Invitrogen™ Tetra Electrophoresis Primary Core

• Swap and go—designed to work with Bio-Rad's Mini-PROTEAN Tetra systems, allowing for a smooth transition without the need for new equipment
• Achieve high performance—compatible with Invitrogen precast protein gels for high-quality results
• Run multiple gels—capable of running up to four gels simultaneously to increase throughput (with a Companion Core, sold separately)
• Access versatile gel options—compatible with all Invitrogen mini gels for diverse applications

The Tetra Electrophoresis Primary Core stands out due to its compatibility with all Invitrogen mini gels, allowing users to swap and run gels effortlessly while achieving high-performance results. Capable of running up to four gels simultaneously when combined with our Tetra Electrophoresis Companion Core, it significantly increases throughput and efficiency. Additionally, its self-aligning cassettes and leak-proof design ensure stable and reliable electrophoresis runs, making experiment setup easy and fast.

The Tetra Electrophoresis Primary Core comes with the Tetra Buffer Dam (Cat. No. 1658039) for use when running only one gel in the core. To run three or four gels at once, the Tetra Electrophoresis Companion Core (Cat. No. 1658038) is used alongside the Primary Core. This combination allows for the simultaneous running of multiple gels, further enhancing throughput and efficiency in your lab. The Companion Core works seamlessly with the Primary Core, providing a flexible solution for varying experimental needs.

This cost-effective solution eliminates the need for new electrophoresis equipment, saving costs while enhancing your lab's capabilities. The Tetra Electrophoresis Primary Core is straightforward to use: simply swap the cores in your Bio-Rad Mini-PROTEAN Tetra system for the Invitrogen Tetra cores and use Invitrogen mini protein gels following their recommended protocols. Invitrogen precast protein gels offer excellent protein integrity with neutral pH, a wide range of molecular weight separation, fast run times, and a long shelf life, making them ideal for high-performance and reproducible results in your experiments.