a pathogenic microorganism
(e.g., Salmonella) or chemical (e.g.,
melamine) (Refs. 3 through 6). In
addition, contamination (and potential
contamination) of ground beef with a
pathogenic microorganism (e.g.,
Escherichia coli O157:H7) has led to
recalls involving millions of pounds of
ground beef (Ref. 7). These food
contamination events, often involving
foodborne illnesses, have emphasized
the importance of efficient and effective
product tracing systems, particularly the
importance of linking shipments of
contaminated (and potentially
contaminated) food backward and
forward through the supply chain
through the efficient assembly and
review of product tracing records.
In some cases, a firm that receives,
manufactures, or distributes food, or a
regulatory official detects contamination
of a food in the market, without any
known or suspected association
between the food and reports of
foodborne illness. When the
contamination could cause foodborne
illness, quick action is necessary to
remove the food from the market. A
traceforward operation to determine the
distribution of all contaminated (and
potentially contaminated) food may be
initiated for any type of food in the
market, e.g., a raw agricultural
commodity, a food ingredient, or any
single- or multi-ingredient processed
food. In recent years, traceforward
operations for food ingredients have
highlighted the potentially large impact
that contamination (or potential
contamination) of a single food
ingredient can have on thousands of
food products containing that ingredient
(Refs. 3 through 6).
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In other cases, food that has become
contaminated goes undetected until it is
associated with an outbreak of
foodborne illness. When an outbreak of
foodborne illness occurs, quick action is
critical to prevent additional illness.
The Centers for Disease Control and
Prevention (CDC) of the U.S.
Department of Health and Human
Services (HHS), and State, local,
territory and/or tribal health
departments conduct epidemiologic
investigations to identify the possible
food(s) involved in an outbreak. In
general, when it is concluded that the
contamination occurred at the point of
sale, such as a restaurant (e.g., due to
illness of a food worker or
environmental contamination at the
point of sale), FDA or FSIS does not get
involved with the investigation. If it
appears that the contamination did not
occur at the point of sale, CDC and/or
the State/local/territory/tribal entity
notify FDA, FSIS, or both about the
outbreak and the specific food that is
potentially associated with the outbreak.
After CDC and/or the State/local/
territory/tribal entity notify FDA or FSIS
that a specific food is potentially
associated with an outbreak of
foodborne illness, the notified agency
(or agencies) reviews and evaluates the
available data and information. Based
upon the agency’s review and
evaluation of epidemiologic data and/or
laboratory results, the notified agency
may initiate a traceback investigation to
identify the source of the food and,
potentially, of the contamination. As
with a traceforward operation, a
traceback investigation may be initiated
for any type of food in the market, e.g.,
a raw agricultural commodity, a food
ingredient, or any single- or multiingredient processed food. Working
with industry and with other domestic
(and, in some cases, foreign)
government agencies, the notified
agency inspects or investigates each
point throughout the supply chain to
determine where the contamination
likely occurred. In the course of an
investigation, the notified agency may
examine the facility, ingredients,
finished products, packaging, and food
handling practices (such as how long
food is held before shipping, whether
the facility practices ‘‘first in–first out’’
when selling products, and whether
finished products or ingredients are
shared or exchanged with other
facilities).
Timely and accurate information
gained from records available during a
traceback investigation or traceforward
operation may:
• Help limit the public health impact
of a foodborne illness outbreak, for
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example, by enabling a more rapid
traceforward operation to remove the
contaminated (or potentially
contaminated) food from the market;
• Enable public health authorities
and the food industry to provide
targeted and accurate information about
affected food to consumers, and, as a
result, restore or enhance consumer
confidence in food safety;
• Help limit the source of the
problem to a particular food (e.g.,
brand), or to a particular region or
locality (e.g., as a source of
contaminated (or potentially
contaminated) fresh produce) so that
firms or regions that are not connected
to the contaminated (or potentially
contaminated) food are not adversely
affected by an outbreak investigation or
by a recall; and
• Help prevent future outbreaks by
enabling the applicable Federal or State
regulatory agency to more rapidly
investigate firms where contamination
may have occurred, so that conditions
and practices that may have been
associated with the contamination can
be observed and the lessons learned can
be used to prevent contamination in the
future.
Current records (maintained by the
various persons in the supply chain)
that contain product tracing information
include external records (such as bills of
lading, airway bills, manifests, invoices,
shipping records, and packing lists) that
a firm establishes to accompany
commercial transactions and internal
records (such as batch production
records, inventory records, and
distribution records) that a firm
establishes for its own use and may
consider proprietary. Existing FDA
requirements to establish and maintain
information to facilitate product tracing
require a firm to make certain
information available to FDA, within 24
hours, when FDA has a reasonable
belief that an article of food is
adulterated and presents a threat of
serious adverse health consequences or
death to humans or animals (see FDA’s
regulations entitled ‘‘Establishment,
Maintenance, and Availability of
Records’’ (21 CFR part 1, subpart J)).3
However, this information need not be
kept as one record (see 21 CFR 1.330).
Similarly, FSIS requires certain
classes of firms and corporations to
maintain, retain, and make available to
FSIS records that fully and correctly
disclose all transactions involved in
their businesses subject to the Federal
Meat Inspection Act (21 U.S.C. 642), the
3 For more information on the recordkeeping
regulations in 21 CFR part 1, subpart J, see Refs. 8
and 9).
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Poultry Products Inspection Act (21
U.S.C. 460(b)), and the Egg Products
Inspection Act (21 U.S.C. 1040). Records
kept by FSIS-regulated businesses that
may contain product tracing
information include, but are not limited
to, bills of sale, invoices, bills of lading,
and receiving and shipping papers (see
9 CFR 320.1, 381.175, and 590.200).
Upon the presentation of credentials by
a representative of the Secretary of
Agriculture, these records must be made
available for examination and copying
(see 9 CFR 320.4, 381.178, and 590.220).
In practice, reviewing multiple
records to find information relevant to
a particular traceback investigation or
traceforward operation takes time and
decreases the efficiency of product
tracing. Recent traceforward operations
have demonstrated that it can take
months for foods containing a
contaminated (or potentially
contaminated) ingredient to be removed
from the market (Refs. 3 through 6).
Enhancing recordkeeping systems to be
able to more rapidly link a specific lot
of an incoming ingredient to all released
food containing that specific lot of
ingredient could improve the efficiency
of traceforward operations for food
products containing a contaminated (or
potentially contaminated) food
ingredient.
Likewise, recent traceback
investigations conducted by FDA
demonstrate that FDA’s ability to
identify the source of an outbreak can
range from days to months after CDC
notifies FDA that a specific food has
been implicated in an outbreak (Ref. 10).
At the start of a traceback investigation,
FDA reviews records at the point of sale,
such as a grocery store, where the
product was purchased. The review of
records at point of sale usually leads to
the review of records at a distribution
center. Key challenges at the point of
sale include identifying shipments of
interest and narrowing the number of
shipments of potentially contaminated
food. Key challenges at the distribution
center include difficulties in linking a
shipment released by a distribution
center to the point of sale and
difficulties linking outgoing shipments
of food products released from the
distribution center with incoming
shipments of food products received by
the distribution center. These challenges
in the review of records at point of sale
and at distribution centers delay the
traceback investigation and may result
in a wider scope of product potentially
implicated.
Together these traceback
investigations and traceforward
operations have demonstrated that FDA
needs to be able to respond to the size
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and complexity of the food supply chain
with a product tracing system that is
more sophisticated, effective, and
efficient in its capacity to link the
contaminated food along the
distribution chain and that reflects and
responds to changing production and
distribution patterns.
FSIS is also hindered by similar
problems. FSIS relies heavily on records
maintained by manufacturers,
distributors, and retailers to aid in
identifying and tracing back FSISregulated products associated with
foodborne illness outbreaks, recalls, and
other food safety incidents. Retail
records are a critical component in
traceback and traceforward activities.
Quickly and effectively determining the
source product in these situations is
essential in identifying the product in
commerce that presents a risk to the
public and preventing additional
illnesses.
Many investigations into human
illness involve the consumption of raw
beef products ground or chopped by
FSIS-inspected establishments or retail
facilities. FSIS investigators and public
health officials frequently use records
kept at all levels of the food distribution
chain, including the retail level, to
identify and traceback the product that
is the source of the illness. In cases of
E. coli O157:H7 complaints or illnesses,
FSIS personnel often have to rely on
raw beef grinding records kept by
official meat establishments, retail
facilities, and meat markets to gather the
information needed to undertake
traceback actions.
Recent illness outbreak investigations
and other activities conducted by FSIS
have demonstrated inadequate
recordkeeping by some retail-level
businesses and FSIS-inspected
establishments that produce ground
beef. The agency has found that the
records kept by these establishments are
often incomplete and have missing or
inaccurate information. The lack of
proper recordkeeping by these
businesses has contributed to:
• Increasing the amount of time
needed to identify products of interest,
• Inability to traceback product to the
source material,
• Inability to identify all potentially
adulterated products in distribution,
• Increasing the possibility that the
wrong window of production is
identified,
• Broader actions by the agency such
as public health alerts and not directed
recalls,
• Increased cost to the agency, and
• Increased risk to the consumer
through the increased time delay,
possibility of incorrect product
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identification, and limited specificity in
public health messages.
Like FDA, FSIS needs to take steps to
change this situation. In particular, FSIS
needs to assess the need to provide
notice, outreach, compliance guides, or
other information to industry to
promote awareness of, and compliance
with, records and food safety
requirements.
While there are many significant
challenges with traceback/traceforward
investigations, there are successes. In
2007, the Minnesota Department of
Health (MDH) conducted a traceback/
traceforward investigation that resulted
in the recall of approximately 117,500
pounds of beef trim products used to
make ground beef. MDH conducted an
epidemiological investigation of a
cluster of nine E. coli O157:H7 casepatients with an indistinguishable
pulsed field gel electrophoresis (PFGE)
pattern combination who had reported
eating ground beef. A case-control study
conducted by MDH found that
consuming ground beef purchased at
retail outlets located in eight different
States was significantly associated with
illness. Leftover product from the casepatients collected and tested by the
Minnesota Department of Agriculture
(MDA) were found presumptive positive
for E. coli O157:H7. In this case, the
traceback/traceforward investigation
was facilitated by MDA investigators’
use of purchase date and store location
information from case-patients, along
with complete and accurate grinding
logs from the retail stores. This enabled
MDA to definitively identify the
production date of the implicated
product and the single federal meat
establishment from which the product
came.
B. Statutory and Regulatory Framework
for Product Tracing Systems in the
United States
1. FDA
Several sections in the FFDCA (such
as sections 301, 402, 403, 412, 414, 416,
417 and 704(a)) (21 U.S.C. 321, 342, 343,
350(a), 350(c), 350(e), 350(f), and 374(a))
and section 361 of the Public Health
Service Act (42 U.S.C. 264) provide
authority for, or are otherwise relevant
to, product tracing systems. Using these
authorities, FDA has established a
number of regulations relevant to
product tracing systems, such as those
listed in table 2 of this document.
Regulations established in 21 CFR part
1, subpart J apply to both human food
and food for animals. The listed
regulations established in 21 CFR parts
101, 106, 111, 113 and 114 apply to
human food (21 CFR 500.23, however,
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extends § 113’s application to animal
foods). The listed regulations
established in 21 CFR part 501 apply to
food for animals.
TABLE 2—REGULATIONS RELEVANT TO PRODUCT TRACING SYSTEMS
Regulation(s)
Subject
Brief Description
Establishment, Maintenance, and
Availability of Records
Requires certain persons who manufacture, process, pack, transport, distribute, receive, hold, or import food to establish and maintain certain
records identifying the immediate previous source of all food received, as
well as the immediate subsequent recipient of all food released. The regulations describe the information that must be established and maintained, how long it must be maintained, and how quickly it must be available to FDA when FDA has a reasonable belief that an article of food is
adulterated and presents a threat of serious adverse health consequences or death to humans or animals. The regulations also describe
persons (e.g., farms and restaurants) who are excluded from some or all
of the requirements.
21 CFR 101.3
21 CFR 501.3
Identity labeling of food in packaged
form
Requires the principal display panel of a food in package form to bear a
statement of the identity of the commodity.
21 CFR 101.5
21 CFR 501.5
Food; name and place of business of
manufacturer, packer, or distributor.
Requires the label of a food in packaged form to specify conspicuously the
name and place of business of the manufacturer, packer, or distributor.
21 CFR 106.90
Infant Formula Quality Control Procedures
Requires product coding for all infant formulas.
21 CFR part 111
Current Good Manufacturing Practice
in Manufacturing, Packaging, Labeling, or Holding Operations for
Dietary Supplements
Requires, among other things, identification of each lot of received components in a manner that allows tracing the lot to the supplier and the date
received; using this unique identifier when recording the disposition of the
lot of received components; establishing a batch, lot or control number
for each finished batch of dietary supplements; and being able to determine the complete manufacturing history and control of the packaged
and labeled dietary supplement through distribution.
