Thanksgiving Deal Rat Par2(protease Activated Receptor 2) Elisa Kit - Limited Release [k6PohTJr]

Rat PAR2 ELISA Kit

Introducing the Thanksgiving Deal Rat Par2(protease Activated Receptor 2) Elisa Kit - Limited Release [k6PohTJr], a state-of-the-art diagnostic tool designed for researchers and medical professionals specializing in protease-activated receptor research. This kit offers a reliable and efficient method for quantifying PAR2 levels in rat samples, providing accurate and consistent results. With its high sensitivity and specificity, the Rat PAR2 ELISA Kit is an essential tool for various applications, including disease research, drug discovery, and diagnostic testing.

• High Sensitivity and Specificity
• Easy to Use
• Reproducible Results

Product Specifications and Features

The Rat PAR2 ELISA Kit is designed with cutting-edge technology to ensure accurate and reliable measurements. It includes all the necessary components for a successful assay, including a ready-to-use detection antibody, standard curve, and detailed instructions. The kit offers a wide dynamic range, allowing for the detection of low to high concentrations of PAR2. Its robust design ensures minimal cross-reactivity and interferences, providing you with the highest quality results.

• Wide Dynamic Range
• Low Cross-Reactivity
• Comprehensive Kit Components

Practical Applications and Benefits

The Rat PAR2 ELISA Kit is a versatile tool that can be used in a variety of research and diagnostic settings. It is particularly beneficial for researchers studying inflammatory diseases, pain management, and cardiovascular disorders, as PAR2 plays a crucial role in these areas. The kit's ease of use and reliability make it an ideal choice for both experienced scientists and those new to ELISA assays. By utilizing this kit, you can gain valuable insights into the role of PAR2 in various biological processes, leading to advancements in medical research and treatment options.

• Use in Inflammatory Disease Research
• Supports Pain Management Studies
• Valuable for Cardiovascular Disorder Research