High-quality Recombinant Human B3gnt2 Protein (fc Tag) Flash Sale: 35% Off [S81dui7D]

Superior High-quality Recombinant Human B3gnt2 Protein (fc Tag) Flash Sale: 35% Off [S81dui7D]

Introducing our high-quality High-quality Recombinant Human B3gnt2 Protein (fc Tag) Flash Sale: 35% Off [S81dui7D], a product designed for researchers and scientists seeking precision and purity in their studies. This recombinant protein is produced through a state-of-the-art expression system in HEK293 Cells, ensuring exceptional quality and consistency. The Fc Tag provides added convenience for various applications, including immunodetection and immunotherapy research.

Key Features and Specifications

Our High-quality Recombinant Human B3gnt2 Protein (fc Tag) Flash Sale: 35% Off [S81dui7D] is a valuable tool for exploring the biological functions of B3GNT2, a key enzyme in glycosylation processes. This protein is expressed with a molecular weight of 71.2 kDa and contains an N-hFc tag, making it ideal for applications such as ELISA, Western blot, and immunoprecipitation. The protein is also available in a pure form, with a purity level exceeding 90% as determined by reducing SDS-PAGE. Here are some of the key features:

Expressed in HEK293 Cells

Contains an N-hFc tag for enhanced functionality

High purity: > 90% as determined by reducing SDS-PAGE

Low endotoxin level: < 1.0 EU per μg

Applications and Benefits

Our High-quality Recombinant Human B3gnt2 Protein (fc Tag) Flash Sale: 35% Off [S81dui7D] is a versatile tool for a wide range of research applications. It is well-suited for studying the role of B3GNT2 in glycosylation, cellular signaling, and various diseases. The protein is also useful for developing novel therapeutic strategies and diagnostics. Some of the practical applications include:

Investigating the role of B3GNT2 in glycosylation processes

Developing ELISA and Western blot assays

Characterizing the interaction between B3GNT2 and other proteins

Pioneering new therapeutic approaches for glycosylation-related disorders