21 CFR 113.60(c);
21 CFR 114.80(b)
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21 CFR part 1, subpart J
• Thermally Processed Low-Acid
Foods Packaged In Hermetically
Sealed Containers;
• Acidified Foods
A product code must be established and included on the package of a food
that is a thermally processed low-acid food packaged in a hermetically
sealed container (§ 113.60(c)) or an acidified food (§ 114.80(b)).
Section 417 of the FFDCA establishes
requirements for FDA to establish a
Reportable Food Registry (RFR). A
‘‘reportable food’’ is an article of food
(other than dietary supplements or
infant formula) for which there is a
reasonable probability that the use of, or
exposure to, such article of food will
cause serious adverse health
consequences or death to humans or
animals. The purpose of the RFR is to
provide a ‘‘reliable mechanism to track
patterns of adulteration in food [which]
would support efforts by the Food and
Drug Administration to target limited
inspection resources to protect the
public health’’ (Public Law 110–085,
section 1005(a)(4)). In accordance with
section 417 of the FFDCA, FDA
implemented on September 8, 2009, the
RFR electronic portal by which
instances of reportable food must be
submitted to FDA by responsible parties
and may be submitted by public health
officials. Information as to the
immediate prior source of the food and/
or ingredients and the immediate
subsequent recipient(s) of the food may
be required to be submitted through the
electronic portal. FDA has issued a
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guidance document (Ref. 11) containing
questions and answers relating to the
requirements under section 417 of the
FFDCA.
2. FSIS
Like FDA, FSIS’ statutes have sections
that are relevant to product tracing
systems for meat, poultry, and egg
products subject to FSIS’ jurisdiction.
Sections 642 of the Federal Meat
Inspection Act (21 U.S.C. 601 et seq.),
460(b) of the Poultry Products
Inspection Act (21 U.S.C. 451 et seq.),
and 1040 of the Egg Products Inspection
Act (21 U.S.C. 1031 et seq.) require
certain classes of firms and corporations
to maintain, retain, and make available
full and correct business records or
transactions in food. The regulations
implementing those statutory sections, 9
CFR part 320, 9 CFR part 381, and 9
CFR 590.200, specify businesses and
what types of basic records are required,
such as bills of sale, bills of lading,
receiving and shipping papers, receipts
and inventories. Under the Federal Meat
Inspection Act, FSIS also has the
authority, under certain circumstances,
to mandate specified recordkeeping by
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retail stores for certain violations and to
withdraw or modify statutory
exemptions for public health reasons
(21 U.S.C. 623 and 454, 9 CFR parts 301
and 381).
Under FSIS’ Hazard Analysis and
Critical Control Points (HACCP)
regulations (9 CFR part 417), a meat or
poultry establishment is required to
keep records related to its HAACP plan,
including all records associated with its
operation (i.e., monitoring, verification,
and corrective action). The records of
these activities are subject to FSIS
review and are to be made available to
FSIS personnel (9 CFR 417.5(e) and (f)).
Especially relevant are (1) all records,
results, and supporting documentation
associated with prerequisite programs;
(2) the results and records associated
with testing conducted for the
establishment’s business customer; and
(3) results and records associated with
an establishment’s quality control
program.
All of the records generated under the
agency’s statutory authority facilitate
FSIS surveillance and investigation
activities, and the control and removal
of adulterated, misbranded, or otherwise
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illegal or unsafe products from
commerce. Failure to keep such records
negatively affects consumers’ health and
FSIS food safety and response activities
(e.g., foodborne illness investigations,
product traceback, product
traceforward, and product recall).
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C. Considerations for an Effective
Product Tracing System
A ‘‘whole chain’’ product tracing
system consists of information elements
provided by persons in the supply chain
to other persons in the supply chain or
to regulatory officials (e.g., during a
traceback investigation). Key
information elements of a ‘‘whole
chain’’ product tracing system may
include:
• Who manufactured the product,
• Who is sending the product forward
in the supply chain and who is
receiving the product,
• Who is transporting product in the
supply chain,
• The physical location at which food
is received or released,
• An adequate description of the food
that is received or released,
• The date and time food is received
or released,
• A lot or code number (or other
identifier of the food),
• The quantity of food and how it is
packaged,
• The specific source of each
ingredient used to make every lot of
finished product,
• A shipment identifier (such as an
invoice number, airway bill number, or
bill of lading, and
• A means to link information about
food that is received to food that is
released both internally and externally
throughout the distribution chain.
A particular information element of a
whole chain product tracing system may
be available:
• In records (including internal and
external records) that persons in the
supply chain establish and maintain,
• On a label of packaged food (or on
the container or package itself),
• On an individual item of
unpackaged food (such as loose
produce), and/or
• On a shipping case containing food.
The information available in the form
of records associated with a whole chain
product tracing system enables an
interested person to identify, and link,
at any specific stage of the supply chain,
who manufactured a food product, what
specific ingredients are in the product,
where the product came from, where the
product was or is, where the product
went, and who transported the product.
Most product tracing systems
(including FDA’s regulations in 21 CFR
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part 1, subpart J) are designed and
implemented as ‘‘one up/one down’’
systems rather than as ‘‘whole chain’’
systems. In a ‘‘one up/one down’’
system, the focus is on the immediate
previous source of food and the
immediate subsequent recipient of food,
as well as the immediate previous
transporter and the immediate
subsequent transporter.
The information available on the label
or package4 of food has often been
invaluable in enabling FDA to quickly
identify the source of a food implicated
in foodborne illness during a traceback
investigation (73 FR 55115 at 55118).
Likewise, such information can help
FDA or FSIS to quickly determine the
distribution of all identified lots of
contaminated (and potentially
contaminated) food during a
traceforward operation. The practical
utility of information available on the
label or package of a food during a
traceback investigation may be limited
in some circumstances, e.g., if a
consumer who became ill after eating a
food product no longer has the package
of food. However, information about
when the consumer purchased the
product, coupled with information
maintained in records by the person
who sold the product to the consumer,
may help to narrow the scope of a
traceback investigation.
In section V.A.4 of this document,
FDA is seeking comment on whether
some information in product tracing
systems should be sent further in the
supply chain than ‘‘one down.’’
D. International Product Tracing
Systems
In 2008, FDA described some aspects
of international product tracing systems
(73 FR 55115 at 55119). For example:
• In 2006, Codex established
principles for tracing food through
production and distribution processes.
The Codex principles are intended to
assist government authorities in
utilizing product tracing as a tool within
their food inspection and certification
system.
• The European Union (EU) requires
all food and feed to be traceable ‘‘one
step forward and one step back’’ in EU
member states.
• In 2007 the International Standards
Organization (ISO) issued ISO
22005:2007, which provides general
principles and basic requirements for
designing and implementing a product
4 Note that the term ‘‘package’’ does not include
shipping containers or wrappings used solely for
the transportation of such commodities in bulk or
in quantity to manufacturers, packers, processors,
or wholesale or retail distributors (see 21 CFR
1.20(a)).
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tracing system along a food processor’s
supply chain.5
• The GS1 Global Traceability
Standard is a business process standard
describing the traceability process
independently from the choice of
enabling technologies. It defines
minimum requirements for companies
of all sizes across industry sectors and
corresponding GS1 Standards used
within information management tools.
E. 2008 Public Meetings on Product
Tracing Systems for Fresh Produce
In 2008, FDA held two public
meetings to stimulate and focus a
discussion about mechanisms to
enhance product tracing systems for
fresh produce intended for human
consumption (73 FR 55115). Fresh
produce includes fresh produce that is
intact and whole (such as whole
tomatoes), cut during harvest (such as
heads of lettuce), or ‘‘fresh-cut’’ (i.e.,
minimally processed by actions such as
peeling, slicing, or trimming before
being packaged for use by the consumer
or retail establishment). Examples of
fresh-cut produce are shredded lettuce,
sliced tomatoes, salad mixes, and cut
melons. As discussed in the notice
announcing the meetings, traceback
investigations for fresh produce have
highlighted several particular challenges
associated with tracing fresh produce
back through the supply chain (73 FR
55115 at 55118). For example:
• Fresh produce is perishable and
may no longer be available for testing by
the time the outbreak is detected;
• Fresh produce is often sold loose,
without any packaging that would
provide information about its source;
• Containers in which the fresh
produce was shipped, which may have
provided information about its source,
may also have been discarded by the
consumer or end user long before a
traceback investigation is initiated; and
• Common industry practices add a
layer of complexity. Examples of such
practices are:
Æ Repacking fresh produce from
multiple sources;
Æ Commingling food from different
sources, shipments, or lots;
Æ Exchanging food with other local
farms or businesses;
Æ Re-using and sharing shipment
containers from other farms/businesses;
5 ISO 22005:2007. ‘‘Traceability in the feed and
food chain—General principles and basic
requirements for system design and
implementation.’’ July 2007. Available for purchase
at https://webstore.ansi.org.
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Æ Using different names for the same
fresh produce as it travels throughout
the supply chain;6
Æ Substituting a different variety or
size of fresh produce without
documentation; and
Æ Not assigning a lot or code number
(or other identifier of the food) to the
fresh produce that goes forward into the
supply chain.
As also discussed in the notice
announcing the 2008 public meetings,
in 2006 there was a multi-state outbreak
of illnesses associated with the
consumption of fresh spinach
contaminated with E. coli O157:H7 (73
FR 55115 at 55118). In this situation, the
traceback investigation was facilitated
because several consumers who became
ill still had packaged fresh spinach in
their refrigerators. This traceback
investigation was greatly facilitated by
the information on the label of the
packaged food and on the package itself,
including a product code. Investigators
were able to identify the processor
through information required to be on
the label of the packaged spinach (21
CFR 101.5(a)) and through a product
code the processor had voluntarily
placed on the package. In the early stage
of the investigation, the investigators
identified several potentially implicated
farms associated with the production lot
of bagged spinach based on the
processor’s records. Narrowing to the
implicated farms from the processor
records was more time consuming.
In the notice announcing the meetings
(73 FR 55115 at 55120), FDA asked
questions about nine topic areas relating
to tracing systems for fresh produce.
FDA received several dozen comments,
submitted either directly to Division of
Dockets Management, submitted in
writing to accompany oral testimony
provided at the meeting, or presented
orally and captured in the written
transcript of the meeting. In addressing
FDA’s questions, several comments
support the approach recommended by
the Produce Traceability Initiative (Refs.
12 through 14) for case identification
based on GS1 standards for the effective
management and control of supply
chains for fresh produce. Information
applied to the shipping case would
identify the ‘‘brand owner’’ of the fresh
produce in the case as well as various
attributes of that fresh produce (such as
what the fresh produce is and a lot
number). Comments addressing the
issue of commingling generally express
6 For example, a tomato may be referred to as a
‘‘red, round tomato’’ early in the supply chain, and
be referred to as a ‘‘cooker tomato’’ at a later stage
in the supply chain. This type of change in name
reflects the degree of ripeness of the tomato, which
varies over time.
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the view that commingling is an
acceptable practice provided there are
adequate records documenting the
commingling to enable linking the
incoming source and outgoing product.
Comments generally agree that
information in a product tracing system
should be human-readable and, where
possible, in electronic form. However,
some comments stress it is more
important to have the information
recorded in any form (including paper
form) than to require product tracing
records to be electronic. One comment
notes that the common use of day labor,
the pressure of productivity, and the
challenges associated with handling
perishable items make it difficult for
persons who handle fresh produce to
establish and maintain proper records.
Some comments note that purchase
records already maintained by retailers
and restaurants (e.g., for accounting
purposes) may be useful for product
tracing.
Several comments mention the use of
different product tracing systems by
various persons in the supply chain,
and the lack of interoperability of
current systems, as significant barriers
to whole-chain product tracing. Several
comments describe products that offer
solutions to some of the logistical
challenges associated with tracing fresh
produce. One comment notes that
requiring a motor carrier to read a radio
frequency identification (RFID) tag on
each crate during the transportation
process could be costly and burdensome
to everyone in the supply chain.
Comments generally agree that there
would be significant startup costs
associated with any system that uses a
standard format, but that the impact on
the industry would vary depending on
an individual company’s readiness.
Several comments both stress the
importance of compliance with the
existing requirements of the regulations
in 21 CFR part 1, subpart J and assert
that FDA should focus its efforts on
enforcing these existing requirements
for product tracing rather than on
introducing new requirements. Some
comments acknowledge that FDA’s
current legal authority to inspect
records under 21 CFR part 1, subpart J
is limited to situations for cause, i.e.,
when FDA has a reasonable belief that
an article of food is adulterated and
presents a threat of serious adverse
health consequences or death to humans
or animals (§ 1.361). Some of these
comments express support for
additional legal authority for FDA to
inspect these records to evaluate
compliance in addition to FDA’s current
legal authority to inspect these records
for cause. Some comments point out
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that the recordkeeping requirements of
the Perishable Agricultural
Commodities Act (PACA) have
significance with respect to product
tracing, e.g., that persons (such as
handlers of fresh produce) subject to
PACA already capture information that
could be used for tracing purposes.
