IEH Academy

Managing Bacterial Resistance to Commercial Sanitizers in Food Facilities

Course details

Self-Paced eLearning

99.00

45 minutes

Dr. Suf Alkhaldi

Sanitizers are critical for controlling pathogens. Yet misuse and environmental pressures can allow bacteria to adapt, leading to resistance, persistent contamination, and costly outbreaks.

This course examines the drivers of sanitizer resistance, with a particular focus on Listeria. It also explains how resistance to commercial sanitizers occurs among other microorganisms, such as Salmonella, E. coli, and Staphylococcus. Participants will learn what drives sanitizer resistance, how it affects food safety, and practical strategies to keep sanitation programs effective, helping protect products, facilities, and public health.

Benefits and Learning Objectives

  • Understand how improper use of commercial sanitizers contributes to bacterial resistance in food production.
  • Recognize the contributing factors commonly associated with sanitizer resistance.
    • Microbial level
    • Environmental level
    • Procedural level
  • Analyze the mechanisms by which resistance develops and spreads
  • Examine the relationship between sanitizer resistance and antibiotic co-resistance
  • Apply practical strategies to minimize resistance and maintain sanitation efficacy
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Topics Covered:

  • Foundation & Regulations
    • Current Good Manufacturing Practice (cGMP)
    • Preventive Controls
    • Validation
    • Data integrity
  • Practical QC & SPC
    • Sampling
    • Testing
    • Statistical Process Control (SPC)
    • Out-of-Specification (OOS) / Corrective Action and Preventive Action (CAPA)
  • Lifecycle & Collaboration
    • Shell life
    • Lot release
    • QA-QC synergy

Who Should Attend?

  • Food safety and sanitation managers
  • QA and QC personnel in food production facilities
  • Regulatory professionals and food safety auditors
  • Chemical manufacturers, formulators, and R&D teams
  • Operations and compliance teams responsible for sanitation oversight

Registration and Payment

To register for this course, please visit our training portal.

Dr. Suf Alkhaldi

Meet the Instructor

Dr. Suf Alkhaldi

Dr. Suf Alkhaldi joined IEH as the Senior Vice President of Technical Services in 2023. He earned his M.S. and Ph.D. in Microbiology and Cell Molecular Biology from Oklahoma State University. He also conducted a postdoctoral study in Rumen Microbiology in Animal and Dairy Science at the University of Georgia and served as the manager of the DNA Microarray Lab at Yerkes National Primate Research Center at Emory University.

Before joining IEH, Dr. Alkhaldi spent over two decades at FDA which has been characterized by his exceptional contributions to innovation and regulatory excellence. He began as a researcher and food outbreak investigator at the Center for Food and Applied Nutrition (CFSAN), focusing on developing cutting-edge methods for identifying pathogenic bacteria in food using molecular techniques. With over 29 peer-reviewed manuscripts, 14 reviewed papers and book chapters, and co-editing “The Bad Bug Book,” he demonstrated a strong commitment to knowledge-sharing and food safety. Dr. Alkhaldi has played an instrumental role in resolving the FDA’s 2008 pepper outbreak investigation.

Throughout his extensive career at FDA, Dr. Alkhaldi held various roles, including Project Manager, Supervisor, and Senior Science Advisor in the Office of the Chief Scientist. He actively participated in influential working groups and the FDA Funded Centers of Excellence, reinforcing his dedication to advancing microbiology and FDA drug policies. Adding to his accomplishments, Dr. Alkhaldi received over 20 FDA awards between 2000 and 2023.

Dr. Alkhaldi was selected to lead the Office of Safety within the Office of Regulatory Affairs (ORA). His exceptional leadership during the COVID-19 pandemic was evident as he led a team of 24 Industrial Hygienists and safety professionals. Their dedication ensured the safety of 5,000 FDA employees and provided support for 16 FDA laboratories, demonstrating his significant impact in fostering a safe and innovative regulatory environment within the FDA and the broader field of food microbiology.