XCell II™ Blot Module: Efficient Transfer of Proteins and Nucleic Acids for Mini-Gels
The XCell II™ Blot Module is an essential tool for molecular biology and biochemistry laboratories seeking to perform rapid and efficient transfers of proteins and nucleic acids. This wet-transfer system for mini-gels has been specifically designed to be used with XCell SureLock™ and XCell II™ systems, making biomolecule transfers reliable and reproducible. With its ergonomic design and compatibility with several types of gels, the XCell II™ Blot Module simplifies key steps in western blot, southern blot, and northern blot techniques while ensuring high-quality results.
One of the major advantages of the XCell II™ Blot Module is its ability to accommodate up to two mini-gels simultaneously, which increases productivity and allows researchers to save time without compromising the quality of transfers. This system is designed to use less than 200 mL of transfer buffer, which significantly reduces the amount of reagents needed compared to other transfer methods. This results in substantial savings in consumables costs while limiting waste and reducing environmental impact.
The module is compatible with several commonly used gel formats, including Bolt Bis-Tris Plus gels, NuPAGE, and Novex Mini Gels. This expanded compatibility provides greater flexibility for researchers who need to adapt to different transfer protocols and allows for standardization of equipment within the laboratory.
One of the key technical elements of the XCell II™ Blot Module lies in its robust electrode system, consisting of electrodes made from platinized titanium and stainless steel. These durable materials are not only resistant to corrosion and intensive use conditions, but they also ensure the creation of a uniform electric field across the gels. This uniformity is essential to ensure even transfers, minimizing artifacts and uneven results that can occur with other transfer systems.
Unlike many other transfer modules that require clamps or hinged gel holders, the XCell II™ Blot Module eliminates these cumbersome accessories. Thanks to its clamp-free system, gel installation is simplified, reducing complex manipulations and potential errors. This approach greatly facilitates the daily work of researchers, allowing them to focus on analyzing results rather than on the technical details of the transfer.
The XCell II™ Blot Module has been designed to integrate easily and seamlessly into the XCell SureLock™ Mini-Cell, providing a consistent platform for mini-gel transfer applications. The module’s leak-proof design ensures that transfers occur without leaks, which is crucial to avoid contamination of samples and minimize errors related to buffer handling. This feature also improves lab safety by preventing any risk of buffer spills.
Another strength of the module is the simplicity of its setup. The device has been designed to offer quick and intuitive installation, allowing users to save valuable time in often highly demanding lab environments. This makes it a practical tool, even for less experienced users, while ensuring consistent precision and reliable performance over time.
One of the most notable advantages of the XCell II™ Blot Module is the speed of transfers it allows. Thanks to a combination of its optimized electric field and ergonomic design, this module ensures rapid transfers while maintaining maximum efficiency. This is particularly useful in laboratories that need to process a large number of samples in a short time, thereby offering increased productivity without compromising the quality of results.
The XCell II™ Blot Module is also appreciated for its lightweight and ease of handling. Being lightweight, it is easy to move or integrate into different workflows within the lab. Additionally, its room-temperature operation eliminates the need for temperature regulation, simplifying its use and making it adaptable to various lab conditions.
No complex adjustments are necessary to use this device, which enhances its practicality for routine lab tasks. This makes it an ideal solution for researchers seeking both performance and simplicity in their transfer equipment.
