Midi HD 10×10 Horizontal Gel Electrophoresis
Horizontal Electrophoresis, also known as Horizontal Gel Electrophoresis, is a fundamental technique in molecular biology, genetics, and biotechnology laboratories. This method uses an agarose gel matrix and an electric field to precisely separate DNA and RNA molecules according to their size. The technique is widely employed for analyzing PCR products, verifying nucleic acid quality, and conducting genetic and biotechnological studies. Modern devices such as the Horizontal Gel Electrophoresis System, horizontal electrophoresis tank, and Horizontal Gel Box are designed with precision, safety, and ease of use in mind, ensuring reliable and reproducible results.
Denagene Tajhiz offers a range of professional Horizontal Electrophoresis Systems, including compact and high-capacity models, to meet the diverse needs of laboratories. These systems are built with durable materials and ergonomic designs, allowing for safe handling, easy sample loading, and accurate separation. By providing uniform electrical fields and stable gel conditions, these devices minimize experimental errors and enhance the clarity of DNA/RNA bands. Whether used in research, diagnostics, or education, Horizontal Electrophoresis remains a critical tool for examining nucleic acids and supporting high-quality laboratory workflows. Selecting a high-performance system not only improves experimental precision but also contributes to the overall efficiency and productivity of the laboratory environment.
The horizontal electrophoresis tank plays a crucial role in agarose gel electrophoresis by providing a stable environment for DNA and RNA separation. The tank ensures uniform electric field distribution across the gel, which is essential for achieving accurate resolution of nucleic acid fragments. Researchers use the tank to conduct experiments that require careful monitoring of DNA/RNA migration, including PCR product verification, mutation detection, and RNA integrity assessment. By maintaining stable buffer conditions and preventing leakage, the tank guarantees reproducible results, reducing experimental variability and enhancing laboratory reliability.
In practical applications, the Horizontal Gel Electrophoresis System for DNA allows simultaneous processing of multiple samples, increasing throughput and efficiency in both research and diagnostic laboratories. The tank’s ergonomic design simplifies gel loading and reduces the risk of contamination or sample degradation. Additionally, compact horizontal gel boxes are ideal for PCR product analysis, while larger tanks support more extensive experiments requiring high sample capacity. Researchers working with agarose gel electrophoresis benefit from the precision and clarity provided by these tanks, which are compatible with a wide range of gel concentrations and sizes.
Beyond DNA analysis, Agarose Horizontal Electrophoresis Units for RNA facilitate high-resolution RNA separation, which is critical for gene expression studies, RNA integrity evaluation, and molecular cloning experiments. By controlling the electric field and temperature within the tank, users can prevent overheating or gel deformation, preserving the quality of delicate RNA molecules. The versatility of horizontal electrophoresis tanks also extends to educational settings, allowing students to learn fundamental molecular biology techniques safely and effectively. Ultimately, the horizontal electrophoresis tank application ensures that laboratories achieve accurate, reproducible, and high-quality results for both DNA and RNA analyses.
The primary function of Horizontal Electrophoresis is to separate nucleic acid molecules such as DNA and RNA based on their size and charge. In molecular biology, precise separation is crucial for downstream applications, including PCR analysis, gene cloning, sequencing, and mutation detection. The Horizontal Gel Electrophoresis System uses a horizontal agarose gel placed in a horizontal electrophoresis tank, which provides a uniform medium for molecules to migrate when an electric field is applied. DNA and RNA, being negatively charged, move toward the positive electrode, with smaller fragments traveling faster than larger ones. This size-dependent migration allows researchers to determine the molecular weight and purity of nucleic acid samples accurately.
Beyond basic separation, horizontal electrophoresis facilitates analysis of PCR products, restriction enzyme digestion results, and genetic markers in both research and clinical laboratories. The Horizontal Gel Box ensures even electrical field distribution, preventing distortions in DNA bands and ensuring high reproducibility. Additionally, features like robust construction, spill-resistant designs, and compatibility with various gel sizes make the system reliable for continuous laboratory use. Advanced units, such as the Agarose Horizontal Electrophoresis Unit for RNA, provide specialized capabilities for RNA analysis, which is essential in gene expression studies, RNA integrity assessment, and transcriptomic research.
