Food Safety Net Services slide presentation at the Food Safety Modernization Act (FSMA) Quality Leadership Network event held at the Food and Drug Administration (FDA) in Los Angeles
This document discusses food safety and testing. It begins by defining food and categories of food poisoning such as natural, chemical, bacterial and viral. It then discusses important pillars of the national food control system such as legislation, inspection, testing and enforcement. Major sections cover food safety issues, categories of foodborne illness, compliance, risks in hotels/restaurants, and analysis techniques for chemicals, microbiological contaminants, residues and nutrition in various food products. A wide range of tests are described to ensure safety of foods like milk, cereals, oils and water according to regulatory standards.
Edward Food Analysis and Research Centre Ltd., owes its origins and growth to the need for ethical, independent,
specialized and informed TIC which truly upholds the maxim: “Consumer is the King” in letter and in
spirit. As such, cutting corners is not our speciality.
We specialize in providing best in class client services enveloping the entire Food Testing and Analytics landscape.
EFRACs Laboratory, pristinely located amidst primal surroundings, is architecturally compliant with
National and International Regulations and is accredited by NABL as per ISO / IEC 17025:2017 & recognized/
approved by leading National & International Standardization agencies such as Bureau of Indian Standards
(BIS), Export Inspection Council India (EIC), Agricultural and Processed Food Products Export Development
Authority (APEDA), AGMARK, GAFTA, SGF and FSSAI, for Food Testing and Analytics.
Introduction to HACCP, Its Principles and EstablishmentUnni Sreenivas
This presentation deals with the introduction of HACCP, when it was intially started and how. It showcases the goal of HACCP, the history of HACCP. This slides mainly concentrates on the seven principles of HACCP which are clearly explained
Current Good Manufacturing Practices in Food IndustryPECB
Good manufacturing practice (GMP) is a system for ensuring that products are consistently produced and controlled according to the quality standards. There are many risks: unexpected contamination of products, causing damage to health or even death; incorrect labels on container, etc. This webinar will guide you through all of the requirements, steps you need to take going from concepts to implementation of appropriate measures.
Main points covered:
• Current good manufacturing practice (CGMP) requirements
• A Quality Management System for medical devices Required By FDA (Food & Drug Association) USA
• From Concepts to implementation
Presenter:
This webinar was presented by PECB Certified Trainer, who is also a senior consultant, trainer and coach in Occupational Health and Safety, Mr. Raza Shah.
Link of the recorded session published on YouTube: https://youtu.be/9ZTtnAQn3HQ
This document outlines good practices for food safety management. It discusses that foodborne diseases are a major public health problem, killing over 2 million people annually. It also introduces codes of good practice that establish principles for safe food production, and Good Manufacturing Practices (GMP) programs that demonstrate a framework for managing food safety. Effective GMP requires management commitment to implement food safety standards through training, audits, and resource allocation. Overall, the document provides an introduction to establishing food safety management systems based on international food safety guidelines.
This document discusses Good Manufacturing Practices (GMPs) in food processing. It covers several key areas:
1. The introduction outlines the development of GMPs due to commercial and legislative pressures to ensure quality and safety.
2. Buildings and facilities are important to prevent contamination and must be properly designed, constructed, and maintained. This includes considerations for grounds, plant construction, sanitary operations, and sanitary facilities.
3. Microbiological, chemical, and physical hazards are addressed through controls like hygienic practices, effective cleaning and sanitation procedures, environmental monitoring, supplier controls, and recall systems.
Food safety standards and certificationsNaim Khalid
This document provides information on various food safety standards and certifications. It discusses the differences between food safety and safe food. It also explains the Global Food Safety Initiative (GFSI) which aims to ensure safe food through continuous improvement in food safety management systems. Several certification programs are described, including Safe Quality Food (SQF), British Retail Consortium (BRC), International Food Safety (IFS), ISO 22000, Hazard Analysis and Critical Control Points (HACCP), and Global GAP. The benefits of these certifications for food producers are to assure customers of safe food and access to major retailers through demonstrating strong food safety practices.
The document outlines the prerequisite programs that must be developed and implemented by companies prior to establishing their HACCP plans. There are seven prerequisite programs that address food safety from receiving to shipping: (1) Premises, (2) Transportation/Purchasing/Receiving/Storage, (3) Equipment, (4) Personnel, (5) Sanitation and Pest Control, (6) Recall, and (7) Operational Prerequisite Programs. Each program contains elements, sub-elements, and requirements to control food safety hazards in the work environment and operational practices. The prerequisite programs must be documented, updated when changes are made, and reassessed at least annually.
This document discusses food safety and testing. It begins by defining food and categories of food poisoning such as natural, chemical, bacterial and viral. It then discusses important pillars of the national food control system such as legislation, inspection, testing and enforcement. Major sections cover food safety issues, categories of foodborne illness, compliance, risks in hotels/restaurants, and analysis techniques for chemicals, microbiological contaminants, residues and nutrition in various food products. A wide range of tests are described to ensure safety of foods like milk, cereals, oils and water according to regulatory standards.
