Complete Mouse Transforming Growth Factor Beta Receptor Ii Elisa Kit Set [qmj853SY]

Accurate Detection of Mouse TGFbR2

The Complete Mouse Transforming Growth Factor Beta Receptor Ii Elisa Kit Set [qmj853SY] from Innovative Research is a sophisticated tool designed for the precise quantification of Mouse Transforming Growth Factor Beta Receptor II in a variety of biofluid samples. This kit is tailored for researchers seeking a reliable and efficient method to measure TGFbR2 levels in tissue homogenates, cell lysates, and other biological fluids. Its sandwich ELISA format ensures high sensitivity and specificity, making it an ideal choice for both routine and specialized research applications.

• Quantitative determination of Mouse TGFbR2 in biofluid samples
• Strip well format for easy and convenient use
• Reagents for up to 96 tests, maximizing efficiency and minimizing waste

Key Product Features

The Complete Mouse Transforming Growth Factor Beta Receptor Ii Elisa Kit Set [qmj853SY] stands out for its robust performance and user-friendly design. The kit features a calibration curve prepared using dilutions of Mouse TGFbR2, allowing for accurate and reproducible results. Its high sensitivity of 0.105ng/mL ensures the detection of even low concentrations of TGFbR2. Additionally, the kit's reagents are stored at 4°C, ensuring longevity and stability.

• High sensitivity of 0.105ng/mL for precise measurements
• Reagents stored at 4°C for long-term stability and reliability
• Strip well format for easy handling and minimal waste

Practical Applications

This Mouse TGFbR2 activity assay is invaluable for researchers studying various biological processes and diseases. Its versatility allows for the analysis of TGFbR2 in a range of samples, making it suitable for a wide array of research applications. Whether you are investigating the role of TGFbR2 in cellular signaling, tissue repair, or disease progression, this kit is a reliable tool to enhance your research outcomes.

• Quantitative analysis of TGFbR2 in tissue homogenates and cell lysates
• Useful for studying cellular signaling and disease progression
• Delivers consistent, reliable results for advanced research applications