Another important function is supporting educational and training purposes. The visible separation of nucleic acid fragments on agarose gels allows students and trainees to understand fundamental molecular biology principles effectively. Furthermore, horizontal electrophoresis systems are compatible with staining techniques like ethidium bromide or SYBR dyes, enabling easy visualization under UV or blue light. Overall, the Horizontal Gel Electrophoresis System serves as a versatile, efficient, and precise tool in laboratories for analyzing DNA/RNA, validating experimental results, and supporting both research and educational workflows, making it an indispensable component of molecular biology experiments.
When purchasing a Horizontal Gel Electrophoresis System, several critical factors must be considered to ensure the system meets the laboratory’s needs. First and foremost, the Horizontal Electrophoresis price is an essential consideration, but it should be weighed alongside quality, precision, and included accessories. A high-quality system from Denagene Tajhiz offers long-term value by providing reliable performance, minimal maintenance, and reproducible results, which are essential for DNA and RNA analysis.
Laboratories should assess the system’s horizontal electrophoresis tank capacity, ensuring it accommodates the number of samples processed routinely. Some models, like the Midi HD and Maxi Plus HD, allow simultaneous separation of multiple samples, improving efficiency for research, diagnostic, or educational settings. The size of the tank also determines the maximum gel size and the type of experiments that can be conducted, from simple PCR product analysis to large-scale RNA/DNA studies. Additionally, the quality of the agarose gels and the compatibility of the system with these gels are crucial factors for achieving precise separation and clear band resolution.
Ease of use and ergonomics are another important consideration. Systems designed with a user-friendly layout, clear sample loading guides, and safe handling features reduce the risk of errors and contamination. Accessories such as gel combs, buffer reservoirs, and covers should be included, as they simplify setup and ensure consistency across experiments. Energy efficiency and durability of the system are also important for long-term laboratory use.
Finally, the availability of after-sales support, warranty, and technical guidance should be factored into the purchase decision. Denagene Tajhiz provides comprehensive support, ensuring that laboratories can install, operate, and maintain their horizontal electrophoresis system effectively. Considering these factors, purchasing a high-quality Horizontal Gel Electrophoresis System guarantees accurate, reproducible, and efficient DNA/RNA separation, making it a smart investment for both small and large laboratories.
Using a Horizontal Gel Electrophoresis System effectively requires understanding the basic principles and proper laboratory techniques to ensure accurate DNA or RNA separation. The system operates by applying a uniform electric field across an agarose gel, causing charged nucleic acid molecules to migrate through the gel matrix. Smaller fragments travel faster, while larger fragments move more slowly, allowing precise separation based on size.
The procedure begins with preparing an agarose gel of the desired concentration. Once the gel has solidified, wells are created using combs, which will hold the DNA or RNA samples. The gel is then carefully placed in the horizontal electrophoresis tank, ensuring that the electrodes are properly aligned and buffer is added to cover the gel completely. Samples are mixed with a loading dye and carefully pipetted into the wells.
After the samples are loaded, the system is connected to a power supply, and an appropriate voltage is applied. The horizontal electrophoresis tank ensures a stable electric field and prevents leakage, allowing molecules to separate effectively. Monitoring the progress of electrophoresis is critical to prevent over-running the gel, which could lead to distorted bands or sample loss. Once separation is complete, the gel can be visualized using staining techniques, such as ethidium bromide or safer alternatives, to examine DNA or RNA bands.
The ergonomic design and standardized layout of Denagene Tajhiz systems make the process safer and more efficient, reducing the risk of contamination or sample damage. Proper handling, maintenance, and cleaning of the Horizontal Gel Electrophoresis Apparatus extend its lifespan and maintain consistent experimental outcomes. By following these steps, laboratories can achieve high-quality results, whether analyzing PCR products, performing mutation detection, or studying gene expression. Using the system correctly ensures reproducibility, accuracy, and reliable nucleic acid analysis for research, diagnostics, and educational purposes.