Edward Food Analysis and Research Centre Ltd., owes its origins and growth to the need for ethical, independent,
specialized and informed TIC which truly upholds the maxim: “Consumer is the King” in letter and in
spirit. As such, cutting corners is not our speciality.
We specialize in providing best in class client services enveloping the entire Food Testing and Analytics landscape.
EFRACs Laboratory, pristinely located amidst primal surroundings, is architecturally compliant with
National and International Regulations and is accredited by NABL as per ISO / IEC 17025:2017 & recognized/
approved by leading National & International Standardization agencies such as Bureau of Indian Standards
(BIS), Export Inspection Council India (EIC), Agricultural and Processed Food Products Export Development
Authority (APEDA), AGMARK, GAFTA, SGF and FSSAI, for Food Testing and Analytics.
Introduction to HACCP, Its Principles and EstablishmentUnni Sreenivas
This presentation deals with the introduction of HACCP, when it was intially started and how. It showcases the goal of HACCP, the history of HACCP. This slides mainly concentrates on the seven principles of HACCP which are clearly explained
Current Good Manufacturing Practices in Food IndustryPECB
Good manufacturing practice (GMP) is a system for ensuring that products are consistently produced and controlled according to the quality standards. There are many risks: unexpected contamination of products, causing damage to health or even death; incorrect labels on container, etc. This webinar will guide you through all of the requirements, steps you need to take going from concepts to implementation of appropriate measures.
Main points covered:
• Current good manufacturing practice (CGMP) requirements
• A Quality Management System for medical devices Required By FDA (Food & Drug Association) USA
• From Concepts to implementation
Presenter:
This webinar was presented by PECB Certified Trainer, who is also a senior consultant, trainer and coach in Occupational Health and Safety, Mr. Raza Shah.
Link of the recorded session published on YouTube: https://youtu.be/9ZTtnAQn3HQ
This document outlines good practices for food safety management. It discusses that foodborne diseases are a major public health problem, killing over 2 million people annually. It also introduces codes of good practice that establish principles for safe food production, and Good Manufacturing Practices (GMP) programs that demonstrate a framework for managing food safety. Effective GMP requires management commitment to implement food safety standards through training, audits, and resource allocation. Overall, the document provides an introduction to establishing food safety management systems based on international food safety guidelines.
This document discusses Good Manufacturing Practices (GMPs) in food processing. It covers several key areas:
1. The introduction outlines the development of GMPs due to commercial and legislative pressures to ensure quality and safety.
2. Buildings and facilities are important to prevent contamination and must be properly designed, constructed, and maintained. This includes considerations for grounds, plant construction, sanitary operations, and sanitary facilities.
3. Microbiological, chemical, and physical hazards are addressed through controls like hygienic practices, effective cleaning and sanitation procedures, environmental monitoring, supplier controls, and recall systems.
Food safety standards and certificationsNaim Khalid
This document provides information on various food safety standards and certifications. It discusses the differences between food safety and safe food. It also explains the Global Food Safety Initiative (GFSI) which aims to ensure safe food through continuous improvement in food safety management systems. Several certification programs are described, including Safe Quality Food (SQF), British Retail Consortium (BRC), International Food Safety (IFS), ISO 22000, Hazard Analysis and Critical Control Points (HACCP), and Global GAP. The benefits of these certifications for food producers are to assure customers of safe food and access to major retailers through demonstrating strong food safety practices.
The document outlines the prerequisite programs that must be developed and implemented by companies prior to establishing their HACCP plans. There are seven prerequisite programs that address food safety from receiving to shipping: (1) Premises, (2) Transportation/Purchasing/Receiving/Storage, (3) Equipment, (4) Personnel, (5) Sanitation and Pest Control, (6) Recall, and (7) Operational Prerequisite Programs. Each program contains elements, sub-elements, and requirements to control food safety hazards in the work environment and operational practices. The prerequisite programs must be documented, updated when changes are made, and reassessed at least annually.
GMP and GHP provide systems to ensure proper design, monitoring and control of manufacturing processes and facilities when preparing food for human consumption. GMP principles include employee training, environmental monitoring, sanitation practices and allergen management. Key aspects of GMP in the food industry are personnel control, plant and grounds maintenance, sanitary operations, equipment and processes. Establishing GMP in the milk industry involves evaluating processing, raw materials, heat treatment, product standardization and transport. This improves quality, meets consumer needs, decreases losses and reduces environmental impact. GHP covers primary production, establishment design and maintenance, operations, transportation and consumer awareness to ensure food is safe and suitable at all stages of production.
Presented by Hung-Nguyen Viet at the 4th International One Health Congress and 6th Biennial Congress of the International Association for Ecology and Health (One Health EcoHealth 2016), Melbourne, Australia, 3–7 December 2016.
