At Padza, we are dedicated to providing cutting-edge monoclonal antibody solutions that cater to the diverse needs of research, diagnostics, and therapeutic development. Our monoclonal antibodies are meticulously designed to ensure the highest standards of specificity, purity, and application versatility.
Our product line includes:
- High-specificity Monoclonal Unconjugated Antibodies (46 Types): Ideal for detecting target proteins with unmatched precision across multiple research and diagnostic methods.
- Monoclonal FITC-Conjugated Antibodies (6 Types): Fluorescein isothiocyanate (FITC) conjugation enables robust fluorescence-based detection in imaging and analytical applications.
- Monoclonal HRP-Conjugated Antibodies (2 Types): Horseradish peroxidase (HRP) conjugation supports enzymatic detection, making these antibodies indispensable for sensitive and quantitative assays like ELISA and IHC.
High-specificity Monoclonal Antibody
Padza Monoclonal Antibodies
Key Features
- High Specificity and Sensitivity: Engineered to bind target epitopes precisely, minimizing cross-reactivity and maximizing accuracy.
- Exceptional Purity: High-level purification ensure reduced background noise, enabling clear and reproducible results.
- Versatility in Applications: Suitable for a variety of laboratory techniques, including:
- Flow Cytometry: For cell marker detection and quantification.
- ELISA: To detect specific proteins with high reliability.
- Western Blot and Immunocytometry: Essential for protein characterization and imaging.
- Immunohistochemistry (IHC): Widely used in tissue analysis for diagnostics and research.
- Cross-Species Compatibility: These antibodies are capable of identifying markers in multiple animal species, including those used in comparative and translational research.
Why Monoclonal Antibodies?
Monoclonal antibodies are engineered to target single epitopes on antigens with unparalleled precision. This specificity ensures consistent and reliable results, making them indispensable tools for researchers studying cellular processes, disease markers, and treatment pathways. FITC and HRP conjugation further enhance their usability in diverse detection systems, from fluorescence microscopy to enzymatic assays.