cdc and fsma: implications for state public health ... · dale morse, md, ms aphl annual meeting...
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CDC and FSMA: Implications for
State Public Health Laboratories
Dale Morse, MD, MS
APHL Annual Meeting
Seattle, Washington
May 20, 2012
National Center for Emerging and Zoonotic Infectious Diseases
Division of Foodborne, Waterborne, and Environmental Diseases
Topics Covered
Food Safety Modernization Act
Integrated Food Safety Centers of Excellence
CDC support of State Health Departments
Emerging Emphasis on Metrics
Enacted January
2011
Primarily effects
FDA
Authorization, but
not appropriation
4 provisions
directed at CDC
Multiple other
provisions for
which CDC has a
role
Main Themes of the Legislation
Informed by strong evidence base
The Food Safety Modernization Act
(FSMA)
“The act requires CDC to
strengthen the capacity of
state and local health
departments to respond
to foodborne outbreaks
and improve the
coordination and
integration of surveillance
systems and laboratory
networks.”
-Thomas R. Frieden, MD, MPH, Director, CDC
The Food Safety Modernization Act: CDC’s task
CDC FSMA
Lead Activities
CDC FSMA
Supporting activities
(FDA lead)
205(b)1 Surveillance Systems
205(b)2; 210, 399V-5:
Working Group Development
210: Centers of Excellence
112(b): Food Allergies
At a Glance: CDC and FSMA
103: Processing Sector Study
104: Performance Standards, Contaminants
105(a): Produce Safety Regulation
110(a): Report on Domestic Capacity
110 (g): Food Safety Research Plan
202(b): FERN Report (DPEI)
203: ICLN (DPEI)
204(d)(2): High Risk Foods
205(c)(1): Enhance S&L Capacity
205(c)(2): Review S&L Capacity
CDC FSMA Enhanced Surveillance Responsibilities
Coordinating and integrating Federal, State and
local foodborne illness surveillance systems
Increasing participation in national networks
Facilitating timely sharing of information
Developing improved epi and lab tools
Improving attribution of illness to specific foods
CDC’s Foodborne Disease Surveillance Systems:
‘Challenges’
Surveillance systems are underfunded, understaffed,
often backlogged and suffer incomplete participation
Critical partners at state and local health departments
are on life support
Between 2008-2011
• 52,000 job losses
FSMA came with no appropriation
Progress on Creating FSMA Working Group(s)
Combined working groups on surveillance and
Centers of Excellence
Established under the CDC Board of Scientific
Counselors (BSC) FACA
Members were named by July 1
Members include representatives from
Federal, state, and local government
Academia
Industry
Consumers
Meetings held Nov 7-8, 2011 & Apr 24-25, 2012
BSC presentations on Nov 9, 2011 May 2, 2012
FSMA Integrated Food Safety Centers of Excellence Background
Public/private/academic partnerships
• State Health Department lead
• Partnership with 1 or more academic institution
Specified activities are related to surveillance*
• Training
• Education
• Program evaluation/research
Existing networks can serve as building blocks*
• FoodNet PulseNet EHS-Net
• FoodCORE FDA RRTs etc.
*Examples are not limited to these activities
FSMA Integrated Food Safety Centers of Excellence Status Update
Nov 2011 BSC FSMA WG recommended
criteria
Feb 2012 FOA developed
May 17, 2012 CoE FOA posted
July 17, 2012 Applications due
Sept 2012 CoEs designated
FY 13 CoEs funded dependent on the
availability of funds
Bridging the Gap: CDC funded State programs supporting Food Safety and FSMA*
EIP FoodNet 10 states ~$5 M
ELC programs all states ~$9-10 M
PulseNet ~4 M
OutbreakNet ~3 M
CaliciNet ~$350 K
NARMS ~$200 K
FoodCORE 7 states ~$2 M
NCEH EHS-Net 6 states ~$1 M
ACA Food Activities ~$3.5 M
Partners (ASTHO, CSTE, APHL, NACCHO, NEHA) &
affiliated programs (CIFOR, Epi Ready, etc.) ~$.5 M
PHEP, OSTLTS and OSELS capacity building funding
that can be applied to food activities
*Approximate current annual value
Increasing importance of Foodborne Illness Performance Measures (Metrics)
FoodNet has metrics
FoodCORE has metrics
CIFOR has metrics – chapter 8
ELC has been adding metrics
For PulseNet
For OutbreakNet
For CaliciNet
For NARMS
PHEP and OSTLTS have PFGE metrics
Examples of FoodNet Lab Metrics
Isolates received from clinical labs >85-95%
Salmonella, E. coli O157:H7, listeria, vibrio
Isolates with serotype >95%
Salmonella, shigella, vibrio, yersinia
NARMS isolates received at CDC 5%
Salmonella, E.coli O157:H7, shigella
PulseNet patterns submitted to CDC 100%
E. coli O157:H7, Salmonella typhi, Listeria
Foodborne Disease Reporting EIP vs Non-EIP Counties, NYS, 2007
Lab Data EIP non-EIP
Isolates received by state lab 98% 82%
Salmonella cases serotyped 99% 84%
STEC E. coli cases typed 99% 75%
Lab Timeliness
Specimen collection to confirmation 5 days 6 days
Confirmation to epi report – median 2 days 9 days
Time from lab to epi report – mean 5 days 17 days
FoodCORE Sites, 2012
The seven fully funded sites cover about 13% of the U.S. population, or 41 million
individuals.