This document discusses quality control and food safety. It begins by defining food safety as handling, preparing, and storing food to prevent foodborne illness. It then lists several ways to achieve food safety, such as cleaning surfaces and maintaining hygiene. The document goes on to define quality control as maintaining standards in manufactured products. It discusses three key principles of quality control in the food industry: raw material control, process control using systems like HACCP, and finished product inspection using various tests. Finally, it provides an overview of total quality management, outlining its focus on customer satisfaction and eight key principles.
This document discusses food safety and quality. Food safety involves preventing risks that could directly or indirectly affect consumers, such as physical, biological, chemical and radiation hazards, commercial fraud, allergens, and pests. Food quality aims to ensure food has the required acceptable characteristics to consumers, including meeting both external specifications like color, size and odor, and internal specifications such as weight, taste, flavor, and nutrition value.
The document discusses Hazard Analysis and Critical Control Points (HACCP), a tool used to prevent food safety hazards. It outlines the seven principles of HACCP, including conducting a hazard analysis, determining critical control points, establishing critical limits, monitoring procedures, corrective actions, record keeping, and verification. The principles aim to anticipate where food safety problems could occur during food processing and production steps like purchase, delivery, storage, preparation, cooking, holding, and service, and establish controls to prevent issues.
This document discusses food quality assurance and certification systems in Malaysia. It begins with an introduction about foodborne illnesses and their causes. It then discusses issues with food quality assurance, including a lack of standards enforcement in some exporting countries and internationalization of food supply chains. The functions of quality assurance are described as maintaining standards, quality control, and producing accurate information. Several certification schemes in Malaysia are outlined, including HACCP, MeSTI Good Manufacturing Practices. The benefits, requirements, and processes for obtaining these certifications are summarized. Finally, the "Bersih, Selamat dan Sihat" certification for food premises is introduced.
Hazard analysis critical control point (haccp)Allwyn Vyas. G
Hazard analysis and critical control points or HACCP is a systematic preventive approach to food safety from biological, chemical, and physical hazards in production processes that can cause the finished product to be unsafe, and designs measurements to reduce these risks to a safe level.
This document provides an overview of Hazard Analysis and Critical Control Point (HACCP) programs. It discusses the history and development of HACCP from the 1960s to its current use in various sectors of the food industry. The key aspects of HACCP covered are the 7 principles, with an emphasis on monitoring critical control points using time/temperature devices and separation methods, and maintaining thorough record keeping of monitoring data.
PRP are steps or procedures including GMP & SSOP that control conditions within a food establishment to promote safe food production. They establish basic hygienic requirements including facility location and construction, equipment cleaning, utilities like water and air, cleaning and sanitation programs, personal hygiene facilities, and more. Requirements include proper drainage, separation of raw and processed areas, smooth cleanable surfaces, pest control, and documented cleaning procedures.
Hazard Analysis Critical Control Point (HACCP) is a systematic approach to identify, evaluate, and control food safety hazards. It has 7 principles including conducting a hazard analysis, determining critical control points, establishing critical limits, monitoring procedures, and establishing corrective actions. HACCP aims to ensure food is safe for consumption by increasing awareness of food handling techniques and understanding how to take corrective action. It was originally developed by NASA to prevent astronauts from getting food poisoning and produce 100% safe food. Proper training and commitment to food safety standards among all food handlers is required for effective HACCP implementation.
in this presentation, an overview of GMPs and SSOPs was provided. In addition, HACCP seven principles and benefits of application were simply described.
The document discusses the British Retail Consortium (BRC) Global Standards, which establish requirements for food safety, packaging, storage, distribution, and other areas. It outlines the seven standards for food safety, packaging, storage and distribution, agents and brokers, consumer products, and retail. The standards focus on management commitment, hazard analysis, quality management systems, and other areas. Achieving BRC certification provides benefits like global recognition, high-quality auditors, customer confidence, and brand recognition.
The document outlines the key concepts and steps of Hazard Analysis and Critical Control Points (HACCP), a systematic preventative approach to food safety. It discusses hazards like biological, chemical and physical contaminants that can cause foodborne illness. The 7 steps of HACCP are described, including identifying hazards and critical control points in food production processes. Monitoring procedures, corrective actions, and record keeping are important aspects of ensuring food safety through the HACCP system. The overall goal of HACCP is to anticipate and prevent risks of food contamination before they occur.
SIGMA TEST & RESEARCH CENTRE is fully conscious of its role in quality control and quality assessment and therefore has created facilities as per international standards meeting requirements of ILAC, ASTM, ISO, USP, BP, Drug Control Authority of India, BIS & NABL. We are continually expanding our capability to cover increasingly broad range of standards.
The document provides background information on HACCP (Hazard Analysis and Critical Control Points) and guidelines for its application. It describes how HACCP was developed in the 1960s to ensure food safety for NASA's space program. The document defines key HACCP terms and outlines the 7 principles of HACCP for identifying hazards and establishing control systems. It also discusses prerequisites, performing a hazard analysis to identify critical control points, establishing monitoring and corrective actions, and documentation requirements. The goal of HACCP is to prevent food safety hazards through implementation of control measures at critical steps.
