Did you know improper labeling drives 40% of product rejections in the EU and 30% in the U.S. and Gulf regions, with recalls often triggered by undeclared allergens, misidentified ingredients, and unsubstantiated claims?
 
Mitigate these risks by ensuring allergens are accurately declared and claims are scientifically validated. 


CQR-FSS is dedicated to promoting food safety through cutting-edge scientific solutions. Our team of experts specializes in developing innovative techniques and methodologies to ensure the highest standards of food safety and quality. With a focus on research and education, we strive to empower food industry professionals with the knowledge and tools they need to protect consumers and enhance public health.

CQR Food Scientific Solutions 
"Excellence in Every Bite"
About Us 
CQR Food Scientific Solutions is a leading provider of comprehensive nutritional label review and food science consulting services, specializing in the review, assessment, and optimization of food and beverage product labels. The company is dedicated to helping businesses navigate the complexities of food labeling regulations, ensuring compliance with local and global standards while enhancing the clarity and transparency of nutritional information for consumers.

Our Mission 
 CQR Food Scientific Solutions is to empower food manufacturers, retailers, and distributors with accurate, insightful, and regulatory-compliant nutritional label reviews. We strive to support healthier food choices by making nutritional information clearer and more accessible to consumers, while aiding businesses in achieving market success and regulatory compliance.

Nutritional Label Analysis and Review

We thoroughly review nutritional labels for compliance with national & international food labeling regulations. This includes ensuring correct serving sizes, ingredient listings, allergen declarations, nutrient content, and claims such as "low fat" or "high in fiber."

Nutrient Profiling and Calculation

We use the latest tools and databases to calculate accurate nutrient values for products to meet regulatory guidelines and reflect truthful, evidence-based information.

Regulatory Compliance Consulting

We assist businesses in navigating the complex landscape of food labeling regulations, including those set by the USFDA, EFSA (EU), CFIA (Canada), and other international bodies. Our consulting services ensure that labels comply with all necessary standards, helping to avoid costly recalls or penalties.

Custom Nutritional Label Design

If you are looking to enhance the branding, we offer design services that optimize the layout and presentation of nutritional information, making it both appealing and easy to understand for consumers.

Health and Nutrient Claims Review

We provide expert guidance on making health-related claims and nutrient claims (such as "gluten-free," "organic," or "heart-healthy") in accordance with regulatory standards, ensuring they are substantiated and compliant.

Ongoing Monitoring and Updates

We help businesses stay up-to-date with the latest changes in national & international regulations

Nutritional Labelling Nutritional labelling is a vital tool that enables consumers to make informed choices about their diets. Though labelling requirements differ globally, many elements are shared across regulatory standards to provide transparent and valuable nutritional information. This comprehensive guide will outline the universal elements of nutritional labelling, focusing on the importance of serving size, caloric content, key nutrients, and the % Daily Value (%DV) as standardized measures that help people make healthier choices. 

Importance of Nutritional Labels Nutritional labels give consumers essential insights into the composition of the foods they eat. Reviewing these labels is important for managing calorie intake, understanding portion sizes, and making informed choices about nutrient content. Nutritional labels allow consumers to compare products, select healthier options, and adjust their diet to meet individual dietary needs. By understanding each component of a label, consumers can better tailor their diets to align with health goals and personal preferences. 

Key Elements in Nutritional Labelling While the layout and specific requirements of nutritional labels can vary by country, several key components are widely adopted to support consumer understanding. 

Serving Information Serving Size: The serving size on a nutritional label specifies the recommended portion of food. It helps consumers understand the amount of nutrients they will intake with each serving and easily compare different food products. Serving sizes are listed in commonly understood units, such as cups or pieces, and are followed by the metric equivalent, typically in grams (g) or milliliters (ml). For example, a serving size of cereal might be indicated as “1 cup (45g),” ensuring that individuals can measure their portion accordingly. 

Servings Per Package: The number of servings in a package indicates how many portions the product contains. This is essential for portion control because consuming multiple servings affects overall nutrient and calorie intake. For instance, if a snack package has three servings and a person consumes the entire package, they must multiply the calorie and nutrient amounts by three to understand the total intake.

 Caloric Information Calories Per Serving: Calories measure the energy provided by food. Calorie information helps consumers manage their energy intake and, subsequently, maintain or reach their desired weight. Most countries use daily calorie recommendations for nutritional labeling (e.g., 2,000 calories per day), but individual calorie needs vary based on age, gender, height, weight, and activity level. Caloric information per serving is particularly useful for consumers tracking their energy intake to avoid overconsumption or address weight management goals. 

Key Nutrients Nutritional labels include specific nutrients that either need to be limited or prioritized based on their health impacts. Nutrients are generally categorized to help consumers make dietary choices aligned with health recommendations.

