Elegant Ambra1 Polyclonal Antibody Great Gift Idea [KbZ9Dwkc]

Elegant Ambra1 Polyclonal Antibody Great Gift Idea [KbZ9Dwkc]: Your Reliable Tool for Research

The Elegant Ambra1 Polyclonal Antibody Great Gift Idea [KbZ9Dwkc], SKU # E-AB-10787, is a highly specialized research tool designed for scientists engaged in the study of autophagy, cancer, cardiovascular, metabolism, neuroscience, and signal transduction. This antibody, raised in rabbits and affinity purified, offers exceptional specificity and sensitivity for detecting AMBRA1 in various applications. With its wide reactivity to both human and mouse samples, it is a versatile choice for researchers across multiple disciplines.

Key Product Features and Specifications

The Elegant Ambra1 Polyclonal Antibody Great Gift Idea [KbZ9Dwkc] is produced using recombinant human AMBRA1 protein as the immunogen, ensuring high affinity and specificity. This antibody is ideal for immunohistochemistry (IHC) applications, providing clear and consistent results. It is unconjugated, allowing for flexibility in conjugation options. The antibody is supplied in a concentration of 0.3 mg/mL in a phosphate buffered solution, pH 7.4, containing 0.05% stabilizer and 50% glycerol. This formulation ensures stability and longevity, with a shelf life of 12 months when stored at -20°C and protected from freeze/thaw cycles.

Applications and Benefits

The Elegant Ambra1 Polyclonal Antibody Great Gift Idea [KbZ9Dwkc] is an essential tool for researchers investigating the role of AMBRA1 in autophagy, development of the nervous system, and protein turnover during neuronal development. Its ability to interact with BECN1 and potentially form a complex with PIK3C3 makes it particularly valuable for studies on autophagy regulation. The antibody's wide reactivity to human and mouse samples, coupled with its excellent performance in IHC, makes it a go-to reagent for researchers in cancer, cardiovascular, metabolism, neuroscience, and signal transduction fields. By using this antibody, scientists can gain deeper insights into the complex processes of autophagy and its implications in various diseases and conditions.