The Horizontal Gel Electrophoresis System offered by Denagene Tajhiz is a professional-grade solution designed for accurate separation and analysis of DNA and RNA in molecular biology, genetic research, and biotechnology laboratories. This system is built with high-quality materials and an ergonomic design, ensuring reliable performance and user safety. By creating a uniform electric field across the agarose gel, the system allows precise separation of nucleic acids according to their size. Researchers can easily visualize clear bands, facilitating downstream applications such as PCR product verification, mutation analysis, and quality control of nucleic acid samples.
The system comes in various models, such as the Midi HD and Maxi Plus HD, which differ in gel dimensions, sample capacity, and additional features. These models are optimized to handle multiple samples simultaneously, improving laboratory throughput and efficiency. The tank design prevents leakage and maintains stable conditions during electrophoresis runs, ensuring reproducibility and minimizing experimental errors. The Horizontal Gel Electrophoresis Apparatus is also compact and user-friendly, making it suitable for both professional research labs and educational institutions.
Denagene Tajhiz has established itself as a leading manufacturer of laboratory equipment in Iran by combining innovative technology, durable materials, and a focus on user convenience. Their horizontal electrophoresis systems are compatible with standard agarose gels, providing flexibility for various research applications, including DNA/RNA horizontal electrophoresis and agarose horizontal electrophoresis for RNA. Using this system allows researchers to maintain consistent quality and high precision in molecular analyses, making it an essential tool in modern genetic and biotechnological research environments.
When considering the purchase of a Horizontal Gel Electrophoresis System, pricing is an important factor alongside performance and features. The Horizontal Electrophoresis price varies depending on the model, gel size, and included accessories such as gel combs, buffer reservoirs, and power supply units. Denagene Tajhiz offers competitive pricing that reflects the high quality, durability, and reliability of their systems. Investing in a well-designed horizontal electrophoresis tank ensures long-term cost efficiency, as these systems are built to minimize maintenance and provide stable performance over many experiments.
Laboratories must also consider the value of included services, such as warranty coverage, after-sales support, and technical guidance. A slightly higher initial investment in a robust, high-precision Horizontal Gel Electrophoresis System can save time, reduce experimental errors, and increase reproducibility, which ultimately results in better research outcomes. For educational labs, the compact models offer cost-effective solutions without compromising accuracy. Additionally, the agarose gel electrophoresis price should be factored in, as high-quality gels contribute significantly to precise DNA and RNA separation.
Denagene Tajhiz provides transparent pricing for both single units and bulk orders, allowing laboratories to plan budgets effectively. With options to purchase pre-assembled systems or modular kits, labs can scale their investment according to project needs. Price considerations should also include operational costs, such as power consumption and consumables, ensuring a clear understanding of the total cost of ownership. Overall, the Horizontal Electrophoresis price represents not just the purchase cost but also the efficiency, reliability, and longevity of a system critical for molecular biology research.
In conclusion, the Horizontal Electrophoresis System is an essential and versatile tool for molecular biology, genetics, and biotechnology laboratories. Its primary role in separating DNA and RNA molecules based on size and charge ensures accurate, reproducible, and high-quality results in research, diagnostic, and educational settings. With features such as uniform electric field distribution, ergonomic design, and compatibility with agarose gels of various sizes, this system enhances both the precision and efficiency of nucleic acid analysis.
The system’s ability to process multiple samples simultaneously and its compatibility with PCR products, RNA analysis, and DNA fragment visualization make it invaluable for modern laboratories. By providing clear, sharp band separation, it allows researchers to monitor experimental outcomes effectively, detect genetic variations, and verify the success of molecular procedures. The availability of compact and durable models ensures that both small-scale educational labs and large-scale research facilities can benefit from its functionality.
Furthermore, Horizontal Gel Electrophoresis promotes safety and user-friendliness, reducing the risk of sample contamination and minimizing handling errors. Combined with high-quality materials, professional design, and reliable support from suppliers such as Denagene Tajhiz, this system offers a complete and dependable solution for nucleic acid separation. Overall, investing in a robust horizontal electrophoresis setup is not only critical for accurate DNA/RNA analysis but also contributes to the overall productivity, precision, and reliability of laboratory workflows, making it a cornerstone of molecular biology experimentation.
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