Fluorescence microplate reader

If you need a fluorescence plate reader, explore our options. Discover how they benefit your research and fit into your lab's workflow.

Features of BMG LABTECH fluorescence plate readers

Best-in-class sensitivity
Filters or monochromators for wavelength selection
Up to 8 decades dynamic range in one measurement with EDR technology
Simultaneous Dual Emission detects two FRET channels simultaneously
Compatible with microplate formats up to 1536-wells
Precise temperature control and multiple shaking options
Atmospheric Control Unit for physiologic cell conditions
Injectors to start/stop reactions
Upgradable to multi-mode plate reader
Made-in-Germany dependability

Intracellular Ca2+ measurements in a 96-well plate using various calcium dyes

Monitoring Intracellular Calcium using fluorescent dyes in a mid-throughput assay

Which dye is suited best for monitoring intracellular Ca2+ in a microplate reader? We compared three Ca2+ dyes regarding their response to receptor activation and undesired cell leakage.

RT-QuIC sensitivity: analysis of dilutions of a scrapie hamster brain homogenate stock 263K.

Real-time quaking induced conversion assay for prion seeding

Prions are transmittable pathogens that cause abnormal folding of brain proteins. Find out, how the expanded shaking and incubation options can be used to study prion seeding.

Reactive oxygen species detection

Reactive oxygen species (ROS) may have physiological as well as pathological effects. Here we explain what ROS are and how they can be measured on microplate readers.

Fluorescence microplate reader

Highly sensitive and used in life science research, drug discovery and screening

Features of BMG LABTECH fluorescence plate readers

Further content with our microplate readers

Monitoring Intracellular Calcium using fluorescent dyes in a mid-throughput assay

Real-time quaking induced conversion assay for prion seeding

Reactive oxygen species detection