Application Scenarios
R & D, production, sales and service of Life science instruments
Microplate Reader Application
The UReader Eyes Full-Wavelength Microplate Reader is an experimental device used for detecting biomolecules. It uses a specific wavelengths light to illuminate the sample, and determines the concentration and properties of biomolecules in the sample by measuring the absorption and stray light. Full-wavelength microplate readers are widely used in biological research, including the measurement and analysis of DNA, RNA, and proteins.
Application Direction
  • ELISA test
  • Enzymokinetic assay
  • Cell proliferation/apoptosis tracking
  • Receptor-ligand binding experiment
  • ELISA test
    An ELISA test is an immunoassay commonly used to measure antibodies or antigens, including proteins or glycoproteins, in a biological sample. Like other immunotests, it relies on the binding of antibodies to the target to facilitate the detection.
  • Enzymokinetic assay
    The kinetic detection mode of ELISA can track the metabolic concentration and activity of specific biomolecules in the cell in real time, and on this basis can be analyzed at the cell level
  • Cell proliferation/apoptosis tracking
  • Receptor-ligand binding experiment
Application Area
  • Etiology
    An ELISA test is an immunoassay commonly used to measure antibodies or antigens, including proteins or glycoproteins, in a biological sample. Like other immunotests, it relies on the binding of antibodies to the target to facilitate the detection.
  • Molecular biology
    Elisa can be used for high throughput quantitative and qualitative detection of nucleic acid/protein
  • Physiology
    A series of experiments based on ELISA deformation using the binding of enzyme with substrate/receptor and ligand as a rate-limiting step can be detected and analyzed by enzyme-labeled instruments
  • Cell biology
    The kinetic detection mode of ELISA can track the metabolic concentration and activity of specific biomolecules in the cell in real time, and on this basis can be analyzed at the cell level
Detection Process