Brief: Discover the five core considerations for purchasing chemiluminescence reagent acridine ester ME-DMAE-NHS, a key raw material in biomedical detection. Learn about its ultra-short reaction time, high sensitivity, and biocompatibility, essential for immunoassay, nucleic acid testing, and drug development.
Related Product Features:
High purity standard ≥ 98% ensures luminous efficiency and low background noise.
Sensitive to light, heat, and humidity; requires storage at 2-8°C in sealed brown bottles.
Synthesis process impacts luminescence performance; latest technology enhances efficiency.
Dimethylaminoethyl group enables strong nucleophilicity for stable bonds in antibody labeling.
Manufacturers provide technical training and after-sales support for optimal usage.
Cost-effective compared to imported reagents, reducing single test costs by 40%.
Independent production capabilities ensure supply chain stability and long-term partnerships.
Offers high luminescence efficiency, stable chemical properties, and precise application matching.
Faqs:
What is the purity standard for acridine ester ME-DMAE-NHS?
High-quality acridine ester ME-DMAE-NHS has a purity standard of ≥ 98%, which ensures optimal luminous efficiency and minimal background noise.
How should acridine ester ME-DMAE-NHS be stored?
It should be stored in sealed brown opaque bottles at 2-8°C to prevent degradation from light, heat, and humidity.
Why is acridine ester ME-DMAE-NHS preferred for immunoassays?
Its dimethylaminoethyl group provides strong nucleophilicity, enabling stable bonds with proteins and antibodies, making it ideal for immunoassays and peptide detection.
What are the cost benefits of using acridine ester ME-DMAE-NHS?
Compared to imported reagents, it reduces single test costs by 40% while maintaining comparable performance, making it cost-effective for large-scale projects.