Including all sites, 16% of the population, or more than 50 million individuals are covered.
All estimates are from quickfacts.census.gov, 2010. Some sites are not covered by FoodCORE at 100% of their population.
NC
TN
UT
WI
SC
OH
NYC
CT
Fully funded
Partially funded
FoodCORE Goals
Build capacity for laboratory surveillance,
epidemiologic response, and environmental health
assessment
Develop collaborative surveillance and response
programs
Conduct rapid, coordinated, standardized
investigations
Develop measurable performance indicators
FoodCORE Resources in Action
Better, faster investigations
Solved outbreaks utilizing additional resources
More complete investigations led to rapid recall action
Trainings
Multidisciplinary
Development of public health workforce
New tools and technologies
Pilot test data sharing platforms with CDC
Develop routine data analyses
Develop data submission procedures
FoodCORE Summary
Develop best practices and replicable models for
Detection
Investigation
Response
Control
Lab, epi, and environmental health components
Capacity for routine and surge capacity needs
Standing systems for rapid, coordinated response on all fronts
Shorten the time it takes to identify a source of infection and
pinpoint how and why contamination occurred, to
limit additional illnesses and help prevent future outbreaks
Year One Metrics Summary
Critical means to evaluate workload, identify gaps,
and document successes
Lab activities
Received over 9,000 Salmonella, STEC, and Listeria (SSL)
isolates
Many sites serotyping and PFGE subtyping 100% of isolates
Improved timeliness for serotype and PFGE completion
Epi investigations
Notified of nearly 8,000 SSL cases
Identified over 500 clusters
Increased proportion of cases with attempted interview
Improved timeliness and completeness of interviews
Performance Indicators Guidelines Chapter 8
• To evaluate performance of foodborne
disease surveillance and control
• Cover overall foodborne disease program
objectives and program evaluation
• Example: ‒ Indicator: Foodborne pathogens submitted to PHL
‒ Process metric: % of cases with serotyping date
was available
ELC PulseNet Metrics
Total # of isolates received
Total # of isolates run by PFGE
Total # of isolates run with primary enzyme
Total # of isolates run with secondary enzyme
Total # of isolates run using next generation
methods
Isolates = STEC, listeria, salmonella, shigella,
campylobacter, vibrio cholerae and parahaemolyticus
‘What Gets Measured Gets Done’
A Tale of Two Metrics … separated by a common language
For 2011, both the Office for State, Tribal, Local and
Territorial Support (OSTLTS) and the Office of Public
Health Preparedness and Response (OPHPR)
programs ranked states on % of E. coli O157 isolates
submitted to the PulseNet data base within 4 working
days
OSTLTS used existing PFGE testing data reported by
states into the PulseNet national data base between
Oct 1 2009 and Sept 30 2011
OPHPR used self reported state lab survey data on
testing between August 10, 2009 and August 9 2011
Comparison between OSTLTS and OPHPR results on E. coli O157 PFGEs submitted to
PulseNet within 4 days by state
OSTLTS OPHPR
% submitted within 4 days 62% 90%
Correlation coefficient = 0.21
Differences were due to use of different definitions
and audits
For the coming year the metrics are being combined
and improved via mechanisms described next
New PulseNet Measures
for ELC and PHEP
Input by PulseNet Labs
(designed for minimal effort)
Downloaded from national
database
Real-time calculated
measures (using both
grantee inputs and
database downloads)
Old measure: only applies to those
isolates that were tested and
uploaded with a valid receive date
New measures: uses denominator
data to understand impact on
surveillance
New measure: Quality data needed
to interpret turn-around-time
‘What gets measured gets done’
Chinese Symbol for Crisis
Danger (top) + Opportunity (bottom)
Summary
FSMA directs CDC and its partners to enhance the
surveillance of foodborne illness
Metrics are needed to measure performance in
improving surveillance
Good metrics = $$$$
Bad metrics…….well, not so good
http://harajukumatt.deviantart.com/art/We-Are-Not-Alone-146898693
And now that you have your involuntary FSMA upgrade, I and
CDC are not alone either
http://www.phonemag.com/verizon-drops-most-existing-smartphones-to-99-or-less-089999.php
Where do we go from here?
How can we optimize food safety funding to build
state capacity?
If FSMA funding materializes….
Do we fund all states a little or a few a lot?
• Block grant versus Cancer registry model?
• Piecemeal versus FoodCORE like model?
What is the role of metrics?
• Which ones make the most sense?
For more information please contact Centers for Disease Control and
Prevention 1600 Clifton Road NE, Atlanta, GA 30333
Telephone, 1-800-CDC-INFO (232-4636)/TTY: 1-888-232-6348
E-mail: [email protected] Web: www.cdc.gov
The findings and conclusions in this report are those of the authors and do not necessarily represent the official
position of the Centers for Disease Control and Prevention.
Questions?
http://www.telegraph.co.uk/news/picturegalleries/howaboutthat
CDC Food Safety Site:
http://www.cdc.gov/foodsafety/
Division of Foodborne, Waterborne, and Environmental Diseases
National Center for Emerging and Zoonotic Infectious Diseases