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Food Additive Testing refers to the process of evaluating the safety and suitability of substances added to food products. Food additives are substances intentionally added to food during production, processing, packaging, or storage to improve its flavor, texture, appearance, or shelf life.
The substance that is added to food for adding taste, texture, appearance, freshness, safety, etc., is food additives. They can be natural or synthetic. Natural food additives are obtained from plants, animals, and minerals. They are used for generations to preserve food, increase the quality of food, for medicinal purposes, etc. They are not harmful to health. But the chemically made food additives are very harmful to health and they lead to various diseases.
When food is produced on a large scale in industrial kitchens or factories, chemically processed food additives are added so that they can preserve the nutritional quality of the food, increase the shelf life of the processed food, keep the food intact till it reaches the consumers, flavoring agents to improve aroma or taste in confectionary, soft drinks, cereals, cakes, yoghurt, fruits blends, to replace natural flavors, chemical enzymes added to improve fermentation, to increase yields, etc.
Prolonged consumption of food or food products that have chemically made food additives lead to foodborne illness, botulism, diarrhoea, indigestion, nervous disorders, asthma, skin-related health issues like eczema, etc. So, it is very important when you buy food/food products to read the labels for additives and preservatives.
The testing of food additives is crucial to ensure that they do not pose any risks to human health and that they comply with regulatory standards. Here are some key aspects of food additive testing:
Toxicological Testing: This involves assessing the potential toxicity and safety of the additive. It includes studies to determine the effects of the additive on various organs, potential carcinogenicity, reproductive toxicity, and allergic reactions.
ADI (Acceptable Daily Intake) Evaluation: The ADI is the estimated amount of a food additive that can be consumed daily over a lifetime without posing any appreciable health risk. Evaluating the ADI involves considering toxicological data and establishing an appropriate safety margin.
Exposure Assessment: This step involves estimating the actual intake of the food additive by the population. It considers consumption patterns, usage levels, and anticipated exposure through various food sources.
Allergenicity Testing: Food additives derived from allergenic sources or those that may cross-react with known allergens are assessed to determine their potential to induce allergic reactions in susceptible individuals.
Stability and Compatibility Testing: Food additives undergo testing to ensure they remain stable and compatible during processing, storage, and under different food conditions. This includes evaluating the effects of temperature, pH, light, and other factors on the additive’s integrity.
Regulatory Compliance: Food Additive Testing is conducted to ensure that additives meet regulatory requirements and are approved for use in specific food categories. Different countries and regions may have their own regulations and approval processes.



| 1 | Blood Polyphenol Test |
| 2 | Blood Antioxidant Test |
| 3 | Blood MDA Test |
| 4 | Vaginal Dysbiosis Test |
| 5 | Gut Dysbiosis Test |
| 6 | Follicle Stimulating Hormone Test |
| 7 | Luteinizing Hormone Test |
| 8 | Prolactin Test |
| 9 | Blood Hemoglobin Test |
| 10 | Progesterone Hormone Test |
| 1 | CBC |
| 2 | RBS |
| 3 | HBA1C |
| 4 | UREA |
| 5 | CREATININE |
| 6 | LIVER FUNCTION TEST |
| 7 | URIC ACID & TSH |
| 8 | LIPID PROFILE |
| 9 | URINE ROUTINE |
| 10 | BLOOD POLYPHENOL TEST |
| 11 | BLOOD ANTIOXIDANT TEST |
| 12 | BLOOD MDA TEST |
| 13 | GUT DYSBIOSIS TEST |
| 1 | Blood Polyphenol Test |
| 2 | Blood Antioxidant Test |
| 3 | Blood MDA Test |
| 4 | Vaginal Dysbiosis Test |
| 5 | Gut Dysbiosis Test |
| 6 | Follicle Stimulating Hormone Test |
| 7 | Luteinizing Hormone Test |
| 8 | Prolactin Test |
| 9 | Blood Hemoglobin Test |
| 10 | Progesterone Hormone Test |
| 1 | CBC |
| 2 | ESR |
| 3 | FASTING BLOOD SUGAR |
| 4 | HBA1C |
| 5 | LIPID PROFILE |
| 6 | LIVER FUNCTION TEST |
| 7 | UREA |
| 8 | HBSAG |
| 10 | URINE ROUTINE |
| 11 | TSH |
| 12 | CREATININE |
| 12 | URIC ACID |
| 13 | POST PRANDIAL BLOOD SUGAR |
| 1 | CBC |
| 2 | ESR |
| 3 | Blood Sugar |
| 4 | Lipid profile |
| 5 | Liver function tests |
| 6 | Urea |
| 7 | Creatinine |
| 8 | Urine analysis |
| 1 | CBC |
| 2 | IL6 |
| 3 | D DIMER |
| 4 | CRP |
| 5 | LDH |
| 6 | ALBUMIN |
| 7 | SGPT |
| 8 | CREATININE |
| 9 | ESR |
| 1 | VITAMIN D |
| 2 | VITAMIN B12 |
| 3 | CALCIUM |
| 1 | GLUCOSE FASTING |
| 2 | GLUCOSE POSTPRANDIAL |
| 3 | HBA1C |
| 4 | UREA |
| 5 | CREATININE |
| 6 | LIPID PROFILE |
| 7 | BLOOD POLYPHENOL TEST |
| 1 | FOLLICLE-STIMULATING HORMONE (FSH) |
| 2 | ESTRADIOL |
| 3 | LUTEINIZING HORMONE (LH) LEVEL |
| 4 | ANTI-MÜLLERIAN HORMONE (AMH) |
| 5 | SERUM PROGESTERONE |
| 6 | PROLACTIN |
| 7 | GUT DYSBIOSIS TEST |
| 8 | HBA1C |
| 10 | URINE ROUTINE |
| 11 | TSH |
| 12 | HIV |
| 12 | BLOOD POLYPHENOL TEST |
| 13 | VAGINAL MICROBIOME TEST |
| 1 | CBC |
| 2 | RBS |
| 3 | HBA1C |
| 4 | RENAL FUNCTION TEST |
| 5 | GUT DYSBIOSIS TEST |
| 6 | LIVER FUNCTION TEST |
| 7 | ANTI-MULLERIAN HORMONE (AMH) |
| 8 | TSH |
| 9 | RUBELLA IGG |
| 10 | HCV |
| 11 | URINE ROUTINE |
| 12 | BLOOD POLYPHENOL TEST |
| 13 | VAGINAL MICROBIOME TEST |