F. FDA’s Activities Since the 2008
Public Meetings on Product Tracing
Systems for Fresh Produce
In the spring of 2009, FDA engaged in
a pilot project, through the Institute for
Food Technologists (IFT) to conduct a
mock traceback scenario on tomatoes
with representatives of the industry,
academia, States, and two technology
companies. FDA also awarded a 1-year
contract to IFT to review industry
practices for product tracing and
identify best practices employed by
many different sectors regulated by
FDA. The IFT report is expected to be
delivered by November 2009.
Over the course of the last year, FDA
has met extensively with many industry
representatives on their product tracing
initiatives as well as solution providers
to gain a better understanding of the
practices and technology available to
enhance product tracing for foods. In
addition, FDA has conducted several
outreach efforts to share some of the
challenges in traceback and
traceforward investigations in foodborne
illness outbreaks.
In May 2009, FDA provided an update
on its efforts related to produce tracing
systems at a joint symposium
(‘‘Symposium on Methods and Systems
for Tracking, Tracing, and Verifying
Foods’’) between the Food and
Environment Research Agency of the EU
and the Joint Institute for Food Safety
and Applied Nutrition (JIFSAN, an
academic partnership between FDA and
the University of Maryland). FDA is
monitoring the activities of the EU 6th
Framework Research programs and
various projects related to traceability.
One such program is the EU TRACE
program, which has developed a chain
information management system
(TraceCore XML). Another such
program is the EU TRACEBACK
program, which is currently developing
a system based on micro-devices to
implement food traceability in the food
chain. This system will be pilot tested
on two major product chains: Feed/
dairy and tomatoes.
JIFSAN is collaborating with the Iowa
State University’s IOWA Grain Quality
Initiative to incorporate a generic
product traceability module into
JIFSAN’s Good Agricultural Practices
train-the-trainer program.
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G. 2009 Report of the Inspector General
In 2009, HHS’ Office of Inspector
General (OIG) issued a report entitled
‘‘Traceability in the Food Supply
Chain’’ (Ref. 15). The purpose of the
report was to (1) assess the traceability
of selected food products and (2)
determine the extent to which selected
food facilities maintain information
required by FDA in a food emergency.
The report noted that not all facilities
are required to maintain lot-specific
information in their records, and those
that are required to maintain lot-specific
information are required to maintain it
only if it exists. Thus, OIG was able to
trace only 5 of the 40 products it
investigated through each stage of the
food supply chain.
For 31 of the other 35 products OIG
investigated, OIG could identify the
facilities that likely handled them (Ref.
15). Most facilities that handled these
products did not maintain lot-specific
information in their records and could
only estimate a range of deliveries (from
one or more facilities) that may have
included the product OIG purchased.
For the remaining four products, OIG
could not even identify the facilities
that likely handled them.
OIG identified several factors that
prevented OIG from tracing the specific
products through the food supply chain
and observed that these factors would
affect the speed with which FDA can
trace specific food products through the
food supply chain. The factors listed by
OIG are:
• Manufacturers, processors, and
packers, do not always maintain lotspecific information, as required;
• Other types of facilities do not
maintain lot-specific information
because it is not required;
• Retailers receive products not
labeled with lot-specific information;
and
• Products are mixed from a large
number of farms.
V. Issues and Questions for Discussion
for FDA
FDA welcomes public comments and/
or data on the following issues related
to product tracing systems.
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A. Core Information Elements of a
Product Tracing System
1. Lot Code or Number (or Other
Identifier of the Food)
a. Assigning a lot or code number (or
other identifier of the food). As
discussed in section IV.E of this
document, the traceback investigation
for a 2006 multi-State outbreak of
illnesses associated with the
consumption of fresh spinach
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contaminated with E. coli O157:H7 was
greatly facilitated by the information on
the label of a package of implicated
spinach and on the package itself,
including a product code. As also
discussed in section IV.G of this
document, the HHS OIG has found that
the lack of a lot or code number (or
other identifier) (either because such a
number or code was not assigned, or
because a facility either did not assign,
or keep a record of, such a number or
code) made it difficult to trace food
throughout the supply chain.
Question 1a. Should a lot or code
number (or other identifier of the food)
be assigned to food? If so, at what stage
or stages in the supply chain should it
be assigned or modified? For example,
should a lot or code number (or other
identifier of the food) be assigned for all
finished food products, whether sold in
packaged or unpackaged form? Should a
lot or code number (or other identifier
of the food) be assigned whenever food
is manipulated (such as when fresh
produce is commingled, packed, or
repacked)?
Question 1b. What data or
information would be useful to include
in a lot or code number (or other
identifier of the food)?
Question 1c. What (if any) procedures
should be used to establish a lot or code
number (or other identifier of the food)?
Should any such procedures address the
size of a lot or the time frame for
production of a lot (e.g., 21 CFR
113.60(c) provides that codes may be
changed on the basis of one of the
following: Intervals of 4 to 5 hours;
personnel shift changes; or batches, as
long as the containers that constitute the
batch do not extend over a period of
more than one personnel shift)?
b. Location of a lot code or number (or
other identifier of the food).
Question 1d. Should the location of a
lot or code number (or other identifier
of the food) depend on the type of food,
other factors, or both?
Question 1e. Should a lot or code
number (or other identifier of the food)
be located:
• On the label (or container or
package) of a packaged food?
• On the shipping container of
packaged food, unpackaged food, or
both?
• In internal records (such as
receiving records, batch production
records, inventory records, and
distribution lists)?
• In external records accompanying
commercial transactions (such as a bill
of lading, airway bill, invoice, manifest,
shipping record, or packing list)?
Question 1f. What ways might the lot
or code number (or other identifier of
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the food) be linked to internal and
external records associated with the
food?
2. Information Elements Not Already
Required in 21 CFR Part 1, Subpart J
Records accompanying commercial
transactions or documenting delivery or
receipt of a product in commerce (such
as a bill of lading, airway bill, invoice,
shipping/receiving record, and packing
list) contain product tracing
information. For example, such records
identify who is sending a product
forward in the supply chain, who is
receiving the product, what the product
is, and how much of the product there
is.7 In some cases, such records also
identify the lot or code number (or other
identifier of the food). Many of these
records have their own identifier, e.g.,
an invoice number, airway bill number,
or a bill of lading number. It may be
efficient to associate product tracing
information with a ‘‘shipment
identifier,’’ such as an invoice number,
airway bill number, bill of lading, or
some other identifier established by the
shipper. For example, a firm that is
sending product forward in the supply
chain may retain some information
(such as a lot or code number or other
identifier of the food) in an internal
inventory record and other information
(such as the immediate subsequent
recipient of the product) in shipping
and distribution records. Including the
shipment identifier in all of these
records may help to link the records,
particularly when records are in
electronic form and can be searched
using electronic means.
Question 2a. Should a shipment
identifier be considered an information
element of an enhanced product tracing
system? If so, are there any business
practices (e.g. the way shipments are
currently identified) that would be
impacted?
Question 2b. Should any other
information not already required by
§§ 1.337 and 1.345 be considered an
information element of an enhanced
product tracing system?
3. Information Elements on the Package
of a Packaged Food and/or on the
Shipping Case
Question 3a. Should product tracing
information not currently required to be
on the package of a packaged food or on
7 Note that § 1.352(a), (b), and (c) provide three
options, each using slightly different terminology,
for transporters to satisfy the recordkeeping
requirements. For the purpose of the discussion
here, FDA uses generic terms associated with the
information element rather than the specific terms
used in § 1.352(a), (b), and/or (c).
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a shipping case be present on the
package or shipping case?
Question 3b. If so, what additional
product tracing information should be
present on the package or shipping
case?
Question 3c. If so, at what stage or
stages in the supply chain should such
information be included?
Question 3d. If so, should such
information be present for all food, or
only some food?
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4. Information Elements Transmitted
Beyond ‘‘One Up/One Down’’
Question 4a. Should some
information about fresh produce (such
as information identifying the name and
physical location of any farm, packer or
repacker that provided, processed, or
packed fresh produce) be sent forward
farther in the supply chain than ‘‘one
down’’? If so, how far in the supply
chain should such information go? For
example, should such information be
transmitted as far as the retail
establishment that sells the fresh
produce to consumers, or as far as the
last person in the supply chain before
the retail establishment?
Question 4b. Should some
information about packaged food8 (such
as information identifying the
manufacturer of a processed food) be
sent forward farther in the supply chain
than ‘‘one down’’? If so, how far in the
supply chain should such information
go? For example, should such
information be transmitted as far as the
retail establishment that sells the food to
consumers, or as far as the last person
in the supply chain before the retail
establishment?
5. Standardized Information Elements
The lack of standardization in the
information in current product tracing
systems can delay traceback
investigations and traceforward
operations largely due to the need to
interpret and clarify information
elements between varying product
tracing systems and the lack of systems
to link information elements.
Question 5a. What (if any)
information elements in an enhanced
product tracing system should be
standardized? Are there specific
information elements (such as a
shipment identifier and a lot or code
number (or other identifier of the food))
that are particularly amenable to
standardization? Would such
standardization be specific to a specific
industry sector or type of food (e.g.,
fresh produce, frozen seafood, milk,
8 Note that packaged produce is within the scope
of both Question 4a and Question 4b.
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baked goods, breakfast cereal) or could
it apply across industry sectors or types
of food?
Question 5b. What standards already
exist and how useful are they for
product tracing?
Question 5c. If standards can and
should be used for certain information
elements in an enhanced product
tracing system, should FDA develop the
standards?
Question 5d. Would current or newly
developed standards for the content and
format of electronic systems have
practical utility for persons who
continue to use paper-based records?
For example, could human-readable
data that supports standardized
electronic data be useful to persons who
continue to use paper-based records?
B. Records
1. Record of the Lot or Control Number
(or Other Identifier of the Food)
FDA’s regulations in 21 CFR part 1,
subpart J require persons who
manufacture, process, or pack food to
keep records on the lot or code number
or other identifier of the food received
from the nontransporter and transporter
immediate previous sources of food, or
released to the nontransporter and
transporter immediate subsequent
recipients of food, to the extent this
information exists (§§ 1.337(a)(4) and
1.345(a)(4)). These regulations do not
require persons who do not
manufacture, process, or pack food to
keep records on the lot or code number
or other identifier of the food.
Question 6a. Would it be useful for
persons, in addition to those who
manufacture, process or pack food, to
establish and maintain a record of a lot
or code number (or other identifier of
the food)? If so, for which persons (e.g.,
distributors, retailers) would it be
useful?
Question 6b. If it would be useful for
some persons, in addition to those who
manufacture, process, or pack food, to
establish and maintain a record of a lot
or code number (or other identifier of
the food), would it be equally useful
irrespective of the type of food (e.g.,
packaged food or fresh produce)?
2. Records to Facilitate Linkage
FDA’s regulations in 21 CFR part 1,
subpart J also require records kept by
nontransporters to identify the
immediate subsequent nontransporter
and transporter recipients of food to
include information reasonably
available to the nontransporter to
identify the specific source of each
ingredient used to make every lot of
finished product (§ 1.345(b)). In essence,
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a record containing such information is
a ‘‘linking record,’’ because it links a
specific lot of released food to specific
lots of ingredient. FDA’s regulations in
21 CFR part 1, subpart J have no
corresponding requirement (under
§ 1.337) for a ‘‘linking record’’ that
would link a specific lot of an incoming
ingredient to all released food
containing that specific lot of
ingredient.
Question 7a. Would it be useful for
nontransporters who manufacture,
process, or pack food to establish and
retain any additional records to
facilitate linkage? In particular, would it
be useful for persons who manufacture,
process, or pack food to establish and
maintain a ‘‘linking record’’ that would
link a specific lot of an incoming
ingredient to all released food
containing that specific lot of
ingredient?
Question 7b. If so, should some or all
of these records be created at the time
of receipt or release of food or be
existing records, or should some or all
of these records be new records created
upon the request of FDA (e.g., during an
outbreak investigation or traceforward
operation)?
Question 7c. If so, would it be useful
for FDA to specify the format of the
record? For example, should FDA
provide a model form that could be used
to provide the information in such a
record? Or would it be more useful for
FDA only to specify the information
elements of such a record?
Question 7d. If so, should all such
records be in electronic form?
3. Records That Are Both Electronic and
Human-Readable
As noted (see section IV.E of this
document), comments to the 2008
notice of meeting on product tracing for
fresh produce recommend that
information in a product tracing system
should be human-readable. Humanreadable information would enable all
persons in the supply chain to have
access to the information. These
comments also recommend that
information in a product tracing system
should, where possible, be in electronic
form. Electronic systems could make it
faster and easier to accurately record
information, such as a lot or code
number (or other identifier of the food)
and link incoming with outgoing
product and thus speed the course of a
traceback investigation or traceforward
operation. For example, a person
making a paper record of a humanreadable code expressed in numbers or
letters may mistakenly transpose or omit
numbers or letters, thus creating
erroneous entries in the records. In
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contrast, the potential for such mistakes
would be greatly reduced if the code is
recorded using an automatic system,
such as a bar code or RFID.
