A Method to Estimate the Burden of Foodborne Illness Angela Lasher CFSAN-FDA

Slides:



Advertisements
Similar presentations
Comparing different treatments How can we decide?.
Advertisements

COCOM Kwaliteit van leven in maat en getal Jan van Busschbach.
A Presentation of the Fairfax County Health Department Food Safety Program Food Service Employee Health Policy.
What Are Some Important Foodborne Pathogens? 1 Cause of Foodborne Illness Infection—Ingested pathogen cells grow in the gastro-intestinal tract Toxin—Pathogen.
1 Current public health problems related to pork Arie Havelaar Brussels, 25 October 2010.
Microbiological ecology
Foodborne diseases and outbreaks1 Foodborne Disease Outbreak Investigation Team Training: Module 1 – Foodborne Diseases and Outbreaks.
2-2 Microorganism Small, living organism Pathogen Disease-causing microorganism Toxin Poison Spoilage Microorganism Microorganism that causes spoilage,
The Microworld Instructor Notes

1 Interactive Introduction cost effectiveness Jan J. v. Busschbach, Ph.D. Psychotherapeutic Centrum ‘De Viersprong’, Halsteren
Food Safety Challenges from Farm to Table
Foodborne Illness Jennifer Kitchen November 12, 2013.
1 Using COI and WTP Methods to Estimate the Societal Costs of Foodborne Illness (The views in this presentation are my own and do not reflect any Tanya.
1 Dyslexia and Cost Effectiveness Prof. dr. Jan van Busschbach De Viersprong Erasmus MC.
APPENDIX. 2 Objective Status: Food Safety FS-1.1 Reduce infections caused by Campylobacter species transmitted commonly through food FS-1.2 Reduce infections.
1 EuroQol EQ-5D Jan J. V. Busschbach, Ph.D Psychotherapeutic Centrum ‘De Viersprong’, Halsteren Department of Medical.
1 EQ-5D, HUI and SF-36 Of the shelf instruments…..
Overview of the EQ-5D Purpose and origins of the descriptive system.
1 The valuation of disease-specific questionnaires for QALY analysis  To rescue data in absence of an utility measure  Growth hormone deficiency in adults.
Is healthcare any good for patients? Measuring health outcomes using EQ-5D Professor Paul Kind Principal Investigator Outcomes Research Group Centre for.
Why use the EQ-5D? What are the alternatives?. What are the alternatives for Direct valuation? Other VAS Time Trade-Off Standard Gamble Willingness to.
Food Safety Introduction and Background. Lesson Objectives After completion of this lesson, occasional quantity cooks will be able to: Recognize the factors.
Food Safety CMG Buttery MD MPH. Why is this a problem? While the food supply in the United States is one of the safest in the world, CDC estimates that.
CMG Buttery MB BS MPH Updated – May  Background: In the United States, contaminated food causes approximately 1,000 reported disease outbreaks.
What Are Some Important Foodborne Pathogens?
USING UNDERREPORTING ESTIMATES TO MOBILIZE THE DEVELOPMENT OF TARGETED, PROACTIVE FOOD SAFETY POLICY Dr. Andrew Papadopoulos Coordinator, Master of Public.
EQ-5D AND QUALITY OF LIFE OF OSTEOPOROSIS AT-RISK PATIENTS IN A SWEDISH OSTEOPOROSIS PATIENT REGISTRY Arun Krishna 1, Dan Mellström 2, Zhiyi Li 3, Chun-Po.
1 Patient values or values from the general public.
Microbial Hazards. Microorganisms are everywhere -- they can be: – Pathogens – cause disease – Spoilers – cause the quality of food to deteriorate – Beneficial.
1 The valuation of disease-specific health states to facilitate economic evaluation E. Kok, E. Stolk, Jan J. v. Busschbach Address: –Jan v. Busschbach.
Food Safety Module C: Lesson 4 Grade 12 Active, Healthy Lifestyles.
Who’s Minding the Store? The Current State of Food Safety And How It can be Improved Seattle, Washington April 11, 2008 Barbara Kowalcyk, M.A. Director.
Using QALYs to Evaluate Chronic Sequelae: The Case of Reactive Arthritis David Zorn
Interactive Introduction cost effectiveness Jan J. v. Busschbach, Ph.D Viersprong Institute for studies on Personality Disorders (VISPD)
FOOD-BORNE DISEASES. 2 Introduction Causes of food-borne diseases/illnesses: 1.Chemical toxins (‘residues’) 2.Biotoxins – endotoxins & exotoxins 3.Infectious.
1 EQ-5D, HUI and SF-36 Of the shelf instruments…..
The experience of Denmark with Summary Measures of Population Health 7 th Meeting of the Task Force on Health Expectancies Luxembourg, 2 December 2008.
Food Pathogens. OVERVIEW Define Food borne Illness Identify common food pathogens that cause food borne illness: BacteriaVirusFungiParasites.
Foodborne Illness Caused by Bacteria
Bacteria and food poisoning
1 Interactive Introduction Cost Effectiveness and Psychotherapy Jan J. v. Busschbach, Ph.D. Psychotherapeutic Centrum ‘De Viersprong’, Halsteren
Hermann P. G. Schneider, Alastair H. MacLennan and David Feeny
ANNETTE SILVIA PhD PUBLIC HEALTH, EPIDEMIOLOGY WALDEN UNIVERSITY PUBH 8165–2 DR. FREDERICK GRANT SUMMER QUARTER, 2013 Introduction to Foodborne Illness.
“Introduction to Patient Preference Methods used for QALYs” Presented by: Jan Busschbach, PhD, Chair Section Medical Psychology and Psychotherapy, Department.
Foodborne and Waterborne Infections
Acute Diarrhoea and Gastroenteritis in Childhood By: Afifah binti Othman Masrina binti Hj. Mhmad Tahar Current Health Problems in Students’ Home Countries.
Cost-Effectiveness of Psychotherapy (for Personality Disorders) Prof. dr. Jan van Busschbach.
1.02 Identify foodborne contaminates
Current State of Foodborne Illness Arthur P. Liang, MD, MPH Director, Food Safety Office National Center for Infectious Diseases Centers for Disease Control.
FoodBorne Illnesses Uncovering their Identity Mrs. Pendley LifeSkills.
(Cost-)Effectiveness of Psychotherapy for Personality Disorders Jan van Busschbach Prof. Dr. J. van Busschbach Department of Medical Psychology and Psychotherapy.
2• The Microworld 2-1.
Microbial Hazards. 23 Microbial Hazards Microorganisms are everywhere -- they can be: –____________– cause disease –____________ – cause the quality of.
Foodborne Illness Review St. Michael CHS. What am I going to Learn? This is a review of the foodborne illnesses You will learn the major food illnesses.
1 Cost-Effectiveness in Medicine An Interactive Introduction  Jan J. v. Busschbach, Ph.D.  Erasmus MC Institute for Medical Psychology and Psychotherapy.
Understanding the Microworld Chapter 2. How Contamination Happens Contaminants come from a variety of places: Animals we use for food Air, contaminated.
Food Safety CMG Buttery MD MPH. Why is this a problem? While the food supply in the United States is one of the safest in the world, CDC estimates that.
1 Lesson 3 What Are Some Important Foodborne Pathogens?
Outbreak Investigation
Kathy Vu Culinary I Block 4
What Are Some Important Foodborne Pathogens?
What Are Some Important Foodborne Pathogens?
Temperature Is an important component in the prevention of bacteria growth Should be regulated during both food storage and food preparation.
Background Information for Workshop on Revision of USDA Economic Research Service Cost of Foodborne Illness Estimates Sandra Hoffmann U.S. Dept. of Agriculture,
Health Effects of Contaminated Drinking Water
Outbreak Investigation
Foodborne Illness and its Impact
Gastro- intestinal diseases
How to Measure Quality of Life
Presentation transcript:

