Introduction to GMO Practices
As the demand for crops continues to rise, an increasing number of farmers are adopting genetically modified organism (GMO) techniques. These practices offer several advantages, including enhanced yields and improved resistance to pests. However, consumer concerns regarding the quality of GMO products persist, leading to caution during purchasing decisions. To tackle this issue, crops must undergo a comprehensive GMO Test that adheres to the regulatory standards set by the appropriate authorities for all genetically modified food products. It is essential for food exporters and importers to verify that their food is GMO-free.
Importance of GMO Food Testing
Regulatory Compliance
To ensure that GMO foods are safe from biosafety risks and to prevent regulatory violations, the Ministry of Environment, Forest and Climate Change (MoEFCC) has implemented specific rules under the Environmental Protection Act (EPA) of 1989. These regulations stipulate that only authorized entities can manufacture, transport, sell, process, import, or export GMOs. Moreover, all GMO agricultural products must secure a GMO Free Certificate prior to being sold. This certification provides consumers with comprehensive nutritional information, empowering them to make informed choices about their food.
Methods of GMO Analysis
A reliable GMO Testing Lab in India is the one that utilizes various methods to assess 2 basic factors:
- Detection of GMO Protein: Identifying the presence of GMO proteins within a given sample.
- Quantitative Analysis: Measuring the concentration of GMO proteins in the sample.
These analyses yield valuable data regarding GMOs, which can subsequently be included on product labels, enhancing consumer awareness.
Importance of GMO Testing for Export
For manufacturers aiming to export GMO products to countries like Japan, Australia, the European Union, South Korea, and New Zealand, obtaining a GMO Test Report is essential. Each of these nations permits only specific bioengineered crops to be imported. The test report acts as evidence that the products adhere to the individual regulations of each country. Additionally, conducting GMO Testing Results can provide several export-related advantages, including:
- Compliance with regulations
- Meeting customer contract specifications regarding threshold tolerances
- Efficient sampling and testing processes to reduce costs
- Rapid and cost-effective conflict resolution
- Offering consumers the ability to make informed choices
- Enhancing the competitive edge for manufacturers and traders
- Expanding both domestic and international market reach
- Achieving better pricing
- Establishing brand equity and positioning
Given these factors, you as an exporter should consider undergoing GMO Test Near Me for your products to ensure proper labeling and compliance.
Our GMO Analysis Services
At ARBRO Pharmaceuticals Pvt Ltd., we offer a range of Expert GMO testing methods designed to deliver precise results at competitive prices. We prefer DNA-based technology over ELISA-based methods, focusing on analyzing the DNA of the plant and the promoter used for modification. Our DNA REAL-TIME PCR technology targets specific DNA sequences, ensuring accurate detection of GMOs.
In addition to GMO testing, we also provide non-GMO testing solutions, benefitting manufacturers who wish to label their products effectively.
GMO Products Tested by Abro
Abro rigorously tests various GM products for food safety and industry compliance. Here’s a summary of the materials tested, components analyzed, and methods used:
- Biological-Food and Agricultural Products
- Materials: Various vegetables.
- Parameters: Detection of flat sour organisms.
- Method: AOAC, 22nd edition.
- Biological-GM Products
- Materials: Includes corn starch, cashew nuts, cotton seed, groundnut, lecithin, maize and grit, millet, rice, rapeseed, sesame, soy products, tea, and wheat.
- Component: Real-Time PCR for GMO 35S Promoter and NOS Terminator.
- Method: APL/MBI/STP-001, Issue No. 12, 25-10, using Sybr Green and Taqman Assays.
- Honey Testing
- Materials: Honey.
- Parameters: Similar qualitative PCR for GMO markers.
- Method: APL/MBI/STP-011, Issue No. 06, 13-06.
- Raw Cotton Fibers
- Materials: Raw cotton fibers (lint).
- Focus: Detection of GMO 35S Promoter and NOS Terminator via Real-Time PCR.
- Method: APL/MBI/STP-012, Issue No. 06, 01-04.