The document discusses shelf life of food and factors that affect it. Shelf life is the time a food product remains safe, sensory qualities, and nutritional value when stored under recommended conditions. It begins after processing and packaging. Shelf life is affected by intrinsic food factors like pH and extrinsic storage factors like temperature. Shelf life is indicated using use by and best before dates. Methods to determine shelf life include accelerated and real time testing. Sensory, physico-chemical, and microbiological analysis are used to measure changes and determine the shelf life.
Detection techniques for microorganisms in food of animalMANJEET RATHOUR
The detection and enumeration of microorganisms in food are an essential
part of any quality control or food safety plan. Traditional methods of detecting foodborne pathogenic bacteria are often time-consuming because of the need for growth
in culture media, followed by isolation, biochemical and/or serological identifi cation,
and in some cases, subspecifi c characterization. Advances in technology have made
detection and identifi cation faster, more sensitive, more specifi c, and more convenient than traditional assays. These new methods include for the most part antibodyand DNA-based tests, and modifi cations of conventional tests made to speed up
analysis and reduce handling.
Food Safety (Microbiology, Sanitation and HACCP)Ülger Ahmet
The document provides an overview of food safety topics including sanitation, microorganisms, foodborne illness, and Hazard Analysis and Critical Control Points (HACCP). It discusses key aspects of sanitation such as definitions, types of microorganisms, factors for bacterial growth, and sanitation practices on farms and in processing plants. It also outlines foodborne pathogens of concern and introduces the seven principles of HACCP for controlling food safety hazards.
The document outlines the seven principles of the Hazard Analysis Critical Control Point (HACCP) system, which is a prevention-based food safety program that identifies hazards and monitors critical control points during food production to prevent foodborne illnesses. Key aspects of HACCP include identifying biological, chemical, and physical hazards; establishing critical limits for monitoring critical control points; and maintaining records to verify the effectiveness of the system. The principles aim to anticipate and control hazards before problems occur through monitoring at critical stages of food production.
This document discusses three types of prerequisite programs for food safety: PRPs, OPRPs, and CCPs. PRPs are general control measures that maintain a safe environment but do not control specific hazards. OPRPs control specific hazards but are not based on critical limits and their failure does not automatically mean a product is unsafe. CCPs are steps that control hazards through critical limits, which if not met, would make a product unsafe.
1. Molecular techniques provide faster and more accurate summaries of meat and meat products compared to traditional methods. They allow for identification of pathogens and toxins with increased sensitivity and specificity.
2. India has a large livestock population that contributes significantly to its agricultural GDP. However, ensuring food safety is challenging due to emerging microbiological and chemical threats.
3. Rapid molecular detection methods like PCR and DNA probes are now used alongside automated growth-based techniques to quickly detect foodborne pathogens in meat. This allows for timely recalls and prevents economic losses from trade issues.
This document describes the many services provided by LGC including:
- Supporting pharmaceutical research and ensuring safe drug development.
- Providing reference standards and testing for foods, supplements, chemicals and other products to ensure safety and quality.
- Offering forensic testing and expert services to help solve criminal cases.
- Facilitating research across many areas of science through the development of testing methods and reference materials.
GMP and GHP provide systems to ensure proper design, monitoring and control of manufacturing processes and facilities when preparing food for human consumption. GMP principles include employee training, environmental monitoring, sanitation practices and allergen management. Key aspects of GMP in the food industry are personnel control, plant and grounds maintenance, sanitary operations, equipment and processes. Establishing GMP in the milk industry involves evaluating processing, raw materials, heat treatment, product standardization and transport. This improves quality, meets consumer needs, decreases losses and reduces environmental impact. GHP covers primary production, establishment design and maintenance, operations, transportation and consumer awareness to ensure food is safe and suitable at all stages of production.
Presented by Hung-Nguyen Viet at the 4th International One Health Congress and 6th Biennial Congress of the International Association for Ecology and Health (One Health EcoHealth 2016), Melbourne, Australia, 3–7 December 2016.
This document discusses quality control and food safety. It begins by defining food safety as handling, preparing, and storing food to prevent foodborne illness. It then lists several ways to achieve food safety, such as cleaning surfaces and maintaining hygiene. The document goes on to define quality control as maintaining standards in manufactured products. It discusses three key principles of quality control in the food industry: raw material control, process control using systems like HACCP, and finished product inspection using various tests. Finally, it provides an overview of total quality management, outlining its focus on customer satisfaction and eight key principles.
This document discusses food safety and quality. Food safety involves preventing risks that could directly or indirectly affect consumers, such as physical, biological, chemical and radiation hazards, commercial fraud, allergens, and pests. Food quality aims to ensure food has the required acceptable characteristics to consumers, including meeting both external specifications like color, size and odor, and internal specifications such as weight, taste, flavor, and nutrition value.
