Authentic Human Palmdelphin Elisa Kit Series [Ovcu2NkI]

Authentic Human Palmdelphin Elisa Kit Series [Ovcu2NkI]

Are you in need of a reliable and efficient tool for the quantitative determination of Human Palmdelphin in various biofluid samples? Look no further! Our Authentic Human Palmdelphin Elisa Kit Series [Ovcu2NkI] from Innovative Research is designed to provide you with precise and consistent results. This high-quality kit is tailored for researchers and scientists who require a robust method for detecting Palmdelphin in tissue homogenates and other biological fluids.

• Accurate quantification of Human Palmdelphin in biofluid samples
• Convenient strip well format for easy handling and analysis
• Reagents for up to 96 tests, ensuring cost-effective and efficient use

Key Features and Specifications

The Authentic Human Palmdelphin Elisa Kit Series [Ovcu2NkI] is a sandwich ELISA in strip well format, offering a user-friendly and efficient way to measure Palmdelphin activity. This kit utilizes a sensitive and specific detection method, allowing for the quantification of Palmdelphin with a range of 1.56-100ng/mL and a sensitivity of 0.61ng/mL. With its ready-to-use reagents, you can easily set up and perform your assays without the need for complex preparation procedures.

• Sensitive detection with a range of 1.56-100ng/mL
• High sensitivity of 0.61ng/mL
• Ready-to-use reagents for streamlined workflow

Practical Applications and Benefits

Our Authentic Human Palmdelphin Elisa Kit Series [Ovcu2NkI] is ideal for a wide range of research applications, including studies on the role of Palmdelphin in various biological processes. Whether you are investigating Palmdelphin's involvement in tissue regeneration, inflammation, or other complex biological phenomena, this kit can provide you with reliable and reproducible data. By offering reagents for up to 96 tests, this kit is perfect for high-throughput experiments and research involving multiple samples.

• Perfect for research applications involving Palmdelphin
• Supports high-throughput experiments with up to 96 tests
• Contributes to reproducible and reliable results