A Method to Estimate the Burden of Foodborne Illness Angela Lasher CFSAN-FDA

Total Burden of Foodborne Illness Health Loss QALDs-QWB and EQ-5D VSL Doctor and hospital costs Visits Medication Lost productivity Work costs Social costs

Calculating QALDS Lost- The Quality of Well Being (QWB) Scale QWB= 1 + Symptoms + Mobility + Physical + Social (Kaplan, et al 1993) Symptom = Sick or upset stomach, vomiting, or loose bowel movements, with or w/o fever, chills, or aching all over Mobility = Did not drive car or use public transportation for health reasons; In hospital as bed patient overnight Physical Activity = In bed, chair, or couch for most or all of day… Social Activity = Limited or did not perform major or other role activities for health reasons, but performed self-care; Did not perform self-care activities or had more help than usual for age

Calculating QALDS Lost- The Kaplan QWB Scale cont. QWB= 1 + Symptoms + Mobility + Physical + Social Severity of IllnessSymptomMobilityPhysicalSocial Well- being QALDs Lost non- hospitalized Hospitalized

Calculating QALDS Lost- The EQ-5D Scale EQ-5D Health Status Classification System Domain Attribute LevelDescription Mobility 1I have no problems walking about 2I have some problems walking about 3I am confined to bed Self-Care 1I have no problems with self-care 2I have some problems washing or dressing myself 3I am unable to wash or dress myself Usual Activities 1I have no problems performing my usual activities 2I have some problems performing my usual activities 3I am unable to perform my usual activities Pain/Discomfort 1I have no pain or discomfort 2I have moderate pain or discomfort 3I have extreme pain or discomfort Anxiety/Depression 1I am not anxious or depressed 2I am moderately anxious or depressed 3I am extremely anxious or depressed

Calculating QALDS Lost- The EQ-5D Scale Cont. For non-hospitalized illness = = 0.689; health lost = For hospitalized illness = = 0.508; health lost = Source: Shaw, et. al 2005 (adapts EuroQol Group estimates (GB) for U.S. population)