However, some persons may not have
access to electronic technologies,
particularly if the technology (such as
the use of bar codes or RFID) requires
an initial investment. Some persons
may be reluctant to select a particular
electronic technology if there is no
industry standard for which electronic
technology to use.
Question 8. Should some or all
product tracing records be established
and maintained in electronic form? If so,
should information established and
maintained in electronic form also be
human-readable?
4. Mechanisms to Make Product Tracing
Information Available to FDA
Question 9a. What can be done to
speed the process whereby persons who
have product information relevant to a
traceback investigation provide the
information to FDA? For example,
should some information be sent to
FDA, rather than have FDA travel to a
facility that has the information?
Question 9b. If information would be
sent to FDA, how should it be
transmitted? For example, could the
information be transmitted by e-mail,
fax, or courier service (e.g., by overnight
delivery)? Or should there be an
electronic portal (such as the portal FDA
developed for the Reportable Food
Registry)?
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C. Role of Risk in Developing an
Enhanced Product Tracing System
Question 10. Should any or all
enhancements to current product
tracing systems apply regardless of risk,
or should such enhancements be based
on risk? If based on risk, what criteria
should be used to determine risk? If not
based on risk, should such
enhancements be developed or phased
in based on risk?
D. Costs, Benefits, and Feasibility of
Implementing an Enhanced Product
Tracing System
Further enhancing the product tracing
system for food could aid FDA in
shortening the duration of outbreaks
and limiting the number of people who
become ill. It could also give FDA more
information to use in preventing future
outbreaks. However, net public health
benefits from enhancements to current
product tracing systems may vary by
food category depending on the level of
risk. The net public health benefits may
also vary by the type and size of entity
along the supply chain that would be
covered by the enhanced product
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tracing systems. FDA recognizes that
enhancing product tracing for food may
not be just a matter of keeping more or
different records or adding more
information to product or packaging, but
also a matter of changing business
practices.
Question 11a. What are the costs,
benefits and feasibility of implementing
an enhanced product tracing system for
each of the persons in the supply chain
for various segments of the food
industry?
Question 11b. To what extent would
an enhanced product tracing system
affect current business practices? What
would be the cost of any such changes
in current business practices for each
link in the supply chain?
Question 11c. What determines the
costs for food distributors and retailers
to maintain records of lot code
information for manufactured products,
and farm-related information for fresh
produce?
Question 11d. What determines the
costs for small food retailers to maintain
records consistent with the BT
regulations, as well as lot code
information for manufactured and
processed food products, and farmrelated information for fresh produce?
Question 11e. What determines the
costs for food service establishments to
maintain records consistent with the BT
regulations, as well as lot code
information for manufactured or
processed food products and farmrelated information for fresh produce?
Question 11f. What determines the
size of a lot of manufactured or
processed food products and how do lot
sizes vary by food category and size of
the manufacturer?
Question 11g. What determines the
costs for maintaining ‘‘linking’’ records
for manufacturers?
Question 12b. What, if any, additional
outreach from FDA would better enable
all persons subject to 21 CFR part 1,
subpart J to better comply with its
requirements?
E. Outreach
With respect to the traceback and
traceforward of ground beef, how can
FSIS ensure that it will be able to obtain
the following types of information from
operations that grind beef:
• Production codes
• Total pounds ground with the same
final label
• All source materials (such as full
names and product codes of all source
products used to formulate each lot of
store ground product; Federal or State
establishment numbers; sell-by, use-by,
or other production date codes; use of
bench trim and its source) used in each
lot
• Special instructions or disclaimer
statements on source material
• Other products ground from the
same source
Shortly after the establishment of the
product tracing requirements in 21 CFR
part 1, subpart J, FDA held a series of
public meetings to provide information
on the rule to the public and to provide
the public an opportunity to ask
questions of clarification (69 FR 71655,
December 9, 2004). Regardless of such
outreach, the HHS OIG report (Ref. 15)
noted that manufacturers, processors,
and packers do not always maintain lotspecific information, as required.
Question 12a. What, if any, additional
outreach from FDA would better enable
manufacturers, processors, and packers
to comply with the requirements to
maintain records of the lot or code
number (or other identifier) to the extent
this information exists?
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VI. Issues and Questions for Discussion
for FSIS
To address the specific causes of
foodborne illness outbreaks associated
with FSIS-regulated products, FSIS
needs to develop a strategy to
investigate and document them, and
take enforcement action against firms
for violations of FSIS’ laws and
regulations that impact public health.
FSIS must also be able to fully
investigate these complaints and reports
of foodborne illness. With regard to
investigations associated with ground
beef consumption, product lot coding
and beef manufacturing plant
information are required to successfully
conduct product traceback. In many
circumstances, however, investigators
are only provided with purchase
information (e.g., date and location of
purchase, type of ground beef).
Investigators must then rely heavily on
grinding records kept in retail stores,
meat markets, and other operations to
gather the information needed to
undertake traceback actions.
Unfortunately, investigators frequently
find these grinding records to be
incomplete because of missing or
inaccurate information, thereby
preventing the traceback of potentially
adulterated products, which could
result in additional illnesses.
FSIS is seeking comment on the
following:
A. Core Information Elements of a
Product Tracing System
1. Lot Code or Number (or Other
Identifier of the Food)
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2. Standardized Information Elements
• Should FSIS focus on standardizing
product codes?
• Would current or newly developed
standards for the content and format of
electronic systems have practical utility
for persons who continue to use paperbased records? For example, could
human-readable data that supports
standardized electronic data be useful to
persons who continue to use paperbased records?
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B. Role of Risk in Developing
Regulations
• Should any or all enhancements to
product tracing systems apply
regardless of risk, or should such
enhancements be based on risk?
Æ If based on risk, what criteria
should be used to determine risk?
Æ If not based on risk, should
enhancements to product tracing
systems be developed or phased in
based on risk?
• The need for adequate ground beef
grinding records is based on risk.
Should FSIS wait for other specific
items to become public health issues or
should FSIS use a broader approach and
include all amenable product?
• Should FSIS be concerned about
ready-to-eat product or focus on raw
product?
• Should FSIS look at heat-treated,
not fully cooked products?
Æ Does formulation impact heattreated, not fully cooked products to the
extent that FSIS needs to traceback the
source material or should FSIS focus
more on the processing practices and
labeling?
VII. Comments
Interested persons may submit to the
Division of Dockets Management (see
table 1 of this document) written or
electronic comments for consideration
at or after the meeting in addition to, or
in place of, a request for an opportunity
to make an oral presentation. Submit a
single copy of electronic comments or
two paper copies of any mailed
comments, except that individuals may
submit one paper copy. Comments are
to be identified with the docket number
found in brackets in the heading of this
document. Received comments are
available for public examination in the
Division of Dockets Management
between 9 a.m. and 4 p.m., Monday
through Friday.
VIII. Additional Public Notification
Public awareness of all segments of
rulemaking and policy development is
important. Consequently, in an effort to
ensure that all persons, including
minorities, women, and persons with
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18:15 Nov 02, 2009
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disabilities are aware of this document,
FSIS will announce it online through
the FSIS Web page located at https://
www.fsis.usda.gov/regulations_&_
policies/2009_Notices_Index/index.asp.
FSIS will also make copies of this
Federal Register publication available
through the FSIS Constituent Update,
which is used to provide information
regarding FSIS policies, procedures,
regulations, Federal Register notices,
FSIS public meetings, recalls, and other
types of information that could affect or
would be of interest to constituents and
stakeholders. The Update is
communicated via Listserv, a free
electronic mail subscription service for
industry, trade and farm groups,
consumer interest groups, health
professionals, and other individuals
who have asked to be included. The
Update is available on the FSIS Web
page. Through the Listserv and the Web
page, FSIS is able to provide
information to a much broader and more
diverse audience. In addition, FSIS
offers an e-mail subscription service that
provides automatic and customized
access to selected food safety news and
information. This service is available at
https://www.fsis.usda.gov/
news_and_events/email_subscription/.
Options range from recalls to export
information to regulations, directives,
and notices. Customers can add or
delete subscriptions themselves, and
have the option to password-protect
their accounts.
IX. References
FDA has placed the following
references on display in FDA’s Division
of Dockets Management (see table 1 of
this document). You may see them
between 9 a.m. and 4 p.m., Monday
through Friday. (FDA has verified the
Web site addresses, but FDA is not
responsible for any subsequent changes
to Web sites after this document
publishes in the Federal Register.)
1. Codex Alimentarius Commission. 2006.
Principles for Traceability / Product Tracing
As a Tool Within A Food Inspection and
Certification System. CAC/GL60–2006.
Available at https://www.codex
alimentarius.net/download/standards/
10603/CXG_060e.pdf. Accessed and printed
on July 21, 2009.
2. CDC. 2009. Multistate Outbreak of
Salmonella Infections Associated with
Peanut Butter and Peanut Butter-Containing
Products—United States, 2008–2009.
Morbidity and Mortality Weekly Reports, vol.
58, No. 4, pp. 85–90. Available at https://
www.cdc.gov/mmwr/preview/mmwrhtml/
mm58e0129a1.htm. Accessed and printed on
April 26, 2009.
3. FDA. 2009. Peanut Butter and other
Peanut Containing Products Recall List.
Information current as of 12 PM June 12,
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2009. 3916 Entries in List. Available at https://
www.accessdata.fda.gov/scripts/peanut
butterrecall/index.cfm.
4. FDA. 2009. Pistachios and other
Pistachio Containing Products Recall List.
Information current as of 12 noon June 23,
2009. 664 Entries in List. Available at https://
www.accessdata.fda.gov/scripts/pistachio
recall/index.cfm.
5. FDA. 2009. Plainview Milk Cooperative
Ingredient Recall Product List. Information
current as of noon July 17, 2009. 272 Entries
in List. Available at https://www.accessdata.
fda.gov/scripts/Milk/.
6. FDA. 2008. Melamine Contaminated Pet
Foods—2007 Recall List. Information current
as of June 25, 2008. https://www.accessdata.
fda.gov/scripts/petfoodrecall/index.cfm.
7. FSIS. 2007. FSIS Recall Release FSISRC–040–2007, 10/6/2007. Updated: New
Jersey Firm Expands Recall Of Ground Beef
Products Due To Possible E. Coli O157:H7
Contamination.
8. FDA. 2004. What You Need to Know
About Establishment and Maintenance of
Records. Available at https://www.fda.gov/
Food/GuidanceComplianceRegulatory
Information/GuidanceDocuments/
FoodDefenseandEmergencyResponse/
ucm113822.htm.
9. FDA. 2006. Questions and Answers
Regarding Establishment and Maintenance of
Records. Edition 4. Available at https://
www.fda.gov/Food/GuidanceCompliance
RegulatoryInformation/GuidanceDocuments/
FoodDefenseandEmergencyResponse/
ucm062801.htm.
10. FDA. 2008. Statement of David
Acheson, M.D., F.R.C.P., Associate
Commissioner for Foods, Food and Drug
Administration, Before the Committee on
Agriculture, Subcommittee on Horticulture
and Organic Agriculture, United States
House of Representatives, July 30, 2008.
Available at https://www.fda.gov/NewsEvents/
Testimony/ucm096397.htm.
11. FDA. 2009. Guidance for Industry:
Questions and Answers Regarding the
Reportable Food Registry as Established by
the Food and Drug Administration
Amendments Act of 2007. Available at https://
www.fda.gov/Food/GuidanceCompliance
RegulatoryInformation/GuidanceDocuments/
FoodSafety/ucm180761.htm.
12. Produce Marketing Association and
Canadian Produce Marketing Association.
2006. Fresh Produce Traceability. A Guide
To Implementation. Available at https://
www.pma.com/cig/tech/traceability.cfm.
Accessed and printed on June 18, 2008.
13. Produce Marketing Association,
Canadian Produce Marketing Association,
and United Fresh Produce Association. 2007.
Joint Release. Available at https://
www.cpma.ca/pdf/IndustryTech/
Traceability_Joint_Release_PMA_CPMA_
UFPA_Oct2007.pdf. Accessed and printed on
July 22, 2008.
14. CPMA/PMA Traceability Task Force.
Traceability Best Practices. Fresh Produce
Industry (North America). Available at https://
www.cpma.ca/pdf/IndustryTech/Traceability
BestPractices.pdf. Accessed and printed on
July 18, 2008.
15. Daniel R. Levinson, Inspector General,
Department of Health and Human Services,
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Office of Inspector General. 2009.
Traceability in the Food Supply Chain.
March 2009. OEI–02–06–00210. Available at
https://oig.hhs.gov/oei/reports/oei-02-0600210.pdf. Accessed and printed July 20,
2009.
Dated: October 29, 2009.
David Horowitz,
Assistant Commissioner for Policy.
