BIOFILMS IN FOOD PROCESSING ENVIRONMENTS
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TABLE OF CONTENTS
Abstract
SECTION ONE
Introduction
SECTION TWO
2.0 BIOFILM AND DEVELOPMENT STEPS.
2.1 Initail Attachment
2.2 Irreversible Attachment
2.3 Early Development of Biofilm Architecture (Microcolony Formation)
2.4 Maturation
2.5 Dispersion
SECTION THREE
3.0 BIOFILM FORMATION
3.1 Biofilm Forming Strength
3.2. Food contact surface materials for biofilm formation
SECTION FOUR
4.0 BIOFILM: PROBLEMS IN FOOD INDUSTRY
4.1 Produce Industry
4.2 Dairy Produce
4.3 Fish Processing Industry
4.4 Poultry industry
4.5 Meat industry
4.6 Read-to-eat (RTE).
SECTION FIVE
5.0 BIOFILM CONTROL STRATEGIES
5.1 Cleaning and Disinfection
5.2 Clean-in-Place (CIP)
5.3 Chemical-based control
5.3.1 Sodium hypochlorite
5.3.2 Hydrogen Peroxide (H202)
5.3.3. Ozone
5.3.4 Peracetic acid
5.4 Other approaches of biofilm control
5.4.1 Ultra sonication
5.4.2 Enzymes
5.4.3 Phages
5.5 Hurdle technology
Conclusion
References
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APA
MOUAU/P.G/M.Sc/14/3918, C. R., & NWOFIA (2020). BIOFILMS IN FOOD PROCESSING ENVIRONMENTS. Michael Okpara University of Agriculture. Retrieved June 6, 2026, from http://repository.mouau.edu.ng/works/biofilms-in-food-processing-environments
MLA
MOUAU/P.G/M.Sc/14/3918, CHINAZOR ROSELINE, and NWOFIA. "BIOFILMS IN FOOD PROCESSING ENVIRONMENTS." Michael Okpara University of Agriculture, 25 Mar. 2020, http://repository.mouau.edu.ng/works/biofilms-in-food-processing-environments. Accessed June 6, 2026.
Chicago
MOUAU/P.G/M.Sc/14/3918, CHINAZOR ROSELINE, and NWOFIA. "BIOFILMS IN FOOD PROCESSING ENVIRONMENTS." Michael Okpara University of Agriculture (2020). Accessed June 6, 2026. http://repository.mouau.edu.ng/works/biofilms-in-food-processing-environments