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Research Project: MICROBIAL ECOLOGY AND SAFETY OF FRESH PRODUCE

Location: Environmental Microbial and Food Safety Laboratory

Title: Influence of poultry litter and dairy manure on persistence of non-pathogenic E. coli and E. coli O157:H7 in two geographically distinct mid-Atlantic fields

Authors
item Millner, Patricia
item Sharma, Manan
item Hashem, Fawzy -
item Cotton, Corrie -
item Jones, Kelly -

Submitted to: Meeting Abstract
Publication Type: Abstract Only
Publication Acceptance Date: March 6, 2012
Publication Date: July 22, 2012
Citation: Millner, P.D., Sharma, M., Hashem, F., Cotton, C., Jones, K. 2012. Influence of poultry litter and dairy manure on persistence of non-pathogenic E. coli and E. coli O157:H7 in two geographically distinct mid-Atlantic fields. [abstract].

Technical Abstract: A study was established to investigate how long non-pathogenic E. coli and E. coli O157:H7 persist in an agricultural environment after application of raw manure to fields intended to grow produce. The study is currently being conducted at two geographically distinct sites: Princess Anne, MD (University of Maryland Eastern Shore, UMES), and Beltsville, MD (Beltsville Area Research Center (BARC) , USDA-ARS. Uniform size field plots were laid out (2 m x 1 m) at both sites. At UMES, plots were treated with either UMES poultry litter or dairy manure solids (from the BARC dairy manure solid-liquids separation system). Non-pathogenic E. coli and E. coli O157:H7 were cultivated in UMES poultry manure extract and sprayed onto plots containing manure treatments. At BARC, manure treatments consisted of dairy manure solids applied to organic and conventionally-managed fields, as well as separate plots with UMES poultry litter, dairy manure solids plus liquid, and dairy manure liquid only. At both sites, plots received both a low and high inoculum of several strains of E. coli. Data collection and analysis is ongoing at both sites and also will involve separate plots with spring application of manure and later leafy green cropping. Data collected here will provide valuable information for the Food and Drug Administration rule-making process for produce as part of the Food Safety Modernization Act. This study is being conducted with the Food and Drug Administration’s Office of Produce Safety and the University of Maryland Eastern Shore, Department of Agriculture, Food and Resource Sciences. This project continues the collaboration between the USDA ARS BARC and 1890 Land Grant Universities.

   

 
Project Team
Patel, Jitu
Sharma, Manan
Schmidt, Walter
Nou, Xiangwu
Millner, Patricia
Luo, Yaguang - Sunny
 
Publications
   Publications
 
Related National Programs
  Food Safety, (animal and plant products) (108)
 
Related Projects
   GLYCOPROTEIN MICELLES FOR LIVE AGENT COLLECTION AND STABILIZATION
   GLYCOPROTEIN MICELLES FOR PATHOGEN COLLECTION AND STABILIZATION
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   MINIMIZING PATHOGEN TRANSFERENCE DURING LETTUCE HARVESTING BY OPTIMIZING THE DESIGN OF THE HARVESTING DEVICE AND OPERATION PRACTICES
   EVALUATING THE IMPACT OF FRESH-CUT PRODUCE WASH OPERATION ON FOOD QUALITY AND SAFETY
   INNOVATIVE TECHNOLOGIES AND PROCESS OPTIMIZATION FOR FOOD SAFETY RISK REDUCTION ASSOCIATED WITH FRESH AND FRESH-CUT LEAFY GREEN VEGETABLES
   IMPROVING THE SAFETY AND POST-HARVEST QUALITY OF FIELD GROWN ORGANIC LEAFY GREENS: ASSESSMENT OF GOOD AGRICULTURAL/PRODUCTION PRACTICES
   PLANT RESPONSES TO FOOD-BORNE BACTERIA AND VIRUSES AND MECHANISMS USED BY PATHOGENS TO SURVIVE
   FOOD SAFETY RISK FOR LEAFY GREENS AND TOMATOES FROM SMALL FARM ENVIRONMENTS EXPOSED TO MANURE DUST, SOIL AMENDMENTS, INSECTS AND CREEK WATER
   OPTIMIZING FRESH-CUT PRODUCT PROCESSING OPERATIONS FOR IMPROVING PRODUCE QUALITY
   DEVELOPMENT AND ANALYSIS OF A PROTOCOL TO ASSESS SURVIVAL OF FECAL ORGANISMS IN AGRICULTURAL SOILS AMENDED WITH RAW MANURE
   DEVELOPMENT OF ULTRASONIC PROCESSES TO IMPROVE PATHOGEN INACTIVATION
   A TRANS-DISCIPLINARY APPROACH TO IMPROVING PRODUCE SAFETY
   IMPROVING LEAFY GREEN SAFETY VIA RESEARCH AND EXTENSION
   A TRANS-DISCIPLINARY APPROACH TO IMPROVING PRODUCE SAFETY
   Survival of Fecal Organisms and Indicators in Agricultural Soils Amended with Raw Manure
   PRODUCE SAFETY RESEARCH COLLABORATION WITH NEW LEAF FOOD SAFETY SOLUTIONS
   REDUCING PATHOGEN PRESENCE IN FRESH-CUT PRODUCE
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   FOOD SAFETY CONTROL IMPROVEMENT FOR FRESH PRODUCE IN RETAIL DISPLAY CASES
   DEVELOPING AND VALIDATING PRACTICAL STRATEGIES TO IMPROVE MICROBIAL SAFETY IN COMPOSTING PROCESS CONTROL AND HANDING PRACTICES
   VALIDATION OF TESTING METHODS FOR THE DETECTION AND QUANTIFICATION OF ESCHERICHIA COLI 0157:H7,SALMONELLA SPP."TITLE CONTINUED IN AGREEMENT"
   GLUCOSINOLATES-DERIVED COMPOUNDS AS A GREEN MANURE FOR CONTROLLING ESCHERICHIA COLI O157:H7 AND SALMONELLA IN SOIL
   Role of Bacterial Surface Appendages in Attachment and Internalization of Escherichia coli O157:H7 on Organic Leafy Greens
   Novel Sanitizing Treatment of Fresh Produce to Inactivate Food-Borne Pathogens
   Glucosinolate-derived Compounds as a Green Manure for Controlling Escherichia coli O157:H7 and Salmonella in Soil
 
 
Last Modified: 05/24/2013
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