The document discusses Hazard Analysis and Critical Control Points (HACCP), a tool used to prevent food safety hazards. It outlines the seven principles of HACCP, including conducting a hazard analysis, determining critical control points, establishing critical limits, monitoring procedures, corrective actions, record keeping, and verification. The principles aim to anticipate where food safety problems could occur during food processing and production steps like purchase, delivery, storage, preparation, cooking, holding, and service, and establish controls to prevent issues.
This document discusses food quality assurance and certification systems in Malaysia. It begins with an introduction about foodborne illnesses and their causes. It then discusses issues with food quality assurance, including a lack of standards enforcement in some exporting countries and internationalization of food supply chains. The functions of quality assurance are described as maintaining standards, quality control, and producing accurate information. Several certification schemes in Malaysia are outlined, including HACCP, MeSTI Good Manufacturing Practices. The benefits, requirements, and processes for obtaining these certifications are summarized. Finally, the "Bersih, Selamat dan Sihat" certification for food premises is introduced.
Hazard analysis critical control point (haccp)Allwyn Vyas. G
Hazard analysis and critical control points or HACCP is a systematic preventive approach to food safety from biological, chemical, and physical hazards in production processes that can cause the finished product to be unsafe, and designs measurements to reduce these risks to a safe level.
This document provides an overview of Hazard Analysis and Critical Control Point (HACCP) programs. It discusses the history and development of HACCP from the 1960s to its current use in various sectors of the food industry. The key aspects of HACCP covered are the 7 principles, with an emphasis on monitoring critical control points using time/temperature devices and separation methods, and maintaining thorough record keeping of monitoring data.
PRP are steps or procedures including GMP & SSOP that control conditions within a food establishment to promote safe food production. They establish basic hygienic requirements including facility location and construction, equipment cleaning, utilities like water and air, cleaning and sanitation programs, personal hygiene facilities, and more. Requirements include proper drainage, separation of raw and processed areas, smooth cleanable surfaces, pest control, and documented cleaning procedures.
Hazard Analysis Critical Control Point (HACCP) is a systematic approach to identify, evaluate, and control food safety hazards. It has 7 principles including conducting a hazard analysis, determining critical control points, establishing critical limits, monitoring procedures, and establishing corrective actions. HACCP aims to ensure food is safe for consumption by increasing awareness of food handling techniques and understanding how to take corrective action. It was originally developed by NASA to prevent astronauts from getting food poisoning and produce 100% safe food. Proper training and commitment to food safety standards among all food handlers is required for effective HACCP implementation.
in this presentation, an overview of GMPs and SSOPs was provided. In addition, HACCP seven principles and benefits of application were simply described.
The document discusses the British Retail Consortium (BRC) Global Standards, which establish requirements for food safety, packaging, storage, distribution, and other areas. It outlines the seven standards for food safety, packaging, storage and distribution, agents and brokers, consumer products, and retail. The standards focus on management commitment, hazard analysis, quality management systems, and other areas. Achieving BRC certification provides benefits like global recognition, high-quality auditors, customer confidence, and brand recognition.
The document outlines the key concepts and steps of Hazard Analysis and Critical Control Points (HACCP), a systematic preventative approach to food safety. It discusses hazards like biological, chemical and physical contaminants that can cause foodborne illness. The 7 steps of HACCP are described, including identifying hazards and critical control points in food production processes. Monitoring procedures, corrective actions, and record keeping are important aspects of ensuring food safety through the HACCP system. The overall goal of HACCP is to anticipate and prevent risks of food contamination before they occur.
SIGMA TEST & RESEARCH CENTRE is fully conscious of its role in quality control and quality assessment and therefore has created facilities as per international standards meeting requirements of ILAC, ASTM, ISO, USP, BP, Drug Control Authority of India, BIS & NABL. We are continually expanding our capability to cover increasingly broad range of standards.
The document provides background information on HACCP (Hazard Analysis and Critical Control Points) and guidelines for its application. It describes how HACCP was developed in the 1960s to ensure food safety for NASA's space program. The document defines key HACCP terms and outlines the 7 principles of HACCP for identifying hazards and establishing control systems. It also discusses prerequisites, performing a hazard analysis to identify critical control points, establishing monitoring and corrective actions, and documentation requirements. The goal of HACCP is to prevent food safety hazards through implementation of control measures at critical steps.
The document discusses shelf life of food and factors that affect it. Shelf life is the time a food product remains safe, sensory qualities, and nutritional value when stored under recommended conditions. It begins after processing and packaging. Shelf life is affected by intrinsic food factors like pH and extrinsic storage factors like temperature. Shelf life is indicated using use by and best before dates. Methods to determine shelf life include accelerated and real time testing. Sensory, physico-chemical, and microbiological analysis are used to measure changes and determine the shelf life.