Nutrients to Limit Certain nutrients are labeled with a daily recommended limit, as excessive consumption is associated with adverse health outcomes. 

  • Total Fat: High-fat intake, particularly from foods high in saturated or trans fats, is associated with weight gain and an increased risk of cardiovascular disease. Labels indicate total fat content to help consumers manage their intake.
  • Saturated Fat and Trans Fat: Saturated fats and trans fats are identified separately on labels due to their association with high cholesterol and heart disease. Many regulatory standards recommend limiting these fats, with the %DV provided on labels to guide consumers.
  • Cholesterol: Cholesterol, while necessary in small amounts, should be limited as excessive intake can affect heart health. Most labels suggest daily limits to encourage mindful intake.
  • Sodium: Sodium, commonly found in processed foods, is an essential mineral but should be consumed in moderation. High sodium intake may lead to increased blood pressure and heart disease risk. Sodium is often listed with a %DV to help consumers understand its contribution to their daily intake.
  • Added Sugars: Labels distinguish between naturally occurring sugars and added sugars, such as those in syrups or sweeteners, which contribute extra calories without essential nutrients. Many guidelines recommend limiting added sugars to reduce the risk of obesity, diabetes, and other chronic diseases.

 Nutrients to Prioritize To support overall health, nutritional labels also highlight certain beneficial nutrients. 

  • Dietary Fiber: Fiber aids in digestion, helps regulate blood sugar levels, and supports heart health. It is recommended to include fiber-rich foods in the diet, and nutritional labels indicate fiber content to guide these choices.
  • Proteins: Proteins are essential for muscle maintenance, immune support, and other bodily functions. Protein intake is particularly important for physically active individuals, children, and those recovering from illnesses.
  • Essential Vitamins and Minerals: Nutritional labels often highlight essential vitamins and minerals, such as vitamin D, calcium, iron, and potassium, because they are important for various bodily functions:
    • Vitamin D: Supports bone health and immune function.
    • Calcium: Vital for bone strength and muscle function.
    • Iron: Supports blood oxygen transport and reduces fatigue.
    • Potassium: Helps regulate blood pressure and balances fluids in the body.

 % Daily Value (%DV) The %DV is a standardized measure that indicates how much a nutrient in one serving contributes to a person’s daily diet based on a 2,000-calorie diet. It assists consumers in identifying whether a food is high or low in a nutrient, simplifying nutritional information for quick, informed choices. 

  • General Guide to %DV:
    • 5% DV or less is considered low in a nutrient, making it a good choice if the nutrient should be limited.
    • 20% DV or more is considered high in a nutrient, ideal if the nutrient is beneficial.

The %DV is helpful for comparing products and determining the contribution of a serving to daily nutrient needs. However, not all nutrients, like trans fats and total sugars, are listed with a %DV, as they may be subject to unique country-specific guidelines. 


Additional Label Formats and Standards To support consumer understanding and transparency, various countries have unique label formats and requirements: 

  • Dual-Column Labels: For foods that may be consumed in one or multiple sittings, dual-column labels provide information on both “per serving” and “per package” or “per unit” basis. This is particularly common in larger snack packages or beverages, helping consumers understand the calorie and nutrient intake if they consume the entire package.
  • Single-Ingredient Sugar Labels: For products like honey, maple syrup, or other single-ingredient sugars, labels may list a %DV for added sugars, without breaking it down into added sugars, to ensure transparency without misleading consumers about sugar addition. This approach helps clarify the total sugar contribution of these products to the diet without implying the presence of extra sugar.

 Nutritional Labelling for Different Country Regulations Countries have established their own nutritional labeling regulations, but the intent is consistent: to enable consumers to make informed choices. Some examples include: 

  • United States (FDA): The U.S. Food and Drug Administration mandates the Nutrition Facts label, which includes calories, serving size, and %DV for essential nutrients. The FDA also requires a declaration of added sugars and has guidelines for dual-column labeling.
  • European Union (EU): The EU requires a Nutrition Declaration on packaged foods, including information on energy, fat, saturates, carbohydrate, sugars, protein, and salt. It also mandates that ingredients contributing allergens be highlighted.
  • Canada: Health Canada requires a Nutrition Facts table on most packaged foods, with values listed in both metric and %DV to allow comparison with established dietary guidelines. Recently, Canada also implemented front-of-package labeling requirements for foods high in saturated fats, sugars, or sodium.
  • Australia and New Zealand: These countries follow the Food Standards Australia New Zealand (FSANZ) requirements, which mandate a Nutrition Information Panel with data on energy, protein, fat, carbohydrates, sugars, and sodium. These panels include serving sizes and %DI (Daily Intake) values to help consumers make healthy choices.

