A microplate that Looks out of a microplate Reader

Fluorescence polarization plate reader

Discover BMG LABTECH's fluorescence polarization plate readers, designed for precise molecular interaction analysis and HTS. Experience unmatched sensitivity and performance for your research.

Fluorescence polarization plate reader with best available sensitivity
Good resolution of even small assay windows thanks to lowest mP standard deviations
Simultaneous Dual Emission detects two polarization channels simultaneously
Compatible with microplate formats up to 1536-wells for high-throughput
Fast detection of kinetic events
Precise temperature control for stable reactions
Injectors to start/stop reactions
Fluorescence measurement capability included, upgradable absorbance and luminescence

The tumor suppressor p53 is degraded by a proteasome

Ubiquitination monitoring in real-time: the fluorescence polarization-based method UbiReal

Track ubiquitination processes in real-time from mono- to polyubiquitination using TAMRA-labelled ubiquitin and the CLARIOstar’s excellent fluorescence polarization detection.

Fluorescence polarization-based RNA synthesis assay

Fluorescence polarization detection with the CLARIOstar® microplate reader to investigate influenza virus’s RNA polymerase activity is highly sensitive and HTS-compatible. Read more here.

Assay principle for monitoring preﬁbrillar amyloidogenic proteins with FP.

Novel aggregation-specific fluorogen monitors prefibrillar protein aggregation by fluorescence polarisation (FP)

Detect even prefibrillar protein aggregates with high sensitivity combining fluorescence polarization, the fluorophore TPE-TPP and the CLARIOstar microplate reader.

Fluorescence polarization plate reader

Performance for all polarization assays

Further content with our microplate readers

Ubiquitination monitoring in real-time: the fluorescence polarization-based method UbiReal

Fluorescence polarization-based RNA synthesis assay

Novel aggregation-specific fluorogen monitors prefibrillar protein aggregation by fluorescence polarisation (FP)