Detection techniques for microorganisms in food of animalMANJEET RATHOUR
The detection and enumeration of microorganisms in food are an essential
part of any quality control or food safety plan. Traditional methods of detecting foodborne pathogenic bacteria are often time-consuming because of the need for growth
in culture media, followed by isolation, biochemical and/or serological identifi cation,
and in some cases, subspecifi c characterization. Advances in technology have made
detection and identifi cation faster, more sensitive, more specifi c, and more convenient than traditional assays. These new methods include for the most part antibodyand DNA-based tests, and modifi cations of conventional tests made to speed up
analysis and reduce handling.
Food Safety (Microbiology, Sanitation and HACCP)Ülger Ahmet
The document provides an overview of food safety topics including sanitation, microorganisms, foodborne illness, and Hazard Analysis and Critical Control Points (HACCP). It discusses key aspects of sanitation such as definitions, types of microorganisms, factors for bacterial growth, and sanitation practices on farms and in processing plants. It also outlines foodborne pathogens of concern and introduces the seven principles of HACCP for controlling food safety hazards.
The document outlines the seven principles of the Hazard Analysis Critical Control Point (HACCP) system, which is a prevention-based food safety program that identifies hazards and monitors critical control points during food production to prevent foodborne illnesses. Key aspects of HACCP include identifying biological, chemical, and physical hazards; establishing critical limits for monitoring critical control points; and maintaining records to verify the effectiveness of the system. The principles aim to anticipate and control hazards before problems occur through monitoring at critical stages of food production.
This document discusses three types of prerequisite programs for food safety: PRPs, OPRPs, and CCPs. PRPs are general control measures that maintain a safe environment but do not control specific hazards. OPRPs control specific hazards but are not based on critical limits and their failure does not automatically mean a product is unsafe. CCPs are steps that control hazards through critical limits, which if not met, would make a product unsafe.
1. Molecular techniques provide faster and more accurate summaries of meat and meat products compared to traditional methods. They allow for identification of pathogens and toxins with increased sensitivity and specificity.
2. India has a large livestock population that contributes significantly to its agricultural GDP. However, ensuring food safety is challenging due to emerging microbiological and chemical threats.
3. Rapid molecular detection methods like PCR and DNA probes are now used alongside automated growth-based techniques to quickly detect foodborne pathogens in meat. This allows for timely recalls and prevents economic losses from trade issues.
This document describes the many services provided by LGC including:
- Supporting pharmaceutical research and ensuring safe drug development.
- Providing reference standards and testing for foods, supplements, chemicals and other products to ensure safety and quality.
- Offering forensic testing and expert services to help solve criminal cases.
- Facilitating research across many areas of science through the development of testing methods and reference materials.
Michael - FSIS new tech presentation for Ag Outlook Forum - 022120.pptxJayBarksdale
The Food Safety and Inspection Service (FSIS) is responsible for ensuring meat, poultry, and processed egg products are safe and accurately labeled in the US. FSIS reviews new technologies and labels to determine if they are suitable and not misleading. New technologies may require new labeling for ingredients, claims, or statements. FSIS oversees cell-cultured meat jointly with FDA, and will continue coordinating with FDA on guidance while not anticipating new inspection regulations. FSIS provided examples of how labels may need to change for new technologies like high pressure processing or organic certification.
The document discusses microbiological testing parameters for meat, meat products, milk, and milk products proposed by FSSAI. It outlines hygiene and safety indicator organisms to test for in meat and milk, including total plate count, E. coli, Salmonella, and Listeria. Sample preparation and testing methods are described for both meat and milk, such as weighing and diluting samples in saline before plating on different agar types. The requirements specify guidelines for sampling plans and maximum permissible levels of bacteria in tested products.
Dr. David Goldman - Meat/Poultry Antibiotic Residue Testing, Protecting Human...John Blue
1,552
(15.4% of
tests)
Market
Hogs
Heavy
Calves
# OF
VIOLATIVE
ANIMALs
# OF
POSITIVE
IN-PLANT
TESTS
# OF INPLANT
TESTS
SLTR
CLASS
128
(8.24% of
positives)
199
The document discusses antibiotic residue testing in meat and poultry by the USDA to protect human health. It provides an overview of the National Residue Program, including improvements made to increase annual sampling and use multi-residue screening methods. Preliminary data from the program in 2013 found violative
Precision Dairy Monitoring Opportunities and ChallengesJeffrey Bewley
This presentation provides an introduction to precision dairy monitoring. The wide range of opportunities for future dairy management are discussed. Then, the challenges of turning these dreams into reality are covered.
Alfa Chemistry has been a leading provider of analytical testing and research services in the global food industry for decades. It now provides food testing services.
Jan Cortenbach: Future arrangements on feed safety and qualityVIV Corporate
The document discusses quality management in the feed industry. It outlines various quality systems like ISO, HACCP, GMP, and lab certification that are used to ensure feed safety. However, it notes that proper sampling and analysis are also critical since no system can guarantee a good product on its own. Key challenges include sampling given the small amounts of contaminants involved and ensuring uniform distribution of nutrients. Proper manufacturing processes from raw material intake to delivery are also important to maintain consistent high quality feed.