This testing process demonstrates Abro’s commitment to the integrity and safety of agricultural products in the market.
| Sr. No | Discipline / Group | Materials or Products tested | Component, parameter or characteristic tested / Specific Test Performed / Tests or type of tests performed | Test Method 1 Specification against which tests are performed and / or the techniques / equipment used 2 |
|---|---|---|---|---|
| 707 | BIOLOGICAL-FOOD AND AGRICULTURAL PRODUCTS | Vegetable and Vegetable products | Flat sour organisms | AOAC, 22nd edition |
| 708 | BIOLOGICAL-GM PRODUCTS | Corn starch, Cashew nut, Cotton seed, Ground nut, Guar churi, Lecithin, Maize, maize grit, Millet, Rice, Rape seed, Sesame, Soy grit, Soy bean seed, Soyabean extraction meal, Tea, Wheat 3 | Qualitative Real Time PCR test for the detection of GMO 35S Promoter and NOS Terminator | APL/MBI/STP-001, ISSUE NO.12, ISSUE DATE 25-10, Sybr Green Assay/Taqman Assay |
| 709 | BIOLOGICAL-GM PRODUCTS | Honey | Qualitative PCR test for the detection of GMO 35S Promoter and NOS Terminator | APL/MBI/STP-011, ISSUE NO.06, ISSUE DATE 13-06 |
| 710 | BIOLOGICAL-GM PRODUCTS | Raw cotton fibers (cotton lint) | Qualitative Real Time PCR test for the detection of GMO 35S Promoter and NOS Terminator | APL/MBI/STP-012, ISSUE NO. 06, ISSUE DATE 01-04, Sybr Green Assay/Taqman Assay |
Why Choose Us for GMO Testing Services?
As one of the Best GMO Testing Labs in India, we are accredited by NABL – ISO/IEC 17025 and approved by the Export Inspection Council of India for GMO testing in a variety of agricultural products and commodities.
Our participation in the International Proficiency Program for GMO detection further demonstrates our capability to provide reliable testing solutions tailored to your needs. You can trust us for comprehensive GMO analysis services.
For testing inquiries or to clarify any questions regarding our procedures, feel free to reach out using the provided ‘Quick Query’ form or contact us at +91-11-45754575.
To get your samples tested or to clear out any of your queries regarding the procedure, you can reach us. We are available through the given ‘Quick Query’ form or call us on +91-11-45754575.
FAQs
1. What are the different GMO testing methods?
Strip Test: Used for initial seed and grain screening, this test measures the total protein amount. Generally, the test takes place on-site.
PCR Test: In this, genetically modified foods undergo three forms of analysis: Qualitative GMO Analysis, Semi-Qualitative Analysis, and Single-Threshold GMO Analysis.
ELISA: This high-sensitivity test is excellent for measuring the GMO protein quantity and quality of seeds, leaves, and grains.
2. What is GMO analysis?
With the rise in food requirements, more people have opted for GMO crops that offer better yield and several such benefits. However, it isn’t easy for consumers to trust these crops easily as they don’t fit into the category of “entirely natural.” This is where GMO laboratory analysis comes into the role. The testing helps to properly label the products and provide the consumer adequate information so they can decide whether they wish to consume the product or not.
3. What is the sample quantity needed for GMOs?
The exact quantity of the sample required for GMO analysis depends on the test process undertaken. You can contact our GMO testing lab to know which method will be best for your individual product requirements and what quantity will be needed for that.
4. Is the lab NABL accredited for GMO testing?
Our lab is duly accredited for GMO testing or non-GMO testing by NABL - ISO/IEC 17025. Apart from that, our labs are also certified by the Export Inspection Council of India GMOs. Therefore, you can rely on our methods and techniques used to get the GMO testing results.
5. How is PCR used to identify GMOs?
PCR, or commonly known as Polymerase Chain Reaction, is the gold standard method opted for detecting GMOs with appropriate quantification. Through this method, both GMO and non-GMO certifications can be provided as this comes under the industry-standard category.
GMO PCR method selectively amplifies the targeted DNA sequence which is specific for the GMO and the amplified sequences are detected using fluorescent dyes allowing for 3 types of analysis -
Qualitative GMO Analysis
Semi-Qualitative Analysis
Single-Threshold GMO Analysis
