Mini VD 10×10 Vertical Gel Electrophoresis System
Vertical electrophoresis is an essential and professional laboratory tool used in biochemistry, genetics, and molecular biology to separate proteins and nucleic acids with high precision. This system allows researchers to distinguish molecules based on their molecular weight and electric charge, enabling accurate protein electrophoresis or SDS-PAGE experiments. By using a vertical gel electrophoresis system and vertical gel electrophoresis tank, laboratories can improve experiment quality and reduce errors caused by buffer leakage or uneven electric current distribution.
Denagene Tajhiz, a leading supplier of laboratory equipment in Iran, offers a wide range of vertical electrophoresis systems. Popular models include Mini VD 10×10, Maxi VD 22×23, and the Mega Gel family, each designed with unique features, varying capacities, and the ability to process multiple gels simultaneously. Modern ergonomic designs make gel casting easy without the need for clamps or traditional accessories. Platinum electrodes and advanced circulation systems ensure uniform and reproducible results across experiments.
By choosing Denagene Vertical Electrophoresis, researchers can perform laboratory procedures quickly, accurately, and confidently. These systems are suitable for genetic, biochemical, medical research labs, and educational projects, delivering professional, error-free protein and nucleic acid separation. The easy installation, rapid gel preparation, and compatibility with various power supplies make these systems safe and user-friendly.
The vertical electrophoresis system is particularly valuable for SDS-PAGE experiments, allowing proteins to be separated by molecular weight and nucleic acids to be precisely analyzed. With features such as multiple gel processing, anti-leak designs, and advanced buffer circulation, the system supports complex research, diagnostic, and educational applications. Denagene Tajhiz’s vertical electrophoresis systems provide laboratories with a reliable, efficient, and professional tool for all separation needs.
The price of a vertical electrophoresis system depends on the model, features, and capacity. For laboratories looking to invest in vertical gel electrophoresis systems, it is essential to consider both functionality and cost-effectiveness. Denagene Tajhiz offers a variety of models with competitive pricing, ensuring laboratories receive professional-quality systems without compromising reliability.
The Mini VD 10×10 model is designed for smaller labs or limited sample processing. It can handle two gels simultaneously with 11 samples per gel. In contrast, the Maxi VD 22×23 model is suitable for high-throughput laboratories, capable of processing two gels simultaneously with 24 samples per gel. Its larger buffer volume and advanced circulation system make it ideal for professional research and diagnostic labs.
Factors that influence the vertical electrophoresis price include the number of gels processed at once, internal and external buffer capacity, platinum electrodes, and advanced circulation for uniform results. Denagene Tajhiz ensures that each model offers high performance, easy gel casting, and anti-leak designs to maintain experimental accuracy.
Additionally, laboratories can request custom Mega Gel family systems, where prices vary depending on specifications and research requirements. Choosing a system from Denagene Tajhiz not only provides accurate, reproducible results but also includes after-sales support and warranty coverage, ensuring long-term reliability. Understanding the vertical gel electrophoresis tank price allows laboratories to select a model that fits both budget and experimental needs. Investing in a high-quality vertical electrophoresis system is essential for achieving precise, efficient, and reproducible results in protein and nucleic acid separation.
The Denagene Tajhiz Vertical Gel Electrophoresis System is a state-of-the-art laboratory device designed for precise protein and nucleic acid separation. Engineered for both research and diagnostic applications, it provides reproducible results while maintaining user-friendly operation. This system is compatible with SDS-PAGE and other standard vertical gel techniques, making it versatile for molecular biology, biochemistry, and genetics laboratories.
The Denagene Tajhiz Vertical Gel Electrophoresis System enables precise separation of proteins and nucleic acids for both research and diagnostic use, compatible with SDS-PAGE and standard vertical gel methods.
The vertical electrophoresis system has wide-ranging applications in molecular biology, biochemistry, genetics, and educational laboratories. Its primary function is the separation of proteins and nucleic acids based on molecular weight and electric charge, enabling highly accurate SDS-PAGE experiments. Researchers can analyze protein purity, molecular composition, and post-translational modifications with high precision.
