Microplate Readers Are Cost-Effective, Making Them A Popular Choice Among Clients.
Microplate Readers Are Cost-Effective, Making Them A Popular Choice Among Clients.
Increasing incidence of infectious diseases is propelling demand for development of fast and efficient therapeutics, vaccines, and other medications, which is propelling demand for microplate readers. Infectious diseases such as influenza and other vector borne diseases that requires high throughput screening for drug development are expected to drive growth of the global microplate readers market size.

Microplate Readers, also known as microplate photometers, are laboratory equipment used to detect chemical or physical events in microplate samples. These plates are utilised in bioassay validation, drug discovery, manufacturing processes in the biotechnological and pharmaceutical sectors, quality control, and academic institutions for a variety of research studies. By detecting emitted light, microplate scanners may detect physical, chemical, or biological processes. These readers assist save operating time, save money, and make data processing easier for researchers by producing actionable findings.

Fluorescence, absorbance, luminescence, fluorescence polarisation, time resolved fluorescence, and other detection techniques are used in Microplate Readers experiments. Microtiter plates with 6 to 1536 wells can be used to test sample responses. Protein and cell growth assays, ELISA, reporter assays, molecular interactions, enzyme activity, ATP measurement, immunoassays, and other applications are all possible with multimode plate readers. With a typical assay volume of 5-50 l per well, higher density micro plates are typically employed for advanced screening applications.


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