[FR Doc. E9–26479 Filed 11–2–09; 8:45 am]
BILLING CODE 4160–01–S
MSC 7843, Bethesda, MD 20892, 301–594–
6830, gerendad@csr.nih.gov.
This notice is being published less than 15
days prior to the meeting due to the timing
limitations imposed by the review and
funding cycle.
(Catalogue of Federal Domestic Assistance
Program Nos. 93.306, Comparative Medicine;
93.333, Clinical Research, 93.306, 93.333,
93.337, 93.393–93.396, 93.837–93.844,
93.846–93.878, 93.892, 93.893, National
Institutes of Health, HHS)
Dated: October 27, 2009.
Jennifer Spaeth,
Director, Office of Federal Advisory
Committee Policy.
[FR Doc. E9–26424 Filed 11–2–09; 8:45 am]
DEPARTMENT OF HEALTH AND
HUMAN SERVICES
National Institutes of Health
56855
Scientific Review, National Institutes of
Health, 6701 Rockledge Drive, Room 5858,
MSC 7849, Bethesda, MD 20892, 301–996–
7702, jacobsonrh@csr.nih.gov.
(Catalogue of Federal Domestic Assistance
Program Nos. 93.306, Comparative Medicine;
93.333, Clinical Research, 93.306, 93.333,
93.337, 93.393–93.396, 93.837–93.844,
93.846–93.878, 93.892, 93.893, National
Institutes of Health, HHS)
Dated: October 27, 2009.
Jennifer Spaeth,
Director, Office of Federal Advisory
Committee Policy.
[FR Doc. E9–26422 Filed 11–2–09; 8:45 am]
BILLING CODE 4140–01–P
BILLING CODE 4140–01–P
Center for Scientific Review; Notice of
Closed Meetings
mstockstill on DSKH9S0YB1PROD with NOTICES
Pursuant to section 10(d) of the
Federal Advisory Committee Act, as
amended (5 U.S.C. App.), notice is
hereby given of the following meetings.
The meetings will be closed to the
public in accordance with the
provisions set forth in sections
552b(c)(4) and 552b(c)(6), Title 5 U.S.C.,
as amended. The grant applications and
the discussions could disclose
confidential trade secrets or commercial
property such as patentable material,
and personal information concerning
individuals associated with the grant
applications, the disclosure of which
would constitute a clearly unwarranted
invasion of personal privacy.
Name of Committee: Center for Scientific
Review Special Emphasis Panel; Brain
Disorders in the Developing World 1.
Date: November 18, 2009.
Time: 3 p.m. to 10 p.m.
Agenda: To review and evaluate grant
applications.
Place: Beacon Hotel and Corporate
Quarters, 1615 Rhode Island Avenue, NW.,
Washington, DC 20036.
Contact Person: Dan D. Gerendasy, PhD,
Scientific Review Officer, Center for
Scientific Review, National Institutes of
Health, 6701 Rockledge Drive, Room 5132,
MSC 7843, Bethesda, MD 20892, 301–594–
6830, gerendad@csr.nih.gov.
This notice is being published less than 15
days prior to the meeting due to the timing
limitations imposed by the review and
funding cycle.
Name of Committee: Center for Scientific
Review Special Emphasis Panel; Brain
Disorders in the Developing World 2.
Date: November 19, 2009.
Time: 6 p.m. to 10 p.m.
Agenda: To review and evaluate grant
applications.
Place: Beacon Hotel and Corporate
Quarters, 1615 Rhode Island Avenue, NW.,
Washington, DC 20036.
Contact Person: Dan D. Gerendasy, PhD,
Scientific Review Officer, Center for
Scientific Review, National Institutes of
Health, 6701 Rockledge Drive, Room 5132,
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DEPARTMENT OF HEALTH AND
HUMAN SERVICES
National Institutes of Health
Center for Scientific Review; Notice of
Closed Meetings
Pursuant to section 10(d) of the
Federal Advisory Committee Act, as
amended (5 U.S.C. App.), notice is
hereby given of the following meetings.
The meetings will be closed to the
public in accordance with the
provisions set forth in sections
552b(c)(4) and 552b(c)(6), Title 5 U.S.C.,
as amended. The grant applications and
the discussions could disclose
confidential trade secrets or commercial
property such as patentable material,
and personal information concerning
individuals associated with the grant
applications, the disclosure of which
would constitute a clearly unwarranted
invasion of personal privacy.
Name of Committee: Center for Scientific
Review Special Emphasis Panel; Health of
the Population Fellowships.
Date: November 18–19, 2009.
Time: 9 a.m. to 5 p.m.
Agenda: To review and evaluate grant
applications.
Place: National Institutes of Health, 6701
Rockledge Drive, Bethesda, MD 20892
(Virtual Meeting)
Contact Person: Karin F. Helmers, PhD,
Scientific Review Officer, Center for
Scientific Review, National Institutes of
Health, 6701 Rockledge Drive, Rm. 3166 MSC
7770, Bethesda, MD 20892, 301–435–1017,
helmersk@csr.nih.gov.
Name of Committee: Center for Scientific
Review Special Emphasis Panel; NCRR
Electron Microscopy Resource Review.
Date: November 30–December 2, 2009.
Time: 5 p.m. to 2 p.m.
Agenda: To review and evaluate grant
applications.
Place: Crowne Plaza-Albany City Center,
30 Lodge Street, Albany, NY 12207.
Contact Person: Raymond Jacobson, PhD,
Scientific Review Officer, Center for
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DEPARTMENT OF HEALTH AND
HUMAN SERVICES
National Institutes of Health
National Institute of Mental Health;
Notice of Closed Meeting
Pursuant to section 10(d) of the
Federal Advisory Committee Act, as
amended (5 U.S.C. App.), notice is
hereby given of the following meeting.
The meeting will be closed to the
public in accordance with the
provisions set forth in sections
552b(c)(4) and 552b(c)(6), Title 5 U.S.C.,
as amended. The grant applications and
the discussions could disclose
confidential trade secrets or commercial
property such as patentable material,
and personal information concerning
individuals associated with the grant
applications, the disclosure of which
would constitute a clearly unwarranted
invasion of personal privacy.
Name of Committee: National Institute of
Mental Health Special Emphasis Panel;
NIMH Brain Bank Resource.
Date: December 2, 2009.
Time: 3 p.m. to 4 p.m.
Agenda: To review and evaluate grant
applications.
Place: National Institutes of Health,
Neuroscience Center, 6001 Executive
Boulevard, Rockville, MD 20852. (Telephone
Conference Call)
Contact Person: Rebecca C Steiner, PhD.,
Scientific Review Officer, Division of
Extramural Activities, National Institute of
Mental Health, NIH, Neuroscience Center,
6001 Executive Blvd, Room 6149, MSC 9608,
Bethesda, MD 20892–9608, 301–443–4525,
steinerr@mail.nih.gov.
(Catalogue of Federal Domestic Assistance
Program Nos. 93.242, Mental Health Research
Grants; 93.281, Scientist Development
Award, Scientist Development Award for
Clinicians, and Research Scientist Award;
93.282, Mental Health National Research
Service Awards for Research Training,
National Institutes of Health, HHS)
E:\FR\FM\03NON1.SGM
03NON1
Agencies
[Federal Register Volume 74, Number 211 (Tuesday, November 3, 2009)]
[Notices]
[Pages 56843-56855]
From the Federal Register Online via the Government Printing Office [www.gpo.gov]
[FR Doc No: E9-26479]
-----------------------------------------------------------------------
DEPARTMENT OF HEALTH AND HUMAN SERVICES
Food and Drug Administration
[Docket No. FDA-2009-N-0523]
Product Tracing Systems for Food; Public Meeting
AGENCY: Food and Drug Administration, HHS.
ACTION: Notice; request for comment.
-----------------------------------------------------------------------
SUMMARY: The Food and Drug Administration (FDA), in collaboration with
the United States Department of Agriculture, Food Safety and Inspection
Service (FSIS), is announcing a public meeting regarding product
tracing systems for food intended for humans
[[Page 56844]]
and animals. The purpose of the meeting is to stimulate and focus a
discussion about mechanisms to enhance product tracing systems for
food. This discussion will help FDA and FSIS determine what short and
long term steps the two agencies should take to enhance the current
tracing system.
DATES: See ``How to Participate in the Meetings'' in the SUPPLEMENTARY
INFORMATION section of this document.
ADDRESSES: See ``How to Participate in the Meetings'' in the
SUPPLEMENTARY INFORMATION section of this document.
FOR FURTHER INFORMATION CONTACT:
For electronic registration, electronic requests to make an oral
presentation during the time allotted for public comment at the
meeting, logistics, or to request a sign language interpreter or other
special accommodation due to a disability: Sheila Johnson,
Congressional and Public Affairs, 1400 Independence Ave., SW.,
Washington, DC, 20250, 202-690-6498, e-mail:
Sheila.Johnson@fsis.usda.gov.
FSIS: For questions about meat, meat food products, poultry,
poultry products, and egg products: William Smith, Assistant
Administrator, Office of Program Evaluation, Enforcement & Review, rm.
3133, South Agriculture Building, Food Safety and Inspection Service,
U.S. Department of Agriculture, Washington, DC, 20250, 202-720-8609.
FDA: For non-electronic registration (i.e., registration by mail,
fax, e-mail, or phone), for submission of written material for an oral
presentation, and for questions about all other food: Juanita Yates,
Center for Food Safety and Applied Nutrition, Food and Drug
Administration (HFS-009), 5100 Paint Branch Pkwy., College Park, MD
20740, 301-436-1731, toll-free FAX: 1-877-366-3322, e-mail:
Juanita.Yates@fda.hhs.gov.
SUPPLEMENTARY INFORMATION:
I. Purpose of the Meeting
As discussed more fully in section IV.A of this document, Federal
food safety agencies need to increase the speed and accuracy of
traceback investigations and traceforward operations. FDA and FSIS
intend the public meeting to stimulate and focus a discussion about the
core elements of product tracing systems, gaps in current product
tracing systems, and mechanisms to enhance product tracing systems for
food. FDA and FSIS also intend the public meeting to improve the
ability of FDA and FSIS to use the information in such systems to
identify the source of contamination during outbreaks of foodborne
illness, and to improve the ability of all persons in the supply chain
to more quickly identify food that is (or potentially is) contaminated
and remove it from the market during traceforward operations. This
discussion will help FDA and FSIS determine what short and long term
steps each agency should take to enhance the current tracing system.
For purposes of this document, the term ``food'' applies to both
food for humans and food for animals.\1\ As defined by the Codex
Alimentarius Commission (Codex),\2\ traceability/product tracing is the
ability to follow the movement of a food through specified stage(s) of
production, processing, and distribution (Ref. 1).
---------------------------------------------------------------------------
\1\ Under section 201(f) of the Federal Food, Drug, and Cosmetic
Act (the FFDCA), food is defined as (1) articles used for food or
drink for man or other animals, (2) chewing gum, and (3) articles
used for components of any such article.
\2\ The Codex Alimentarius Commission was formed in 1963 by the
Food and Agriculture Organization and the World Health Organization
of the United Nations to develop food standards, guidelines and
related texts such as codes of practice, and is recognized under the
World Trade Organization Agreement on the Application of Sanitary
and Phytosanitary Measures as the international standards
organization for food safety.
---------------------------------------------------------------------------
II. How to Participate in the Meeting
Stakeholders will have an opportunity to provide oral comments. Due
to limited space and time, and to facilitate entry to the building in
light of security procedures, FDA and FSIS encourage all persons who
wish to attend the meeting, including those requesting an opportunity
to make an oral presentation during the time allotted for public
comment at the meeting, to register in advance. Depending on the number
of requests for such oral presentations, there may be a need to limit
the time of each oral presentation (e.g., 5 minutes each). If time
permits, requests may be granted for an opportunity to make such an
oral presentation from individuals or organizations that did not
register in advance. Table 1 of this document provides information on
participation in the meetings and on submitting comments to the Docket
established for the meeting.
Table 1--Information on Participation in the Meetings and on Submitting
Comments
------------------------------------------------------------------------
Electronic Other
Date Address Address Information
------------------------------------------------------------------------
Public December 9 Jefferson ............. Attendees must
meeting and 10, Auditorium provide a
2009, from at the U.S. picture ID to
9 a.m. Department enter the
until 5 of building. The
p.m. Agriculture Jefferson
(South auditorium is
Building), located at Wing
1400 6 in the South
Independence Building.
Ave., SW., Attendees
Washington, should enter
DC, 20250 the building at
(Metro stop: Wing 7 at the
Smithsonian 14th Street
Metro entrance.
Station on ................
the blue and Participation is
orange also being made
lines, take available via
the teleconference.
Independence The call-in
Ave. exit) information
will be located
at the bottom
of the
registration
form.
