Proven Imaging Applications
From protein interactions to cell killing assays, the GloMax® Galaxy Bioluminescence Imager* brings your NanoLuc-based experiments to life.
Targeted Protein Degradation
Visualize GSPT1 Protein Degradation
Monitor HiBiT-GSPT1 degradation in HEK293 cells using bioluminescent imaging; complements plate-based assays by confirming single-cell degradation patterns.
Protein:Protein Interactions
Visualize GPCR-Arrestin Interaction
Visualize protein:protein interactions via NanoBiT® signal from CX3CR1–ARRB2 interaction in HEK293 cells. Imaging confirms receptor internalization and complements plate-based PPI assays.
Protein:Protein Interactions
Visualize KRAS-CRAF Interaction Dynamics
Use NanoBRET® assays to visualize KRAS(G12D):CRAF interactions. BRET signal shifts after inhibitor treatment, confirming disruption of protein interaction and complementing plate-based analysis.
Protein Translocation
Track β-Catenin Stabilization in Live Cells
Image HiBiT assays to visualize nuclear accumulation of β-catenin following inhibitor treatment.
Protein Translocation
Visualize EGFR Internalization in Real Time
Use bioluminescence imaging to visualize HiBiT-tagged EGFR after EGF stimulation, complementing plate-based assays with single-cell spatial resolution.
*The GloMax® Galaxy Bioluminescence Imager is for Research Use Only.