One of the main applications is in protein electrophoresis, where the system separates complex protein mixtures for research or diagnostic purposes. Laboratories can determine protein molecular weights, detect impurities, and perform comparative studies between samples. The advanced design of Denagene Tajhiz systems, including the vertical gel electrophoresis tank, platinum electrodes, and controlled buffer circulation, ensures uniform migration and reproducible results, even for high-throughput samples.
Another critical application is in nucleic acid analysis, including DNA and RNA separation for genetic studies, cloning verification, or PCR product analysis. Vertical electrophoresis allows researchers to identify nucleic acid sizes accurately and evaluate sample integrity. This precision is essential for diagnostics, research, and teaching laboratories that require reliable results.
Educational applications also benefit from vertical electrophoresis systems. Compact models like the Mini VD 10×10 provide students with hands-on experience in gel casting, sample loading, and real-time observation of molecule migration. The ergonomic design and user-friendly operation reduce operational errors and enhance learning outcomes.
Additionally, laboratories involved in biotechnology research use vertical electrophoresis for studying protein-protein interactions, enzyme kinetics, and molecular markers. The ability to process multiple gels simultaneously with models like Maxi VD 22×23 improves efficiency and productivity in research workflows.
In summary, the vertical electrophoresis system is a versatile and essential tool in any laboratory. Its applications span protein and nucleic acid analysis, diagnostics, research, and education. Denagene Tajhiz vertical electrophoresis systems provide reliable, high-quality results across diverse laboratory applications, ensuring accuracy, reproducibility, and efficiency.
The vertical electrophoresis system is designed to separate proteins and nucleic acids based on their size, charge, and molecular weight. Its primary function is to provide a controlled environment where samples migrate through a gel matrix under the influence of an electric field. This precise separation allows researchers to analyze complex biological mixtures with high resolution and reproducibility.
In protein studies, vertical electrophoresis is commonly used with SDS-PAGE, a method that denatures proteins and imparts a uniform negative charge. When samples are loaded into the gel, the electric field drives proteins through the gel pores, with smaller proteins migrating faster than larger ones. This separation facilitates molecular weight determination, purity assessment, and comparative analysis between samples. The system’s vertical gel electrophoresis tank ensures uniform current distribution, minimizing errors caused by uneven electric fields or buffer leakage.
For nucleic acid applications, the system enables DNA and RNA separation for genetic studies, PCR verification, or RNA integrity analysis. The vertical orientation and buffer circulation provide consistent electrophoretic conditions, ensuring sharp, reproducible bands. Researchers can accurately identify nucleic acid sizes and assess sample quality without compromising experimental integrity.
The device is also equipped to handle multiple gels simultaneously, increasing laboratory throughput and efficiency. Models like the Mini VD 10×10 and Maxi VD 22×23 allow simultaneous analysis of multiple samples, reducing time and improving productivity. The modular gel casting design simplifies gel preparation, while platinum electrodes and an advanced circulation system maintain stable temperature, preventing gel overheating and ensuring consistent results.
In educational and research labs, the function of vertical electrophoresis extends beyond analysis. It provides hands-on learning for students, demonstrating molecular migration, gel casting, and sample handling. Overall, the vertical electrophoresis system is a versatile, precise, and essential tool that ensures accurate protein and nucleic acid separation, supporting a wide range of laboratory applications.
The Denagene Vertical Gel Electrophoresis System offers a range of advanced features designed to enhance precision, efficiency, and user convenience in laboratories. One of the primary features is the vertical gel electrophoresis tank, which provides uniform electric current distribution and minimizes buffer leakage. This ensures highly reproducible results, even during extended runs or high-throughput experiments.
Another key feature is the use of platinum electrodes, which guarantee consistent conductivity and durability. Paired with an advanced buffer circulation system, the device maintains a stable temperature throughout the gel, preventing overheating and preserving sample integrity. This eliminates the need for additional external cooling equipment and reduces experimental errors.
Denagene systems are designed with modular gel casting units, allowing easy preparation and insertion of gels. This user-friendly design removes the need for clamps or traditional accessories, streamlining the workflow and saving time.
The Mini VD 10×10, Maxi VD 22×23, and Mega Gel family models allow simultaneous processing of multiple gels, increasing laboratory throughput and productivity.
Safety and convenience are also major features. The system is compatible with various power supplies and includes anti-leak designs, ensuring safe operation in research and educational environments. Ergonomic considerations, such as easy gel removal and simple sample loading, reduce user fatigue and operational errors.
