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Olfactory Receptor 2T10 Rabbit pAb

Introducing the Olfactory Receptor 2T10 Rabbit pAb, a cutting-edge antibody designed for researchers specializing in olfactory receptor studies. This high-quality primary antibody is specifically engineered to recognize and bind to the Olfactory Receptor 2T10, making it an invaluable tool for immunohistochemistry, immunofluorescence, and western blotting applications. With its exceptional specificity and sensitivity, the Olfactory Receptor 2T10 Rabbit pAb offers reliable results that can enhance your research outcomes.

• High Specificity: The antibody is meticulously designed to target the Olfactory Receptor 2T10 with precision, ensuring accurate and reliable detection.
• Excellent Sensitivity: The Olfactory Receptor 2T10 Rabbit pAb demonstrates high sensitivity, allowing for the detection of even low concentrations of the target protein.

The Olfactory Receptor 2T10 Rabbit pAb is produced using rabbit immunoglobulins, providing a robust and reliable source for your research needs. This antibody is affinity-purified to remove impurities, ensuring a high purity level and minimal cross-reactivity. The following specifications highlight the key properties of this product:

• Source: Rabbit
• Immunogen: Recombinant Olfactory Receptor 2T10 protein
• Form: Liquid
• Concentration: 1 mg/ml
• Storage: Store at -20°C

The Olfactory Receptor 2T10 Rabbit pAb is an essential tool for researchers studying olfactory receptors and their role in various biological processes. Whether you are investigating the molecular mechanisms of olfactory perception or exploring the potential of olfactory receptors in disease diagnosis and treatment, this antibody can provide you with the necessary sensitivity and specificity. Ideal for use in laboratories engaged in neuroscience, immunology, and pharmacology, the Olfactory Receptor 2T10 Rabbit pAb is a reliable choice for enhancing your research capabilities.

• Neuroscience: Investigate the role of olfactory receptors in neural signaling and cognitive processes.
• Immunology: Study the immune response and inflammation associated with olfactory receptor activation.
• Pharmacology: Assess the efficacy of drugs targeting olfactory receptors in various disease models.