Identification of GM Foods Using PCR – BIOLOGIX Assay Kit Full Lab Set

Description

Product Overview

The BIOLOGIX Identification of GM Foods Using PCR assay kit delivers a comprehensive laboratory solution for detecting genetically modified organisms in food samples. Each kit contains precision micropipettes calibrated for 5‑50 µL volumes, high‑quality disposable tips, a temperature‑controlled water bath, a compact microcentrifuge, a programmable thermal cycler, and a complete electrophoresis apparatus with power supply. All components are selected for durability, ease of use, and compatibility with standard laboratory protocols. The kit is designed for both novice users and experienced researchers, offering clear step‑by‑step instructions that guide the user from DNA extraction through amplification and gel analysis. Materials are sourced from reputable manufacturers, ensuring consistent performance across multiple runs. The kit’s compact design allows it to fit on a standard benchtop, while the included consumables support up to 30 PCR reactions and 15 electrophoresis runs, making it suitable for classroom labs, research institutions, and quality‑control facilities. Detailed specifications include a thermal cycler with a 0‑99 °C range, a water bath capable of maintaining temperatures within ±0.5 °C, and an electrophoresis system that resolves DNA fragments from 50 bp to 2 kb with high clarity. This all‑in‑one solution reduces the need for separate purchases, streamlines inventory management, and accelerates the time‑to‑result for GMO detection projects.

Usage

The assay kit is engineered for versatile use across a range of environments. In educational settings, instructors can demonstrate the principles of polymerase chain reaction, DNA separation, and GMO identification within a single laboratory session, allowing students to gain hands‑on experience with real‑world applications. In research laboratories, the kit supports routine screening of food samples, enabling rapid verification of labeling compliance and facilitating studies on the prevalence of genetically modified crops. Quality‑control teams in food processing facilities can integrate the kit into their standard operating procedures to verify raw material authenticity and maintain regulatory compliance. The kit’s components are compatible with standard laboratory benches, and the compact footprint ensures it can be deployed in limited‑space facilities. Users are guided through a 30‑minute setup phase, followed by a 2‑hour PCR amplification (or an overnight protocol for higher sensitivity) and a 45‑minute electrophoresis run. The clear, color‑coded instructions reduce the learning curve, while the robust hardware tolerates repeated use, making the kit a reliable choice for daily operations. Whether employed in a high‑school biology class, a university molecular biology department, or an industrial testing lab, the kit provides consistent, reproducible results that meet scientific standards.

Why Choose Us

Choosing the BIOLOGIX assay kit means selecting a product backed by rigorous quality assurance and a commitment to scientific accuracy. Each component undergoes strict performance testing to ensure reliable temperature control, precise liquid handling, and clear electrophoretic resolution. The kit is manufactured under ISO‑9001 standards, guaranteeing traceability of materials and consistency across production batches. BIOLOGIX provides comprehensive technical support, including access to an online knowledge base, video tutorials, and a dedicated customer service team ready to assist with troubleshooting, protocol optimization, and interpretation of results. Our after‑sales service includes a 12‑month warranty on all hardware, and we offer optional calibration services to keep equipment performing at peak efficiency. The kit’s design emphasizes user safety, featuring low‑voltage power supplies, ergonomic pipette handles, and clearly labeled components to minimize handling errors. By integrating all necessary tools into a single package, the kit reduces the risk of missing or incompatible parts, saving time and money for laboratories of any size. Moreover, BIOLOGIX’s commitment to sustainability is reflected in the use of recyclable packaging and environmentally friendly consumables, aligning with the growing demand for greener laboratory practices.

Key Features

• All‑in‑one kit includes calibrated micropipettes, water bath, microcentrifuge, thermal cycler, and electrophoresis system for complete GMO detection workflow.
• High‑precision temperature control ensures consistent PCR amplification, reducing variability between runs.
• Durable, user‑friendly hardware designed for both novice and experienced users, minimizing training time.
• Compact benchtop footprint fits easily into limited‑space labs while supporting up to 30 reactions per kit.
• Dedicated BIOLOGIX technical support and 12‑month warranty provide reliable after‑sales service and peace of mind.

FAQ

How does the PCR assay detect genetically modified foods?

The assay targets specific DNA sequences that are unique to genetically modified organisms. After extracting DNA from a food sample, the PCR thermal cycler amplifies these target regions using primers designed for common GMO markers. The amplified products are then separated on an agarose gel using the electrophoresis apparatus, where the presence of bands at expected sizes confirms the existence of GMO DNA. This method provides a clear, visual result that can be interpreted without specialized software.

Can the kit be used with samples other than food?

Yes, the kit is versatile and can process a variety of biological samples, including plant tissue, seed extracts, and environmental specimens. The provided protocol can be adapted to different sample types by adjusting the DNA extraction step, while the core PCR and electrophoresis procedures remain the same. This flexibility makes the kit suitable for research projects that explore GMO presence in diverse contexts.

What level of sensitivity does the assay achieve?

The assay is capable of detecting GMO DNA at concentrations as low as 0.1 % of total DNA in a sample, which meets most regulatory thresholds for labeling. Sensitivity can be enhanced by extending the PCR cycling time or by using a nested PCR approach, both of which are described in the optional protocol section of the user manual. Consistent results are achieved when the kit’s recommended reagents and consumables are used as instructed.

Is training required to operate the equipment?

While the kit is designed for ease of use, a brief training session—typically 30 minutes—covers basic pipetting techniques, equipment setup, and safety procedures. The included step‑by‑step guide, along with online video tutorials, enables users to become proficient quickly. For institutions that require formal training, BIOLOGIX offers on‑site workshops and webinars tailored to the skill level of the participants.

What support does BIOLOGIX provide after purchase?

Customers receive a 12‑month warranty covering all hardware components, as well as access to a dedicated support portal where they can submit technical questions, download protocol updates, and request calibration services. BIOLOGIX also maintains an active community forum where users share tips, troubleshoot common issues, and discuss best practices for GMO detection. This comprehensive support network ensures that laboratories can maintain high‑quality results throughout the product’s lifecycle.