High-quality Fbx32/fbox32 Polyclonal Antibody Device [Khj3mfGX]

High-quality Fbx32/fbox32 Polyclonal Antibody Device [Khj3mfGX]: A Versatile Tool for Research

The High-quality Fbx32/fbox32 Polyclonal Antibody Device [Khj3mfGX] is a powerful research tool designed for researchers seeking to explore the functions and expression patterns of Fbx32/FBOX32, a key protein in various biological processes. This antibody offers high specificity and sensitivity, making it ideal for various applications such as Western blotting (WB) and immunofluorescence (IF). With its wide reactivity range covering both human and mouse samples, this antibody is a valuable asset for investigating the role of Fbx32/FBOX32 in diverse research areas.

Key Product Features and Specifications

This High-quality Fbx32/fbox32 Polyclonal Antibody Device [Khj3mfGX] is produced using rabbit immunoglobulin G (IgG), providing a robust and reliable detection method. The antibody is affinity-purified, ensuring high purity and minimal cross-reactivity. Key specifications include a calculated molecular weight of 30 kDa/41 kDa and an observed molecular weight of 40 kDa. The antibody is available in a concentration of 1 mg/mL in a phosphate buffered solution, pH 7.4, containing 0.05% stabilizer and 50% glycerol. It is stored at -20°C and remains stable for 12 months, minimizing the need for frequent reordering.

Applications and Benefits

The High-quality Fbx32/fbox32 Polyclonal Antibody Device [Khj3mfGX] is a versatile tool for researchers studying cell biology, stem cells, and cardiovascular diseases. Its ability to detect Fbx32/FBOX32 in both the cytoplasm and nucleus makes it suitable for various cellular localization studies. The antibody is unconjugated, allowing flexibility in choosing the appropriate secondary antibodies for detection. With recommended dilutions of 1:500-1:1000 for WB and 1:50-1:200 for IF, this antibody provides robust and reliable results. By using this antibody, researchers can gain valuable insights into the role of Fbx32/FBOX32 in various biological processes, potentially leading to new therapeutic approaches for diseases such as muscle atrophy.