Semi-Dry

For the first time in 1984, the Semi-Dry Blotting technique was introduced by Andersen. Initially, the blotting technique was performed horizontally, using plate electrodes. The gel and nitrocellulose membrane were sandwiched between layers of wetted filter paper. The filter papers served as ionic reservoirs and also replaced the buffer in the moist state. The Semi-Dry Blotting system, with its high simplicity, preserved the fundamental principles of the semi-dry blotting technique and, on the other hand, introduced some new features, making it easy to use and set up quickly.

Applications:

• Rapid Protein Transfer: Efficiently transfers proteins from gel to membrane
• Material Savings: Reduces the use of buffer and other materials
• Quick Setup: Simple and fast to set up and use
• High Reproducibility: Ensures accurate and repeatable results
• Ideal for Molecular Biology Research: Suitable for identifying and analyzing proteins, DNA, and RNA

 Features

• Good Transfer Quality
• Compatible with Gels of Various Sizes for Transfer
• High Quality and Durability of the Cathode and Anode
• Compatible with Various Electrophoresis Power Sources
• Competitive Price