Application of food safety risk assessment in identifying effective control m...ILRI
This document discusses how food safety risk assessment can be applied to improve farm hygiene. It provides an example of a risk assessment of staphylococcal poisoning from informally marketed milk in Ethiopia. The assessment involved hazard identification of S. aureus enterotoxins, exposure assessment through surveys of contamination rates, modeling bacterial growth, and risk characterization. Sensitivity analysis identified efficient control options like training for hygienic milking and mastitis control. The conclusion is that food safety risk assessment can help identify factors to reduce risk and improve farm hygiene.
Food testing in Kenya faces challenges due to increasing food safety concerns, fraud, and complex hazards. This requires developing knowledge and improving testing methods and risk management procedures. Samples undergo various analyses including proximate, microbiological, water, and instrumental tests to evaluate properties like moisture, ash, proteins, pathogens, heavy metals, and more. Emerging trends include portable devices, DNA technology for greater sensitivity, and PCR for rapid bacterial testing. Laboratories must establish rapid testing times using accurate methods and qualified staff to address pressures while reducing costs and protecting consumers from contamination in the food system.
Dr. Peter Davies - Perceptions About Raising Food Animals Without AntibioticsJohn Blue
Perceptions About Raising Food Animals Without Antibiotics - Dr. Peter Davies, from the 2018 Allen D. Leman Swine Conference, September 15-18, 2018, St. Paul, Minnesota, USA.
More presentations at http://www.swinecast.com/2018-leman-swine-conference-material
The document discusses testing procedures for various parameters of food and neutraceutical products. It describes methods for testing microbial load, bioburden, aerobic count, yeast/mold count, and antimicrobial assays. It also discusses testing nutritional value through laboratory analysis of proteins, fibers, vitamins, minerals and more. Other tests covered include heavy metals, calorific value, and label claim verification. The document also provides information on certification standards like Agmark, BIS, and FSSAI.
Current Options in Farm Animal Welfare Audits - Jim ReynoldsDAIReXNET
Dr Jim Reynolds presented this information on February 8th 2012 for DAIReXNET. He discussed the various options available for animal welfare certification on dairy farms, as well as what certification is and how to decide if it's right for you or your clients.
The document discusses solutions for analyzing meat and seafood products. It provides solutions across multiple technologies for food testing labs to efficiently and accurately analyze samples while reducing costs. The solutions offered include instrumentation, products, software, and services to help meet the testing needs of food processors and ensure the safety and quality of meat and seafood.
Beyond the Feed Tag: Horse Feed Ingredient, Quality, Formulation and Safety I...Gwyn Shelle
Learn what the feed tag does not tell you and how ingredient selection, quality testing, formulation methods and safety programs can impact what you feed your horse.
Cell & Gene Therapy Preclinical Development SolutionsCovance
Cell & Gene Therapy preclinical development solutions to reduce scientific, regulatory and commercial risks, and accelerate development wherever you are in your product's development.
Awareness of food safety along Ban pork value chain in Hoa Binh, a northern m...ILRI
1) The document examines awareness of food safety along the Ban pork value chain in Hoa Binh province of Vietnam. Interviews were conducted with 42 Ban pig producers, 11 slaughterhouses, 20 retailers, and 18 consumers.
2) Respondents showed poor knowledge of food safety risks. Producers were most concerned with chemical risks while downstream actors focused on microbial risks. All actors identified farmers as most responsible for ensuring food safety.
3) Recommended interventions included forming farmer cooperatives for better market linkages and developing certification programs. Establishing testing of pork safety in markets was also suggested.
Application of food safety risk assessment in identifying effective control m...ILRI
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3. Food Safety at an all time high in
awareness and exposure
• In the U.S. alone, 1 in 6 are effected by foodborne diseases each year
– Result:
• 128,000 hospitalizations
• 3000 deaths
• $9 Billion in medical costs and another $75B in recalled food
• Consumer awareness at an all time high – Blue Bell Ice Cream and
Chipotle Mexican Grill.
• Food Safety Modernization Act (FSMA) takes effect in 2016
North American Food Safety Market – Global Trends &
Forecast 2016
4. When: 24 hours a day/ 7 days a week / 365 days a year - Our labs are always open!
Who: Owned and operated since 1994 by Gina and John Bellinger. Committed to
overall food safety, customer service and technical expertise.
Where: Across the U.S., Canada and Mexico.
What: FSNS is a national network of ISO-accredited laboratories armed with expert
technical resources. Our mission is to improve food safety programs.
About Food Safety Net Services
How: Providing microbiological and chemical analyses of food, beverages,
pharmaceuticals and environmental samples, as well as industry audits,
consulting, education, and research.
