At Padza, we take pride in offering a diverse range of polyclonal antibodies engineered for high sensitivity and versatile application. Polyclonal antibodies are prized for their ability to recognize multiple epitopes on target antigens, providing robust signal detection and making them ideal for various research and diagnostic needs. These versatile antibodies are indispensable for complex assays where enhanced detection is critical.
Our polyclonal antibody line includes:
- High-sensitivity polyclonal unconjugated antibodies (7 Types): Exceptional for detecting multiple antigenic sites with precision.
- Fluorscent conjugated polyclonal antibodies (12 Types): Perfectly suited for fluorescence-based imaging and detection methods.
- Enzyme conjugated polyclonal antibodies (7 Types): Designed for sensitive enzymatic assays like ELISA and IHC.
High-Sensitivity Polyclonal Antibody
Padza Polyclonal Antibodies
Key Features
- High Sensitivity: Polyclonal antibodies recognize multiple epitopes, ensuring a strong signal even with low-abundance targets.
- Exceptional Purity: Stringent purification minimizes noise for reproducible results.
- Versatility in Applications: Ideal for various laboratory techniques, including:
- Flow Cytometry: For comprehensive analysis of cell markers.
- ELISA: Reliable detection of specific proteins in complex samples.
- Western Blot and Immunocytometry: For protein analysis and detailed imaging.
- Immunohistochemistry (IHC): Essential for tissue-based diagnostics and research.
- Cross-Species Compatibility: Capable of identifying markers across multiple animal species, expanding their research utility.
Why Polyclonal Antibodies?
Polyclonal antibodies are generated to recognize multiple epitopes on a target antigen, providing robust detection and a higher likelihood of binding to the antigen even if some epitopes are altered or masked. This makes them particularly useful for detecting complex or variable targets, such as in tumor marker identification or multi-species studies. FITC and HRP conjugations further enhance their versatility in fluorescence and enzymatic detection systems.