A shelf life study is a critical tool for determining the "best before" date and overall durability of prepackaged food products. It provides scientific evidence that the food will remain safe, palatable, and nutritious throughout its intended shelf life. Conducting a shelf life study helps establish how long a product will retain its desired quality and characteristics.
The shelf life of a food product can be influenced by a range of factors, including intrinsic elements (such as ingredients and formulation) and extrinsic elements (such as storage conditions and packaging). By conducting a shelf life study, manufacturers can ensure that their products are both effective and compliant with regulatory requirements, while also meeting consumer expectations for quality and safety.

 Whether you're a food manufacturer, a quality assurance professional, or simply curious about how food products maintain their safety and quality, this page will help you understand the critical role of stability studies. What Are Stability Studies?Stability studies are systematic evaluations conducted to determine how various factors affect the quality and safety of food products over time. These studies help us answer vital questions:
How long can a food product be stored while remaining safe to consume? What environmental conditions impact the product’s quality? How can we optimize formulations and packaging for better shelf life? Objectives of Stability Studies The main goals of stability studies include:
Shelf-Life Determination: Establishing the time frame during which a food product retains its safety, quality, and nutritional value. Quality Monitoring: Evaluating sensory attributes (like taste and texture), nutritional content, and microbial safety. Regulatory Compliance: Meeting the requirements set by food safety authorities to ensure consumer protection. Product Development: Informing formulation and packaging decisions based on stability data. Types of Stability Studies Stability studies can be categorized based on their design:
Accelerated Stability Testing: Conducted under elevated temperatures and humidity to predict shelf life more quickly. Long-Term Stability Testing: Carried out under typical storage conditions to assess how products hold up over an extended period. Real-Time Stability Testing: Monitored under conditions that reflect actual consumer storage practices for an accurate shelf life assessment. Conditions of Storage The ICH Q1A(R2) guideline recommends specific storage conditions:
Long-Term Testing: Usually at 25°C ± 2°C and 60% ± 5% relative humidity. Accelerated Testing: Typically at 40°C ± 2°C and 75% ± 5% relative humidity. Intermediate Conditions: May involve storage at 30°C ± 2°C and 65% ± 5% relative humidity. Sample Size and Testing Frequency For reliable results, consider these best practices:
Sample Size: Use a minimum of three batches to account for variability. Testing Frequency: Test samples at intervals (e.g., 0, 3, 6, 9, and 12 months) and potentially beyond the initial shelf life claim for ongoing monitoring. Key Testing Parameters During stability studies, a variety of parameters are assessed:
Microbial Analysis: Testing for pathogens and spoilage organisms to ensure safety. Chemical Analysis: Monitoring changes in pH, moisture, and nutrient levels. Sensory Evaluation: Assessing changes in flavor, texture, and appearance through taste tests or trained panels .Packaging Integrity: Evaluating how well packaging protects the product from environmental factors. Physical Properties: Observing changes in texture, viscosity, and overall appearance. The Q10 Factor in Food Stability The Q10 factor is an important concept in stability studies, particularly in understanding how temperature affects the rate of chemical reactions in food products. It represents the change in reaction rate with a 10°C increase in temperature.
In practical terms, a Q10 value of 2 means that for every 10°C rise in temperature, the rate of degradation doubles. This concept helps manufacturers estimate shelf life under various temperature conditions, making it easier to establish appropriate storage guidelines and predict how products will behave in different environments.

Stability studies are essential for validating the safety and quality of food products over their shelf life. By following guidelines such as ICH Q1A(R2), AACC International Method 35-01.01, and understanding the Q10 factor, food manufacturers can ensure their products remain safe and high quality for consumers.



Training & Technical Assistance in Food Analytical Testing
At CQR we are committed to providing comprehensive training and technical assistance in the field of food analytical testing. As the food industry continues to evolve, ensuring the safety, quality, and compliance of food products through accurate and reliable testing is more important than ever. Our goal is to empower food manufacturers, quality control teams, regulatory professionals, and laboratory technicians with the knowledge and expertise needed to meet industry standards and optimize their testing processes.
Why Choose Us?
     Expertise and Experience: Our trainers and consultants have years of experience in the food testing industry and are well-versed in the latest techniques and regulatory changes.
     Tailored Solutions: We customize training and technical support to meet the specific needs and goals of your organization, whether you're new to food testing or looking to enhance your existing processes.
     Practical, Hands-On Learning: We emphasize practical, real-world training, ensuring that participants gain the skills and confidence to apply their knowledge in everyday situations.
     Commitment to Quality and Compliance: Our services help you maintain the highest standards of quality control and regulatory compliance, reducing risk and ensuring that your products meet safety and labeling requirements.
At CQR we are dedicated to helping you improve the efficiency, accuracy, and effectiveness of your food analytical testing processes. Whether you are looking for customized training, expert consultation, or ongoing technical support, we are here to guide you every step of the way.
Contact us today to learn more about how we can support your food testing needs and elevate your team's skills in food safety and quality assurance.



  • New Delhi, Delhi, India
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