Multi functional enzyme-linked immunosorbent assay (ELISA) reader

Multi functional enzyme-linked immunosorbent assay (ELISA) readerIt is the gold standard for multifunctional enzyme-linked immunosorbent assay (ELISA) in the market, renowned for its sensitivity, stability, and detection speed among major pharmaceutical companies and research users. EnVision covers all user detection needs and can implement all non radioactive detection technologies (light absorption, fluorescence, fluorescence polarization, time-resolved fluorescence, chemiluminescence, alpha).

EnVision adopts a hybrid optical path consisting of filters and gratings in its overall optical design. In order to ensure the experimental results of *, each technology is designed with an independent hardware foundation. The ultra sensitive luminescent module adopts independent detectors and optical paths to ensure the maximum detection of bioluminescence signals; Configure a time-resolved fluorescence module with a laser light source to improve detection speed and signal-to-noise ratio; Synchronized dual emission PMT, which truly achieves synchronous detection of dual channel optical signals in FP, LANCE, HTRF and other detection methods; Alpha technology is equipped with a laser light source, independent temperature control, and different aperture sizes matched with microplate specifications. During detection, it is located adjacent to the sample hole to reduce optical path loss, improve weak signal detection capability, and prevent signal crosstalk from surrounding holes to the detection hole.

Multi functional enzyme-linked immunosorbent assay (ELISA) readerfeature

• EnVision is a high-throughput multi-mode detection system with fast detection speed

• According to the needs of different users, there are single detector hosts and high-throughput dual detector host configurations

• Various detection technologies have undergone strict optimization design of optical paths and provide advanced options for expanding detection functions

• High sensitivity, modular, easy to replace filter optical path

• Modular design of detection technology allows users to freely select suitable detection modules according to their needs and upgrade them on-site in the later stage

• The operating software has a guided optimization function, and personalized development and optimization can be carried out for each detection

advantage

The combination of high throughput and high sensitivity

• The ultra sensitive chemiluminescence module with independent detector and independent optical path is the most sensitive luminescence detection

• Laser based dual emission TRF detection improves signal-to-noise ratio and detection flux

• HTS Alpha ensures detection sensitivity while improving detection speed

Meet the needs of different scientific research users

• The hybrid optical path is suitable for both basic research and scientific research fields

• Dual channel sampler helps achieve rapid dynamic detection

• The integrated carrier rack enhances the automation and detection throughput of the instrument

Scope of application

• Nucleic acid protein quantitative detection: can choose color changing photometric detection or dye based fluorescence detection

• Metabolic related research: NADH detection, alkaline phosphatase, protease activity, dual reporter gene detection, cytochrome P450 gene expression, etc

• Research on cell cycle, cytotoxicity, and apoptosis: cell viability, oxygen stress response, cell adhesion, calcium ion detection, CYP mediated drug metabolism, ATP detection, protein hydroxylation, Caspase-3 detection, etc

• Energy metabolism research: analysis of mitochondrial oxygen consumption and glycolysis