------------------------------------------------------------------------
[[Page 56845]]
Advance December 2, We encourage https:// A request for an
registrati 2009 you to use www.fsis.usd oral
on electronic a.gov/News/ presentation
registration Meetings--&- should specify
if -Events. whether the
possible.\1\ Please presentation
complete the will be
registration directed to
form FDA, FSIS, or
including both. Depending
all required on the number
fields. of requests, it
may be possible
to allot two
presentation
times to
persons who
request an
opportunity to
direct a
presentation to
both FDA and
FSIS.
Registration
information and
information on
requests to
make an oral
presentation
may be posted
without change
to https://www.regulations.gov, including
any personal
information
provided.
-------------------------
Make a November ............. ............. ................
request 23, 2009
for an
oral
presentati
on during
the time
allotted
for public
comment
------------------------------------------------------------------------
Provide a December 2, Juanita Yates ............. Written material
brief 2009 (see FOR associated with
descriptio FURTHER an oral
n of the INFORMATION presentation
oral CONTACT) may be posted
presentati without change
on and any to https://
written www.regulations
material .gov, including
for the any personal
presentati information
on provided.
------------------------------------------------------------------------
Request a November Sheila ............. ................
sign 30, 2009 Johnson (see
language FOR FURTHER
interprete INFORMATION
r or other CONTACT)
special
accommodat
ion due to
a
disability
------------------------------------------------------------------------
Submit by March 3, https:// All comments
comments 2010.Divis www.regulati should be
ion of ons.gov identified
Dockets with the
Management docket
(HFA-305), number found
Food and in brackets
Drug in the
Administra heading of
tion, 5630 this
Fishers document.
Lane rm. For
1061, additional
Rockville, information
MD 20852 on
submitting
comments,
see section
VII of this
document.
------------------------------------------------------------------------
\1\ You may also register by mail, fax, e-mail, or phone by providing
registration information (including name, title, firm name, address,
telephone number, fax number, and e-mail address), requests to make an
oral presentation, and written material for the presentation to
Juanita Yates (see FOR FURTHER INFORMATION CONTACT).
III. Transcripts
Please be advised that as soon as a transcript is available, it
will be accessible at https://www.regulations.gov. It may be viewed at
the Division of Dockets Management (HFA-305), Food and Drug
Administration, 5630 Fishers Lane, rm. 1061, Rockville, MD. A
transcript will also be available in either hardcopy or on CD-ROM,
after submission of a Freedom of Information request. Written requests
are to be sent to Division of Freedom of Information (HFI-35), Office
of Management Programs, Food and Drug Administration, 5600 Fishers
Lane, rm. 6-30, Rockville, MD 20857.
IV. Background
A. Introduction
The public meeting is intended to address product tracing systems
to facilitate traceback investigations and traceforward operations for
food products. A traceback investigation is an investigation to
determine and document the distribution and production chain, and the
source(s), of contaminated (and potentially contaminated) food, often
in the context of an outbreak of foodborne illness. A traceforward
operation is an operation to determine the distribution of contaminated
(and potentially contaminated) food. An outbreak of foodborne illness
is the occurrence of two or more cases of a similar illness resulting
from the ingestion of a common food.
Food can become contaminated at many different steps in the farm-
to-table continuum: On the farm; in packing, manufacturing/processing,
or distribution facilities; during storage or transit; at retail
establishments; in restaurants; and in the home. In recent years, FDA
and FSIS have taken a number of actions to prevent both deliberate and
unintentional contamination of food at each of these steps. FDA and
FSIS have worked with other Federal, State, local, territory, tribal,
and foreign counterpart food safety agencies, as well as with law
enforcement agencies, intelligence-
[[Page 56846]]
gathering agencies, industry, and academia to significantly strengthen
the Nation's food safety and food defense systems across the entire
distribution chain. This cooperative work has resulted in a greater
awareness of potential vulnerabilities, the creation of more effective
prevention programs, new surveillance systems, and the ability to
respond more quickly to outbreaks of foodborne illness. However,
changes in consumer preferences, change in industry practices, and the
rising volume of imports continue to pose significant challenges for
FDA and FSIS (72 FR 8750, February 27, 2007; 73 FR 55115, September 24,
2008; 67 FR 62325, October 7, 2002; and Ref. 2). Recently, thousands of
processed food products have been recalled due to contamination (and
potential contamination) of ingredients (e.g., peanuts and peanut-
derived products, pistachios, and dried milk) with a pathogenic
microorganism (e.g., Salmonella) or chemical (e.g., melamine) (Refs. 3
through 6). In addition, contamination (and potential contamination) of
ground beef with a pathogenic microorganism (e.g., Escherichia coli
O157:H7) has led to recalls involving millions of pounds of ground beef
(Ref. 7). These food contamination events, often involving foodborne
illnesses, have emphasized the importance of efficient and effective
product tracing systems, particularly the importance of linking
shipments of contaminated (and potentially contaminated) food backward
and forward through the supply chain through the efficient assembly and
review of product tracing records.
In some cases, a firm that receives, manufactures, or distributes
food, or a regulatory official detects contamination of a food in the
market, without any known or suspected association between the food and
reports of foodborne illness. When the contamination could cause
foodborne illness, quick action is necessary to remove the food from
the market. A traceforward operation to determine the distribution of
all contaminated (and potentially contaminated) food may be initiated
for any type of food in the market, e.g., a raw agricultural commodity,
a food ingredient, or any single- or multi-ingredient processed food.
In recent years, traceforward operations for food ingredients have
highlighted the potentially large impact that contamination (or
potential contamination) of a single food ingredient can have on
thousands of food products containing that ingredient (Refs. 3 through
6).
In other cases, food that has become contaminated goes undetected
until it is associated with an outbreak of foodborne illness. When an
outbreak of foodborne illness occurs, quick action is critical to
prevent additional illness. The Centers for Disease Control and
Prevention (CDC) of the U.S. Department of Health and Human Services
(HHS), and State, local, territory and/or tribal health departments
conduct epidemiologic investigations to identify the possible food(s)
involved in an outbreak. In general, when it is concluded that the
contamination occurred at the point of sale, such as a restaurant
(e.g., due to illness of a food worker or environmental contamination
at the point of sale), FDA or FSIS does not get involved with the
investigation. If it appears that the contamination did not occur at
the point of sale, CDC and/or the State/local/territory/tribal entity
notify FDA, FSIS, or both about the outbreak and the specific food that
is potentially associated with the outbreak.
After CDC and/or the State/local/territory/tribal entity notify FDA
or FSIS that a specific food is potentially associated with an outbreak
of foodborne illness, the notified agency (or agencies) reviews and
evaluates the available data and information. Based upon the agency's
review and evaluation of epidemiologic data and/or laboratory results,
the notified agency may initiate a traceback investigation to identify
the source of the food and, potentially, of the contamination. As with
a traceforward operation, a traceback investigation may be initiated
for any type of food in the market, e.g., a raw agricultural commodity,
a food ingredient, or any single- or multi-ingredient processed food.
Working with industry and with other domestic (and, in some cases,
foreign) government agencies, the notified agency inspects or
investigates each point throughout the supply chain to determine where
the contamination likely occurred. In the course of an investigation,
the notified agency may examine the facility, ingredients, finished
products, packaging, and food handling practices (such as how long food
is held before shipping, whether the facility practices ``first in-
first out'' when selling products, and whether finished products or
ingredients are shared or exchanged with other facilities).
Timely and accurate information gained from records available
during a traceback investigation or traceforward operation may:
Help limit the public health impact of a foodborne illness
outbreak, for example, by enabling a more rapid traceforward operation
to remove the contaminated (or potentially contaminated) food from the
market;
Enable public health authorities and the food industry to
provide targeted and accurate information about affected food to
consumers, and, as a result, restore or enhance consumer confidence in
food safety;
Help limit the source of the problem to a particular food
(e.g., brand), or to a particular region or locality (e.g., as a source
of contaminated (or potentially contaminated) fresh produce) so that
firms or regions that are not connected to the contaminated (or
potentially contaminated) food are not adversely affected by an
outbreak investigation or by a recall; and
Help prevent future outbreaks by enabling the applicable
Federal or State regulatory agency to more rapidly investigate firms
where contamination may have occurred, so that conditions and practices
that may have been associated with the contamination can be observed
and the lessons learned can be used to prevent contamination in the
future.
Current records (maintained by the various persons in the supply
chain) that contain product tracing information include external
records (such as bills of lading, airway bills, manifests, invoices,
shipping records, and packing lists) that a firm establishes to
accompany commercial transactions and internal records (such as batch
production records, inventory records, and distribution records) that a
firm establishes for its own use and may consider proprietary. Existing
FDA requirements to establish and maintain information to facilitate
product tracing require a firm to make certain information available to
FDA, within 24 hours, when FDA has a reasonable belief that an article
of food is adulterated and presents a threat of serious adverse health
consequences or death to humans or animals (see FDA's regulations
entitled ``Establishment, Maintenance, and Availability of Records''
(21 CFR part 1, subpart J)).\3\ However, this information need not be
kept as one record (see 21 CFR 1.330).
---------------------------------------------------------------------------
\3\ For more information on the recordkeeping regulations in 21
CFR part 1, subpart J, see Refs. 8 and 9).
---------------------------------------------------------------------------
Similarly, FSIS requires certain classes of firms and corporations
to maintain, retain, and make available to FSIS records that fully and
correctly disclose all transactions involved in their businesses
subject to the Federal Meat Inspection Act (21 U.S.C. 642), the
[[Page 56847]]
Poultry Products Inspection Act (21 U.S.C. 460(b)), and the Egg
Products Inspection Act (21 U.S.C. 1040). Records kept by FSIS-
regulated businesses that may contain product tracing information
include, but are not limited to, bills of sale, invoices, bills of
lading, and receiving and shipping papers (see 9 CFR 320.1, 381.175,
and 590.200). Upon the presentation of credentials by a representative
of the Secretary of Agriculture, these records must be made available
for examination and copying (see 9 CFR 320.4, 381.178, and 590.220).
In practice, reviewing multiple records to find information
relevant to a particular traceback investigation or traceforward
operation takes time and decreases the efficiency of product tracing.
Recent traceforward operations have demonstrated that it can take
months for foods containing a contaminated (or potentially
contaminated) ingredient to be removed from the market (Refs. 3 through
6). Enhancing recordkeeping systems to be able to more rapidly link a
specific lot of an incoming ingredient to all released food containing
that specific lot of ingredient could improve the efficiency of
traceforward operations for food products containing a contaminated (or
potentially contaminated) food ingredient.
Likewise, recent traceback investigations conducted by FDA
demonstrate that FDA's ability to identify the source of an outbreak
can range from days to months after CDC notifies FDA that a specific
food has been implicated in an outbreak (Ref. 10). At the start of a
traceback investigation, FDA reviews records at the point of sale, such
as a grocery store, where the product was purchased. The review of
records at point of sale usually leads to the review of records at a
distribution center. Key challenges at the point of sale include
identifying shipments of interest and narrowing the number of shipments
of potentially contaminated food. Key challenges at the distribution
center include difficulties in linking a shipment released by a
distribution center to the point of sale and difficulties linking
outgoing shipments of food products released from the distribution
center with incoming shipments of food products received by the
distribution center. These challenges in the review of records at point
of sale and at distribution centers delay the traceback investigation
and may result in a wider scope of product potentially implicated.
Together these traceback investigations and traceforward operations
have demonstrated that FDA needs to be able to respond to the size and
complexity of the food supply chain with a product tracing system that
is more sophisticated, effective, and efficient in its capacity to link
the contaminated food along the distribution chain and that reflects
and responds to changing production and distribution patterns.
FSIS is also hindered by similar problems. FSIS relies heavily on
records maintained by manufacturers, distributors, and retailers to aid
in identifying and tracing back FSIS-regulated products associated with
foodborne illness outbreaks, recalls, and other food safety incidents.
Retail records are a critical component in traceback and traceforward
activities. Quickly and effectively determining the source product in
these situations is essential in identifying the product in commerce
that presents a risk to the public and preventing additional illnesses.
Many investigations into human illness involve the consumption of
raw beef products ground or chopped by FSIS-inspected establishments or
retail facilities. FSIS investigators and public health officials
frequently use records kept at all levels of the food distribution
chain, including the retail level, to identify and traceback the
product that is the source of the illness. In cases of E. coli O157:H7
complaints or illnesses, FSIS personnel often have to rely on raw beef
grinding records kept by official meat establishments, retail
facilities, and meat markets to gather the information needed to
undertake traceback actions.
Recent illness outbreak investigations and other activities
conducted by FSIS have demonstrated inadequate recordkeeping by some
retail-level businesses and FSIS-inspected establishments that produce
ground beef. The agency has found that the records kept by these
establishments are often incomplete and have missing or inaccurate
information. The lack of proper recordkeeping by these businesses has
contributed to:
Increasing the amount of time needed to identify products
of interest,
Inability to traceback product to the source material,
Inability to identify all potentially adulterated products
in distribution,
Increasing the possibility that the wrong window of
production is identified,
Broader actions by the agency such as public health alerts
and not directed recalls,
Increased cost to the agency, and
Increased risk to the consumer through the increased time
delay, possibility of incorrect product identification, and limited
specificity in public health messages.
