• Eliminates electrophoresis artifacts such as smiling and ghost bands
• Produces sharper bands with unparalled migration times
• Uses less sample and provides higher sensitivity

ERICA^TM MP Electrophoresis Systems are designed and optimized to deliver the reproducibility, resolution, and speed needed to generate exceptional quality results.

ERICA^TM MP Electrophoresis Systems are configured to keep the temperature of the gel cool and constant, even at very high power settings. The ERICA^TM MP design isolates the upper buffer chamber to prevent it from coming in contact with the gels. Further, by immersing the gels in the lower buffer chamber, both sides of both gels are in contact with the buffers. This unique design helps ensure a low even temperature across the gel minimizing migration effects such as smiling or band scatter, and, when used with Pantera gels that have glass plates, exceptionally high voltages can be used for electrophoresis. With the ERICA System, you obtain consistently straight sample migration with sharper bands in half the time. For high-performance.

Uniform Lower Buffer Cooling	Conventional System

When compared with a conventional system, ERICA^TM unique design ensures a consistent and even gel temperature during electrophoresis, which minimizes artifacts and maximizes resolution.

The shorter migration distance used with this system result not only in tremendous time savings but also minimize the dispersion of bands from diffusion and thermal convection.

The high resolution combined with short run times produces exceptionally sharp bands, which translates into exceptional sensitivity. For similar sensitivity to standard electrophoresis systems, you typically only need to load 50 - 60% of the sample amount.

The ERICA System has been designed to rapidly and easy assemble and disassemble. In addition, we also added other user-friendly features. For example, for labs running a lot of samples, the ERICA System is provided with lids in 4 different colors - making it easy for you to differentiate which samples are on which apparatus.