Comparing QWB and EQ-5D Severity of IllnessWell-beingQALDs Lost Per Day QWB non-hospitalized Hospitalized EQ-5D non-hospitalized Hospitalized

Values for QALDS and VSL VSL = $5M and $7M (Viscusi and Aldy 2003) Starting QALD Value = 1, Avg. for Pop. = 0.84 (IOM report 2006) QALD value QALY value (Q=V/Y) QALD value (Q/365) $100,000$274 $300,000$822 $500,000$1,370

Physical and Other Costs Doctor Visit = ($0, $78) (Finger 2001) Hospitalization Costs – HCUPnet Data- Healthcare Cost and Utilization Project- AHRQ- Data 2004 Lost work and social time – incorporated into QALD loss

Illnesses Quantified Bacillus cereus Botulism, Foodborne Brucella spp. Campylobacter spp. Clostridium perfringens E. coli (O157:H7/shiga-toxin and enterotoxigenic, other) Listeria monocytogenes Salmonella (typhoidal and non-typhoidal) Shigella spp. Staphylococcus Streptococcus Vibro (cholerae, vulnificus, other) Yersinia enterocolitica Cryptosporidium parvum Cyclospora cayetanensis Giardia lamblia Toxoplasmosis gondii Trichinella spiralis Norovirus Rotavirus Astrovirus Hepatitis A Nitrates Ammonia Pesticides Marine toxins

Lost QALDs due to Campylobacteriosis Days illQALDs Lost per Day Non- hospitalizedrisk uniform(2,10)0.49 Hospitalizedrisk uniform(5,10)0.56 Health Loss from a Typical Case of Campylobacteriosis Case Break QALDs Lost/CaseLowMediumHigh Non- hospitalized99.46%AA*$274A*$822A*$1370 Hospitalized0.54%BB*$274B*$822B*$1370 Weighted QALDs per case99.46%*A*$ %*B*$274

Total Loss of a Typical Case of Campylobacteriosis Severity of Illness Case Breakdown Medical Costs per CaseLowMediumHigh Non- hospitalized99.46% C = risk uniform(0,78)C~ = C + Health Loss costs Hospitalized0.54% D = HCUP data 2004 ($11,275)D~ = D + Health Loss costs Death0.01% weighted cost per case ($5M death) C~*99.46% + D~*0.54% + $5M*0.01% weighted cost per case ($7M death)

Secondary Complications of Campylobacteriosis Health Loss SymptomMobilityPhysicalSocialWellbeingQALDs Lost Guillain- Barre GBS perm disability ReA

Total Loss from Secondary Complications of Campylobacteriosis % acute w/2 nd comp medical costs Dis- utilitydays w/cond total QALDs lostLowMedHigh GBS H = RU(1/1000, 2/1000) HCUP data RU(90,365)E E` = E*$822 + medical costs GBS perm dis I = H*RU(7%, 20%) HCUP data (discounted)FF` ReA J = RU(1%, 4%) HCUP data RU(25,1825)GG` GBS related deathK = H*RU(2%, 8%) Wgted 2ndary QALDs per case0.18%*E %*F + 4%*G weighted 2ndary costs per case $5M death weighted 2ndary costs per case $7M deathE`*H+ F`*I + G`*J + K*$7M

weighted acute + secondary QALDs lost Mean = 7.53 Min, Max = (1.8, 16.9) LowMediumHigh Mean (Min, Max) Mean (Min, Max) Mean (Min, Max) weighted Acute ($5M death) + weighted Secondary $3322 ($1370, $6368) $7450 ($2443, $15575) $11578 ($3441, $24782) weighted Acute ($7M death) + weighted Secondary $3573 ($1546, $6711) $7701 ($2619, $15918) $11829 ($3626, $25125)

Examples of Catalog Usage Illness Burden of an Outbreak: Salmonella Outbreak In July of 2004, the Pennsylvania DOH investigated a Salmonella Javiana outbreak. Illnesses had been reported in 11 counties throughout Pennsylvania. The investigators linked the reported outbreak to Roma tomatoes sold in sandwiches, wraps, and salads. About 330 Pennsylvanians who ate the sandwiches experienced salmonellosis, and the outbreak was believed to have sickened another 80 people in nearby states. 410 people x 7.8 QALDs lost = 3,198 QALDs lost 410 people x $9193 = $3.8 million (med. $5M)

Examples of Catalog Usage cont. FDA proposed a change in 2001 Food Code to reduce the required temperature for cold holding of food in retail and foodservice establishments. FDA proposed to eliminate cold holding food at any refrigerated temperature higher than 41°F. Some retail and foodservice establishments already cold held foods at 41°F, while others held foods at 45°F or higher. The FDA Listeria Risk Assessment showed that cases of listeriosis could be reduced if baseline cold holding temperatures were universally reduced to 45°F; additional reductions in cases of listeriosis occurred if cold holding temperatures were uniformly reduced from 45°F to 41°F (regardless of time food was kept). Reduction in listeriosis QALDs saved per illness avoided $1.1 million saved per illness avoided (med. $5M)