Back To School Rat Heat Shock Protein 90kda Alpha B1 Elisa Kit [limited Qty] [8BTQrNCq]

Back To School Rat Heat Shock Protein 90kda Alpha B1 Elisa Kit [limited Qty] [8BTQrNCq]

Introducing the Back To School Rat Heat Shock Protein 90kda Alpha B1 Elisa Kit [limited Qty] [8BTQrNCq] from Innovative Research, a reliable and precise tool for the quantitative determination of Rat Heat Shock Protein 90kDa Alpha B1 in biofluid samples. This kit is designed for researchers seeking a sensitive and efficient method to measure HSP90aB1 levels in serum, plasma, and other biological fluids. With its strip well format and reagents for up to 96 tests, this kit offers unmatched convenience and flexibility for your research needs.

• Highly sensitive detection of HSP90aB1
• Accurate and reliable results
• Convenient strip well format for easy handling

Product Specifications and Technical Details

The Back To School Rat Heat Shock Protein 90kda Alpha B1 Elisa Kit [limited Qty] [8BTQrNCq] is a sandwich ELISA in strip well format, providing a robust and reliable method for the quantification of HSP90aB1. The kit includes all necessary reagents for up to 96 tests, ensuring a cost-effective and efficient workflow. The detection range for HSP90aB1 is 1.56-100ng/mL, with a sensitivity of 0.56ng/mL. The kit also includes a standard calibration curve for accurate sample measurement. All components are stored at 4°C, maintaining stability and longevity of the reagents.

• Optimized for serum, plasma, and other biofluids
• 1.56-100ng/mL detection range
• Sensitivity of 0.56ng/mL

Practical Applications and Benefits

The Back To School Rat Heat Shock Protein 90kda Alpha B1 Elisa Kit [limited Qty] [8BTQrNCq] is an invaluable tool for researchers in various fields, including oncology, immunology, and neuroscience. This kit is ideal for investigating the role of HSP90aB1 in disease processes and for monitoring treatment efficacy. With its high sensitivity and accuracy, this kit enables researchers to detect even low levels of HSP90aB1, providing valuable insights into biological processes and disease mechanisms.

• Research in oncology, immunology, and neuroscience
• Monitoring treatment efficacy
• Understanding disease mechanisms