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MRP-L3 Rabbit pAb: Precision Antibody

Introducing the MRP-L3 Rabbit pAb, a cutting-edge antibody designed for precise and reliable detection of MRP-L3 in various research applications. This high-quality antibody offers exceptional specificity and sensitivity, making it an ideal choice for researchers seeking accurate results. The MRP-L3 Rabbit pAb is derived from rabbit serum and has been optimized for use in immunohistochemistry, western blot, and ELISA assays. With its robust performance, this antibody is a valuable tool for understanding the role of MRP-L3 in cell biology and disease research.

• High Specificity: Ensures accurate detection of MRP-L3 without cross-reactivity.
• High Sensitivity: Detects low levels of MRP-L3 with high precision.

Product Properties and Specifications

The MRP-L3 Rabbit pAb is produced using a proprietary immunization and purification process, resulting in a highly pure and stable antibody. This antibody is characterized by its strong binding affinity to MRP-L3, providing consistent and reproducible results across different experiments. The antibody is available in different concentrations, including 1mg/ml and 5mg/ml, to accommodate various experimental needs. It is also suitable for use with a range of blocking buffers and detergents, making it versatile for different laboratory techniques.

• High Purity: Rigorous purification process ensures minimal contamination.
• Stable Formulation: Formulated for long-term storage and stability.

Practical Applications and Benefits

The MRP-L3 Rabbit pAb is a powerful tool for researchers studying the role of MRP-L3 in various diseases, including cancer and neurodegenerative disorders. Its high specificity and sensitivity make it particularly useful for investigating the expression and function of MRP-L3 in different cellular contexts. This antibody is also suitable for clinical diagnostics, where accurate detection of MRP-L3 is crucial for patient care. By using the MRP-L3 Rabbit pAb, researchers can gain valuable insights into the molecular mechanisms underlying these diseases and develop new therapeutic strategies.

• Research Applications: Ideal for cancer and neurodegenerative disease research.
• Clinical Diagnostics: Supports accurate diagnosis and patient care.