Like FDA, FSIS needs to take steps to change this situation. In
particular, FSIS needs to assess the need to provide notice, outreach,
compliance guides, or other information to industry to promote
awareness of, and compliance with, records and food safety
requirements.
While there are many significant challenges with traceback/
traceforward investigations, there are successes. In 2007, the
Minnesota Department of Health (MDH) conducted a traceback/traceforward
investigation that resulted in the recall of approximately 117,500
pounds of beef trim products used to make ground beef. MDH conducted an
epidemiological investigation of a cluster of nine E. coli O157:H7
case-patients with an indistinguishable pulsed field gel
electrophoresis (PFGE) pattern combination who had reported eating
ground beef. A case-control study conducted by MDH found that consuming
ground beef purchased at retail outlets located in eight different
States was significantly associated with illness. Leftover product from
the case-patients collected and tested by the Minnesota Department of
Agriculture (MDA) were found presumptive positive for E. coli O157:H7.
In this case, the traceback/traceforward investigation was facilitated
by MDA investigators' use of purchase date and store location
information from case-patients, along with complete and accurate
grinding logs from the retail stores. This enabled MDA to definitively
identify the production date of the implicated product and the single
federal meat establishment from which the product came.
B. Statutory and Regulatory Framework for Product Tracing Systems in
the United States
1. FDA
Several sections in the FFDCA (such as sections 301, 402, 403, 412,
414, 416, 417 and 704(a)) (21 U.S.C. 321, 342, 343, 350(a), 350(c),
350(e), 350(f), and 374(a)) and section 361 of the Public Health
Service Act (42 U.S.C. 264) provide authority for, or are otherwise
relevant to, product tracing systems. Using these authorities, FDA has
established a number of regulations relevant to product tracing
systems, such as those listed in table 2 of this document. Regulations
established in 21 CFR part 1, subpart J apply to both human food and
food for animals. The listed regulations established in 21 CFR parts
101, 106, 111, 113 and 114 apply to human food (21 CFR 500.23, however,
[[Page 56848]]
extends Sec. 113's application to animal foods). The listed
regulations established in 21 CFR part 501 apply to food for animals.
Table 2--Regulations Relevant to Product Tracing Systems
------------------------------------------------------------------------
Regulation(s) Subject Brief Description
------------------------------------------------------------------------
21 CFR part 1, Establishment, Requires certain persons who
subpart J Maintenance, and manufacture, process, pack,
Availability of transport, distribute, receive,
Records hold, or import food to establish
and maintain certain records
identifying the immediate previous
source of all food received, as
well as the immediate subsequent
recipient of all food released.
The regulations describe the
information that must be
established and maintained, how
long it must be maintained, and
how quickly it must be available
to FDA when FDA has a reasonable
belief that an article of food is
adulterated and presents a threat
of serious adverse health
consequences or death to humans or
animals. The regulations also
describe persons (e.g., farms and
restaurants) who are excluded from
some or all of the requirements.
------------------------------------------------------------------------
21 CFR 101.3 Identity labeling Requires the principal display
21 CFR 501.3 of food in panel of a food in package form to
packaged form bear a statement of the identity
of the commodity.
------------------------------------------------------------------------
21 CFR 101.5 Food; name and Requires the label of a food in
21 CFR 501.5 place of business packaged form to specify
of manufacturer, conspicuously the name and place
packer, or of business of the manufacturer,
distributor. packer, or distributor.
------------------------------------------------------------------------
21 CFR 106.90 Infant Formula Requires product coding for all
Quality Control infant formulas.
Procedures
------------------------------------------------------------------------
21 CFR part 111 Current Good Requires, among other things,
Manufacturing identification of each lot of
Practice in received components in a manner
Manufacturing, that allows tracing the lot to the
Packaging, supplier and the date received;
Labeling, or using this unique identifier when
Holding recording the disposition of the
Operations for lot of received components;
Dietary establishing a batch, lot or
Supplements control number for each finished
batch of dietary supplements; and
being able to determine the
complete manufacturing history and
control of the packaged and
labeled dietary supplement through
distribution.
------------------------------------------------------------------------
21 CFR Thermally A product code must be established
113.60(c); Processed Low- and included on the package of a
21 CFR Acid Foods food that is a thermally processed
114.80(b) Packaged In low-acid food packaged in a
Hermetically hermetically sealed container
Sealed (Sec. 113.60(c)) or an acidified
Containers; food (Sec. 114.80(b)).
Acidified
Foods
------------------------------------------------------------------------
Section 417 of the FFDCA establishes requirements for FDA to
establish a Reportable Food Registry (RFR). A ``reportable food'' is an
article of food (other than dietary supplements or infant formula) for
which there is a reasonable probability that the use of, or exposure
to, such article of food will cause serious adverse health consequences
or death to humans or animals. The purpose of the RFR is to provide a
``reliable mechanism to track patterns of adulteration in food [which]
would support efforts by the Food and Drug Administration to target
limited inspection resources to protect the public health'' (Public Law
110-085, section 1005(a)(4)). In accordance with section 417 of the
FFDCA, FDA implemented on September 8, 2009, the RFR electronic portal
by which instances of reportable food must be submitted to FDA by
responsible parties and may be submitted by public health officials.
Information as to the immediate prior source of the food and/or
ingredients and the immediate subsequent recipient(s) of the food may
be required to be submitted through the electronic portal. FDA has
issued a guidance document (Ref. 11) containing questions and answers
relating to the requirements under section 417 of the FFDCA.
2. FSIS
Like FDA, FSIS' statutes have sections that are relevant to product
tracing systems for meat, poultry, and egg products subject to FSIS'
jurisdiction. Sections 642 of the Federal Meat Inspection Act (21
U.S.C. 601 et seq.), 460(b) of the Poultry Products Inspection Act (21
U.S.C. 451 et seq.), and 1040 of the Egg Products Inspection Act (21
U.S.C. 1031 et seq.) require certain classes of firms and corporations
to maintain, retain, and make available full and correct business
records or transactions in food. The regulations implementing those
statutory sections, 9 CFR part 320, 9 CFR part 381, and 9 CFR 590.200,
specify businesses and what types of basic records are required, such
as bills of sale, bills of lading, receiving and shipping papers,
receipts and inventories. Under the Federal Meat Inspection Act, FSIS
also has the authority, under certain circumstances, to mandate
specified recordkeeping by retail stores for certain violations and to
withdraw or modify statutory exemptions for public health reasons (21
U.S.C. 623 and 454, 9 CFR parts 301 and 381).
Under FSIS' Hazard Analysis and Critical Control Points (HACCP)
regulations (9 CFR part 417), a meat or poultry establishment is
required to keep records related to its HAACP plan, including all
records associated with its operation (i.e., monitoring, verification,
and corrective action). The records of these activities are subject to
FSIS review and are to be made available to FSIS personnel (9 CFR
417.5(e) and (f)). Especially relevant are (1) all records, results,
and supporting documentation associated with prerequisite programs; (2)
the results and records associated with testing conducted for the
establishment's business customer; and (3) results and records
associated with an establishment's quality control program.
All of the records generated under the agency's statutory authority
facilitate FSIS surveillance and investigation activities, and the
control and removal of adulterated, misbranded, or otherwise
[[Page 56849]]
illegal or unsafe products from commerce. Failure to keep such records
negatively affects consumers' health and FSIS food safety and response
activities (e.g., foodborne illness investigations, product traceback,
product traceforward, and product recall).
C. Considerations for an Effective Product Tracing System
A ``whole chain'' product tracing system consists of information
elements provided by persons in the supply chain to other persons in
the supply chain or to regulatory officials (e.g., during a traceback
investigation). Key information elements of a ``whole chain'' product
tracing system may include:
Who manufactured the product,
Who is sending the product forward in the supply chain and
who is receiving the product,
Who is transporting product in the supply chain,
The physical location at which food is received or
released,
An adequate description of the food that is received or
released,
The date and time food is received or released,
A lot or code number (or other identifier of the food),
The quantity of food and how it is packaged,
The specific source of each ingredient used to make every
lot of finished product,
A shipment identifier (such as an invoice number, airway
bill number, or bill of lading, and
A means to link information about food that is received to
food that is released both internally and externally throughout the
distribution chain.
A particular information element of a whole chain product tracing
system may be available:
In records (including internal and external records) that
persons in the supply chain establish and maintain,
On a label of packaged food (or on the container or
package itself),
On an individual item of unpackaged food (such as loose
produce), and/or
On a shipping case containing food.
The information available in the form of records associated with a
whole chain product tracing system enables an interested person to
identify, and link, at any specific stage of the supply chain, who
manufactured a food product, what specific ingredients are in the
product, where the product came from, where the product was or is,
where the product went, and who transported the product.
Most product tracing systems (including FDA's regulations in 21 CFR
part 1, subpart J) are designed and implemented as ``one up/one down''
systems rather than as ``whole chain'' systems. In a ``one up/one
down'' system, the focus is on the immediate previous source of food
and the immediate subsequent recipient of food, as well as the
immediate previous transporter and the immediate subsequent
transporter.
The information available on the label or package\4\ of food has
often been invaluable in enabling FDA to quickly identify the source of
a food implicated in foodborne illness during a traceback investigation
(73 FR 55115 at 55118). Likewise, such information can help FDA or FSIS
to quickly determine the distribution of all identified lots of
contaminated (and potentially contaminated) food during a traceforward
operation. The practical utility of information available on the label
or package of a food during a traceback investigation may be limited in
some circumstances, e.g., if a consumer who became ill after eating a
food product no longer has the package of food. However, information
about when the consumer purchased the product, coupled with information
maintained in records by the person who sold the product to the
consumer, may help to narrow the scope of a traceback investigation.
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\4\ Note that the term ``package'' does not include shipping
containers or wrappings used solely for the transportation of such
commodities in bulk or in quantity to manufacturers, packers,
processors, or wholesale or retail distributors (see 21 CFR
1.20(a)).
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In section V.A.4 of this document, FDA is seeking comment on
whether some information in product tracing systems should be sent
further in the supply chain than ``one down.''
D. International Product Tracing Systems
In 2008, FDA described some aspects of international product
tracing systems (73 FR 55115 at 55119). For example:
In 2006, Codex established principles for tracing food
through production and distribution processes. The Codex principles are
intended to assist government authorities in utilizing product tracing
as a tool within their food inspection and certification system.
The European Union (EU) requires all food and feed to be
traceable ``one step forward and one step back'' in EU member states.
In 2007 the International Standards Organization (ISO)
issued ISO 22005:2007, which provides general principles and basic
requirements for designing and implementing a product tracing system
along a food processor's supply chain.\5\
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\5\ ISO 22005:2007. ``Traceability in the feed and food chain--
General principles and basic requirements for system design and
implementation.'' July 2007. Available for purchase at https://webstore.ansi.org.
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The GS1 Global Traceability Standard is a business process
standard describing the traceability process independently from the
choice of enabling technologies. It defines minimum requirements for
companies of all sizes across industry sectors and corresponding GS1
Standards used within information management tools.
E. 2008 Public Meetings on Product Tracing Systems for Fresh Produce
In 2008, FDA held two public meetings to stimulate and focus a
discussion about mechanisms to enhance product tracing systems for
fresh produce intended for human consumption (73 FR 55115). Fresh
produce includes fresh produce that is intact and whole (such as whole
tomatoes), cut during harvest (such as heads of lettuce), or ``fresh-
cut'' (i.e., minimally processed by actions such as peeling, slicing,
or trimming before being packaged for use by the consumer or retail
establishment). Examples of fresh-cut produce are shredded lettuce,
sliced tomatoes, salad mixes, and cut melons. As discussed in the
notice announcing the meetings, traceback investigations for fresh
produce have highlighted several particular challenges associated with
tracing fresh produce back through the supply chain (73 FR 55115 at
55118). For example:
Fresh produce is perishable and may no longer be available
for testing by the time the outbreak is detected;
Fresh produce is often sold loose, without any packaging
that would provide information about its source;
Containers in which the fresh produce was shipped, which
may have provided information about its source, may also have been
discarded by the consumer or end user long before a traceback
investigation is initiated; and
Common industry practices add a layer of complexity.
Examples of such practices are:
[cir] Repacking fresh produce from multiple sources;
[cir] Commingling food from different sources, shipments, or lots;
[cir] Exchanging food with other local farms or businesses;
[cir] Re-using and sharing shipment containers from other farms/
businesses;
[[Page 56850]]
[cir] Using different names for the same fresh produce as it
travels throughout the supply chain;\6\
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\6\ For example, a tomato may be referred to as a ``red, round
tomato'' early in the supply chain, and be referred to as a ``cooker
tomato'' at a later stage in the supply chain. This type of change
in name reflects the degree of ripeness of the tomato, which varies
over time.
