Product List
- News Center：
- Home>
- News Center>
- Company News>
- News Details
Recommended Series | The Ideal Choice for Accurate Catalase Activity Assay—Acridinium Ester NSP-DMAE-NHS
2025/8/26 11:00:45 Browse volume(17)In the field of biochemical detection, signal strength is crucial for research depth. The ability to stably output a clear signal directly determines the accuracy and repeatability of experimental results.
Acridinium ester NSP-DMAE-NHS is designed to solve this problem. Its DMAE structure can rapidly luminesce under the action of peroxidase, providing a high signal-to-noise ratio chemiluminescent response, which strongly supports researchers in accurately capturing trace changes.
I. Product Properties
Name: Acridinium ester (NSP-DMAE-NHS)
English Name: NSP-DMAE-NHS
CAS No.: 194357-64-7
Molecular Formula: C30H26N2O9S
Molecular Weight: 590.61
Specification: 1mg/ 5mg/ 10mg (Custom packaging available)
Appearance: Light yellow powder
Cat No.: G05010003
Acridinium ester NSP-DMAE-NHS is a labeling compound optimized for chemiluminescence systems, featuring good stability and sensitivity. Its unique DMAE structure allows it to trigger a luminescent reaction in the presence of the target enzyme, making it suitable for various detection scenarios.
II. Application Scenarios
Peroxidase Activity Detection: Can be used as a luminescent probe for real-time monitoring of peroxidase activity in biological samples.
Clinical Diagnostic Applications: Suitable for automated immunochemiluminometric analyzers for high-throughput detection of items such as infectious disease markers and hormone levels.
Glycoprotein Interaction Studies: Can be used for quantitative analysis of binding affinity between proteins and carbohydrates, such as the construction of lectin-acridinium ester complexes.
III. Product Advantages
High Sensitivity: Effectively identifies trace target molecules, significantly enhancing detection signal strength.
High Accuracy:The luminescent process is stable and controllable, contributing to reproducible experimental data.
High Specificity:The binding reaction with the target molecule is highly specific, reducing the risk of cross-interference.
IV. Detection Principle
Acridinium ester NSP-DMAE-NHS is a chemiluminescent label composed of an acridinium ester and a dimethylaminophenol (DMAE) derivative. During detection, the DMAE structure can specifically react with peroxidase to produce a strong light signal. When DMAE recognizes and locks onto peroxidase activity, the enzymatic reaction triggers DMAE to generate detectable light, enabling rapid determination of the enzyme's presence and precise quantification of its level through light intensity.
Extended Services
We also provide a variety of chemiluminescent substrates and related raw materials. For more customized solutions or technical consultation, please call +86 13302967066!
For related products such as hematology dyes and buffer salts, you can view the complete product line and technical specifications on the 【MedSun Official Website】.
Established in 2015, we are a high-tech enterprise focusing on the R&D, production, and sales of biochemical reagent raw materials for fields such as microbial detection, gene sequencing, and in-vitro molecular diagnostics. We are dedicated to providing high-quality biochemical reagent raw materials and professional custom synthesis services, with a product range covering over ten categories and nearly a thousand innovative products. Adhering to the core philosophy of "Customer First, Integrity and Professionalism," we serve with dedication to meet the diverse needs of our customers in research and testing.
Official Account: GeneSeqTools Bioscience
Official Website: http://www.geneseqtools.com
Helpline: +86 0755-23251735
QQ: 2370561481
Email: sales@geneseqtools.com
Related Links
- · FAQs about Geneseqtools BioTech [2024-07-04]
- · Recommended Series | Unlocking a New Era of Efficient Detection — Homogeneous Chemiluminescent Substrate Acridan Ketene Dithioacetal 1 [2025-08-06]
- · Recommended Series | X-α-Man (CAS: 125229-64-3): α-D-Mannosidase Substrate, Equip Your Target Strains with a "Blue Marker"! [2025-08-12]
- · Recommended Series | Break Free from Import Dependence! Domestically Produced Chromogenic Substrate X-β-Xyl Now Available in Stock for Efficient β-D-Xylosidase Detection [2025-08-14]
- · Recommended Series | Chemiluminescence Amplifier: 5-(Tetradecanoylamino)fluorescein, Making Research Signals Leap onto the "Screen" [2025-08-20]
- · Recommended Series | X-Thymidine-3'-phosphate CHA Salt: Ensuring Standardized Testing from Microbial Identification to IHC/WB [2025-08-22]
- · Recommended Series | The Ideal Choice for Accurate Catalase Activity Assay—Acridinium Ester NSP-DMAE-NHS [2025-08-26]
- · Recommended Series | U-3ʹ-BCIP: Clearer Signals, Easier Detection—Specifically Designed for RNase and Phosphatase Assays [2025-08-29]
- · Recommended Series | Acridinium Ester NSP-SA-NHS: The "Flashlight-Grade" Labeling Powerhouse for Chemiluminescence [2025-09-01]
- · How to Improve Quality and Reduce Costs in DNA Microarray, qPCR, and Sequencing Labeling? A Detailed Look at the Applications and Advantages of Cy3-dCTP/Cy5-dCTP [2025-09-05]