5. FOOD SAFETY NET SERVICES LAB LOCATIONS
Fresno, CA
San Antonio, TX
Phoenix, AZ Atlanta, GA
Green Bay, WI
DFW, TX
Los Angeles, CA
Columbus , OH
Amarillo, TX
Northwest
Arkansas
Boise, ID
(Coming December 2016)
12 Labs and growing!
Lancaster, PA
(Coming 2017)
6. Complete Safety Net Of Services
Laboratory
Micro &
Chemistry
Special
Projects &
Research
Auditing
Services
Education
& Training
Serious & Sincere About Service
7. Pathogen identification:
Culture Confirmation (USDA-MLG, FDA-BAM, CMMEF)
Bacterial Identification - VITEK (bioMerieux)
Salmonella serotype - O and H antiserum serology
Microbiological rapid screens and instrumentation:
Molecular Rapid Screens
Enzyme Immunoassay
Lateral Flow Immunoassay
Other kits as necessary (Neogen)
Actively investigate new technologies (3M, Neogen, Pall, ROKA, BioRad)
Eddy Jet spiral plater, TEMPO, Flash & Go, 3M Petrifilm reader
Chemistry Instrumentation: GC, HPLC, GCMSMS, ICP-OES, ICP-MS, LCMSMS, FTIR
Proximate Testing (Fat, Moisture, Protein, Ash, Salt)
Allergens, Aflatoxin, Mycotoxins
Minerals, Metals, and Multi –residue Pesticide Screening
Cholesterol and Water Soluble Vitamins
Sugars and Total Dietary Fiber
Additives, Adulterants, Caffeine
Fatty Acids including Omega Fatty Acids
Amino Acids, Beta-Agonists
Rancidity Tests (TBA, Free Fatty Acids, Peroxide Value)
Sudan/Azo Dyes, Pungency (ASTA)
FSNS Microbiological/Chemistry Testing Capabilities
Technologies and Instrumentation
8. Nutritional Labeling
Food Safety Net Services (FSNS) is pleased to offer Full Nutritional
labeling reflective of the FDA Final Rule: Revision of the Nutrition
and Supplement Facts Label.
Full Nutritional Panel
Submit a representative sample for analysis consisting of 10
samples from 10 different production lots for the best
representative sample (samples are composited, homogenized
and approximately 500 g are taken to be tested for analysis).
All mandatory requirements on a nutritional panel will be
laboratory tested. These tests include: Fat, Moisture, Protein, Ash,
Minerals (Iron, Potassium, Sodium and Calcium), Vitamin D,
Sugars, Cholesterol and Total Dietary Fiber. Calories,
Carbohydrates and Added Sugars will be reported based on
calculation.
A Certificate of Analysis will be provided with the amount of each
analysis.
A NLEA nutritional panel will be provided with FDA reference with
the serving size or amount specified.
Added Sugars – In order to determine accurate amounts, any
added ingredients, such as honey, will need submitted in order to
determine correct percentages. If you do not have this
information or are unsure of the amount added, a Sugar Profile is
available to correctly determine percentages by laboratory
analysis.
9. Technical Services
Research & Consultation
• Specific, custom services – based on individual needs or regulatory drivers
• Based on the principles of sound science
• Supportive of process assessments and/or adjustments (laboratory
validation)
• Team of experienced microbiologists and process authorities
• Validation Studies
• Inoculation Studies
• FSMA Regulatory Guidance
• FDA Detention Testing
• Challenge Studies
• Shelf Life Studies
• Sampling Plans
10. 74
73
68
68
52
0 20 40 60 80 100
Turano's
McCain
George's
Bay Valley
Daystar
% Attributes Passed By Supplier
(Accumulative)
8 Total Cases
11 Total Cases
18 Total Cases
6 Total Cases
12 Total Cases
Product Evaluation/Supplier Verification
Calculating % Compliance
• i.e. Supplier 5’s Deli 6” Soft Sub
• 5 Attributes Tested (Finished Weight, Length, Width, Height, Heel Size)
• 4 out of 5 for individual evaluation in spec = 80% Pass
• Attributes were tallied for all evaluations per supplier
Supplier 1
Supplier 2
Supplier 3
Supplier 4
Supplier 5
11. 70
69
69
66
0 20 40 60 80 100
Wings - Type A
Wings - Type B
Breast Chunks
7oz Chicken Breast
Supplier X
% Passed
Wings-Type A
- Feathers
- Mutilated Pieces
Wings-Type B
- Feathers
- Broken Bones
Breast Chunks
- Weight
- Fat
7oz Chicken Breast
- Blood Spots
- Thickness
- Mangled Pieces
(Not Weighted)
3 Cases
8 Cases
2 Cases
5 Cases
13. SECURE, RELEVANT AND AVAILABLE
Web-based customer extranet
View, search and trend/track results
24 hours a day, 7 days a week, 365 days a year
Security - Unique user ID & Password
Customizable Systems Integration
Data analysis
Allows direct data transfer for use in queries, trending/tracking and analysis.
Data Management
14. Education & Training
FSNS offers certified training programs that address the
following:
• HACCP Training Course
• BRC Training Course
• SQF Training Course
• GFSI Internal Auditing
• Microbiology & Food Safety Course
• FSMA and PCQI Training
• Customer Specific Training