Additional features include versatility in applications. The system supports SDS-PAGE, protein electrophoresis, and nucleic acid separation, making it suitable for research, diagnostics, and teaching purposes.
Denagene’s comprehensive package includes the tank, gel modules, combs, spacers, and all necessary accessories, providing a ready-to-use solution for laboratories.
In summary, the Denagene Vertical Gel Electrophoresis System combines precision, durability, and ease of use. Its features—modular design, advanced circulation, platinum electrodes, and high throughput—make it an indispensable tool for laboratories seeking reliable, efficient, and professional-grade electrophoresis solutions.
Purchasing a vertical electrophoresis system is a critical decision for any professional laboratory, as the quality, precision, and reliability of experiments largely depend on the chosen equipment. When buying a vertical gel electrophoresis system, several factors should be carefully evaluated, including system capacity, model specifications, and additional features.
One of the first considerations is the laboratory’s sample throughput. For smaller labs or educational purposes, the Mini VD 10×10 model is ideal, processing two gels with 11 samples per gel. For research labs requiring higher throughput, the Maxi VD 22×23 model allows two gels with 24 samples each, providing efficiency for high-volume protein or nucleic acid experiments. For specialized or large-scale projects, the Mega Gel family offers customizable options for multiple gel processing.
The vertical gel electrophoresis tank is another key consideration. Look for systems with platinum electrodes, advanced buffer circulation, and anti-leak designs to ensure uniform current distribution and reproducible results. These features reduce experimental errors, prevent overheating, and maintain gel integrity. Ergonomic and user-friendly designs simplify gel casting, sample loading, and operation, which is especially important for training and educational laboratories.
Cost is also an important factor. Evaluate the vertical gel electrophoresis price and compare models based on the features and capacity offered. Denagene Tajhiz provides competitive pricing while ensuring high-quality materials, warranty coverage, and after-sales support. Additionally, check if the system includes complete accessories—tank, gel modules, combs, spacers, and wiring—so you do not need to purchase extra equipment.
Finally, consider the versatility and applications of the system. A good vertical electrophoresis system should support SDS-PAGE, protein analysis, and nucleic acid separation, making it suitable for research, diagnostics, and educational purposes. Choosing a trusted brand like Denagene Tajhiz ensures a reliable, precise, and long-term investment that enhances laboratory efficiency and experimental accuracy.
The vertical electrophoresis system is an indispensable tool for laboratories involved in protein and nucleic acid analysis. By providing precise separation based on molecular weight and electric charge, it ensures accurate, reproducible results that are critical for research, diagnostics, and educational applications. Systems like the Denagene Tajhiz Vertical Gel Electrophoresis System combine advanced features, high reliability, and user-friendly design, making them suitable for a wide range of laboratory environments.
Choosing the right model depends on laboratory needs. The Mini VD 10×10 is ideal for small-scale experiments or educational settings, while the Maxi VD 22×23 supports high-throughput laboratories with simultaneous multi-gel processing. The Mega Gel family offers customizable solutions for specialized research projects requiring large-scale or complex electrophoresis workflows. Regardless of the model, Denagene Tajhiz systems provide ergonomic design, modular gel casting, and advanced buffer circulation, ensuring safe operation and consistent results.
In addition to performance, purchasing a vertical electrophoresis system from a reputable supplier like Denagene Tajhiz ensures comprehensive support, warranty coverage, and access to technical assistance. The inclusion of complete accessories—gel modules, combs, spacers, and connecting wires, allows laboratories to begin experiments immediately without additional purchases. This level of support simplifies workflows and enhances overall laboratory efficiency.
Ultimately, investing in a vertical electrophoresis system is an investment in accuracy, efficiency, and reliability. From protein SDS-PAGE analysis to DNA and RNA separation, Denagene Tajhiz systems provide the precision and durability needed for modern laboratory work. Whether for research, diagnostics, or teaching purposes, these systems deliver consistent, high-quality results, making them a cornerstone of any professional laboratory setup.
Choosing Denagene Tajhiz ensures laboratories achieve optimal experimental outcomes, streamline workflows, and maintain confidence in their electrophoresis experiments. A vertical electrophoresis system is more than just equipment,it is a critical tool for advancing scientific research and education.
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