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[cir] Substituting a different variety or size of fresh produce
without documentation; and
[cir] Not assigning a lot or code number (or other identifier of
the food) to the fresh produce that goes forward into the supply chain.
As also discussed in the notice announcing the 2008 public
meetings, in 2006 there was a multi-state outbreak of illnesses
associated with the consumption of fresh spinach contaminated with E.
coli O157:H7 (73 FR 55115 at 55118). In this situation, the traceback
investigation was facilitated because several consumers who became ill
still had packaged fresh spinach in their refrigerators. This traceback
investigation was greatly facilitated by the information on the label
of the packaged food and on the package itself, including a product
code. Investigators were able to identify the processor through
information required to be on the label of the packaged spinach (21 CFR
101.5(a)) and through a product code the processor had voluntarily
placed on the package. In the early stage of the investigation, the
investigators identified several potentially implicated farms
associated with the production lot of bagged spinach based on the
processor's records. Narrowing to the implicated farms from the
processor records was more time consuming.
In the notice announcing the meetings (73 FR 55115 at 55120), FDA
asked questions about nine topic areas relating to tracing systems for
fresh produce. FDA received several dozen comments, submitted either
directly to Division of Dockets Management, submitted in writing to
accompany oral testimony provided at the meeting, or presented orally
and captured in the written transcript of the meeting. In addressing
FDA's questions, several comments support the approach recommended by
the Produce Traceability Initiative (Refs. 12 through 14) for case
identification based on GS1 standards for the effective management and
control of supply chains for fresh produce. Information applied to the
shipping case would identify the ``brand owner'' of the fresh produce
in the case as well as various attributes of that fresh produce (such
as what the fresh produce is and a lot number). Comments addressing the
issue of commingling generally express the view that commingling is an
acceptable practice provided there are adequate records documenting the
commingling to enable linking the incoming source and outgoing product.
Comments generally agree that information in a product tracing
system should be human-readable and, where possible, in electronic
form. However, some comments stress it is more important to have the
information recorded in any form (including paper form) than to require
product tracing records to be electronic. One comment notes that the
common use of day labor, the pressure of productivity, and the
challenges associated with handling perishable items make it difficult
for persons who handle fresh produce to establish and maintain proper
records. Some comments note that purchase records already maintained by
retailers and restaurants (e.g., for accounting purposes) may be useful
for product tracing.
Several comments mention the use of different product tracing
systems by various persons in the supply chain, and the lack of
interoperability of current systems, as significant barriers to whole-
chain product tracing. Several comments describe products that offer
solutions to some of the logistical challenges associated with tracing
fresh produce. One comment notes that requiring a motor carrier to read
a radio frequency identification (RFID) tag on each crate during the
transportation process could be costly and burdensome to everyone in
the supply chain. Comments generally agree that there would be
significant startup costs associated with any system that uses a
standard format, but that the impact on the industry would vary
depending on an individual company's readiness.
Several comments both stress the importance of compliance with the
existing requirements of the regulations in 21 CFR part 1, subpart J
and assert that FDA should focus its efforts on enforcing these
existing requirements for product tracing rather than on introducing
new requirements. Some comments acknowledge that FDA's current legal
authority to inspect records under 21 CFR part 1, subpart J is limited
to situations for cause, i.e., when FDA has a reasonable belief that an
article of food is adulterated and presents a threat of serious adverse
health consequences or death to humans or animals (Sec. 1.361). Some
of these comments express support for additional legal authority for
FDA to inspect these records to evaluate compliance in addition to
FDA's current legal authority to inspect these records for cause. Some
comments point out that the recordkeeping requirements of the
Perishable Agricultural Commodities Act (PACA) have significance with
respect to product tracing, e.g., that persons (such as handlers of
fresh produce) subject to PACA already capture information that could
be used for tracing purposes.
F. FDA's Activities Since the 2008 Public Meetings on Product Tracing
Systems for Fresh Produce
In the spring of 2009, FDA engaged in a pilot project, through the
Institute for Food Technologists (IFT) to conduct a mock traceback
scenario on tomatoes with representatives of the industry, academia,
States, and two technology companies. FDA also awarded a 1-year
contract to IFT to review industry practices for product tracing and
identify best practices employed by many different sectors regulated by
FDA. The IFT report is expected to be delivered by November 2009.
Over the course of the last year, FDA has met extensively with many
industry representatives on their product tracing initiatives as well
as solution providers to gain a better understanding of the practices
and technology available to enhance product tracing for foods. In
addition, FDA has conducted several outreach efforts to share some of
the challenges in traceback and traceforward investigations in
foodborne illness outbreaks.
In May 2009, FDA provided an update on its efforts related to
produce tracing systems at a joint symposium (``Symposium on Methods
and Systems for Tracking, Tracing, and Verifying Foods'') between the
Food and Environment Research Agency of the EU and the Joint Institute
for Food Safety and Applied Nutrition (JIFSAN, an academic partnership
between FDA and the University of Maryland). FDA is monitoring the
activities of the EU 6th Framework Research programs and various
projects related to traceability. One such program is the EU TRACE
program, which has developed a chain information management system
(TraceCore XML). Another such program is the EU TRACEBACK program,
which is currently developing a system based on micro-devices to
implement food traceability in the food chain. This system will be
pilot tested on two major product chains: Feed/dairy and tomatoes.
JIFSAN is collaborating with the Iowa State University's IOWA Grain
Quality Initiative to incorporate a generic product traceability module
into JIFSAN's Good Agricultural Practices train-the-trainer program.
[[Page 56851]]
G. 2009 Report of the Inspector General
In 2009, HHS' Office of Inspector General (OIG) issued a report
entitled ``Traceability in the Food Supply Chain'' (Ref. 15). The
purpose of the report was to (1) assess the traceability of selected
food products and (2) determine the extent to which selected food
facilities maintain information required by FDA in a food emergency.
The report noted that not all facilities are required to maintain lot-
specific information in their records, and those that are required to
maintain lot-specific information are required to maintain it only if
it exists. Thus, OIG was able to trace only 5 of the 40 products it
investigated through each stage of the food supply chain.
For 31 of the other 35 products OIG investigated, OIG could
identify the facilities that likely handled them (Ref. 15). Most
facilities that handled these products did not maintain lot-specific
information in their records and could only estimate a range of
deliveries (from one or more facilities) that may have included the
product OIG purchased. For the remaining four products, OIG could not
even identify the facilities that likely handled them.
OIG identified several factors that prevented OIG from tracing the
specific products through the food supply chain and observed that these
factors would affect the speed with which FDA can trace specific food
products through the food supply chain. The factors listed by OIG are:
Manufacturers, processors, and packers, do not always
maintain lot-specific information, as required;
Other types of facilities do not maintain lot-specific
information because it is not required;
Retailers receive products not labeled with lot-specific
information; and
Products are mixed from a large number of farms.
V. Issues and Questions for Discussion for FDA
FDA welcomes public comments and/or data on the following issues
related to product tracing systems.
A. Core Information Elements of a Product Tracing System
1. Lot Code or Number (or Other Identifier of the Food)
a. Assigning a lot or code number (or other identifier of the
food). As discussed in section IV.E of this document, the traceback
investigation for a 2006 multi-State outbreak of illnesses associated
with the consumption of fresh spinach contaminated with E. coli O157:H7
was greatly facilitated by the information on the label of a package of
implicated spinach and on the package itself, including a product code.
As also discussed in section IV.G of this document, the HHS OIG has
found that the lack of a lot or code number (or other identifier)
(either because such a number or code was not assigned, or because a
facility either did not assign, or keep a record of, such a number or
code) made it difficult to trace food throughout the supply chain.
Question 1a. Should a lot or code number (or other identifier of
the food) be assigned to food? If so, at what stage or stages in the
supply chain should it be assigned or modified? For example, should a
lot or code number (or other identifier of the food) be assigned for
all finished food products, whether sold in packaged or unpackaged
form? Should a lot or code number (or other identifier of the food) be
assigned whenever food is manipulated (such as when fresh produce is
commingled, packed, or repacked)?
Question 1b. What data or information would be useful to include in
a lot or code number (or other identifier of the food)?
Question 1c. What (if any) procedures should be used to establish a
lot or code number (or other identifier of the food)? Should any such
procedures address the size of a lot or the time frame for production
of a lot (e.g., 21 CFR 113.60(c) provides that codes may be changed on
the basis of one of the following: Intervals of 4 to 5 hours; personnel
shift changes; or batches, as long as the containers that constitute
the batch do not extend over a period of more than one personnel
shift)?
b. Location of a lot code or number (or other identifier of the
food).
Question 1d. Should the location of a lot or code number (or other
identifier of the food) depend on the type of food, other factors, or
both?
Question 1e. Should a lot or code number (or other identifier of
the food) be located:
On the label (or container or package) of a packaged food?
On the shipping container of packaged food, unpackaged
food, or both?
In internal records (such as receiving records, batch
production records, inventory records, and distribution lists)?
In external records accompanying commercial transactions
(such as a bill of lading, airway bill, invoice, manifest, shipping
record, or packing list)?
Question 1f. What ways might the lot or code number (or other
identifier of the food) be linked to internal and external records
associated with the food?
2. Information Elements Not Already Required in 21 CFR Part 1, Subpart
J
Records accompanying commercial transactions or documenting
delivery or receipt of a product in commerce (such as a bill of lading,
airway bill, invoice, shipping/receiving record, and packing list)
contain product tracing information. For example, such records identify
who is sending a product forward in the supply chain, who is receiving
the product, what the product is, and how much of the product there
is.\7\ In some cases, such records also identify the lot or code number
(or other identifier of the food). Many of these records have their own
identifier, e.g., an invoice number, airway bill number, or a bill of
lading number. It may be efficient to associate product tracing
information with a ``shipment identifier,'' such as an invoice number,
airway bill number, bill of lading, or some other identifier
established by the shipper. For example, a firm that is sending product
forward in the supply chain may retain some information (such as a lot
or code number or other identifier of the food) in an internal
inventory record and other information (such as the immediate
subsequent recipient of the product) in shipping and distribution
records. Including the shipment identifier in all of these records may
help to link the records, particularly when records are in electronic
form and can be searched using electronic means.
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\7\ Note that Sec. 1.352(a), (b), and (c) provide three
options, each using slightly different terminology, for transporters
to satisfy the recordkeeping requirements. For the purpose of the
discussion here, FDA uses generic terms associated with the
information element rather than the specific terms used in Sec.
1.352(a), (b), and/or (c).
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Question 2a. Should a shipment identifier be considered an
information element of an enhanced product tracing system? If so, are
there any business practices (e.g. the way shipments are currently
identified) that would be impacted?
Question 2b. Should any other information not already required by
Sec. Sec. 1.337 and 1.345 be considered an information element of an
enhanced product tracing system?
3. Information Elements on the Package of a Packaged Food and/or on the
Shipping Case
Question 3a. Should product tracing information not currently
required to be on the package of a packaged food or on
[[Page 56852]]
a shipping case be present on the package or shipping case?
Question 3b. If so, what additional product tracing information
should be present on the package or shipping case?
Question 3c. If so, at what stage or stages in the supply chain
should such information be included?
Question 3d. If so, should such information be present for all
food, or only some food?
4. Information Elements Transmitted Beyond ``One Up/One Down''
Question 4a. Should some information about fresh produce (such as
information identifying the name and physical location of any farm,
packer or repacker that provided, processed, or packed fresh produce)
be sent forward farther in the supply chain than ``one down''? If so,
how far in the supply chain should such information go? For example,
should such information be transmitted as far as the retail
establishment that sells the fresh produce to consumers, or as far as
the last person in the supply chain before the retail establishment?
Question 4b. Should some information about packaged food\8\ (such
as information identifying the manufacturer of a processed food) be
sent forward farther in the supply chain than ``one down''? If so, how
far in the supply chain should such information go? For example, should
such information be transmitted as far as the retail establishment that
sells the food to consumers, or as far as the last person in the supply
chain before the retail establishment?
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\8\ Note that packaged produce is within the scope of both
Question 4a and Question 4b.
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5. Standardized Information Elements
The lack of standardization in the information in current product
tracing systems can delay traceback investigations and traceforward
operations largely due to the need to interpret and clarify information
elements between varying product tracing systems and the lack of
systems to link information elements.
Question 5a. What (if any) information elements in an enhanced
product tracing system should be standardized? Are there specific
information elements (such as a shipment identifier and a lot or code
number (or other identifier of the food)) that are particularly
amenable to standardization? Would such standardization be specific to
a specific industry sector or type of food (e.g., fresh produce, frozen
seafood, milk, baked goods, breakfast cereal) or could it apply across
industry sectors or types of food?
Question 5b. What standards already exist and how useful are they
for product tracing?
Question 5c. If standards can and should be used for certain
information elements in an enhanced product tracing system, should FDA
develop the standards?
Question 5d. Would current or newly developed standards for the
content and format of electronic systems have practical utility for
persons who continue to use paper-based records? For example, could
human-readable data that supports standardized electronic data be
useful to persons who continue to use paper-based records?