Azure Imaging Systems
What Can You See
with Our Imagers?
Western Blots, Gels, Petri dishes, Tissue sections, Small animal models, Plants, and MORE!
In-gel Fluorescence with GFP and TAMRA
In-gel Fluorescence with GFP and TAMRA
E coli
Plate
Chemiluminescent
Western Blot
Western Blot
Mouse Brain Sections
Subcutaneous
RFP-expressing tumor in mouse
RFP-expressing tumor in mouse
GFP Expressing
Arabidopsis thaliana
Arabidopsis thaliana
Do More with Azure Biosystems
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For researchers looking to improve the quantitation of their Western blotting
- Intuitive Capture Software
- Preset protocols of typical detections
- Manual image option available
- Custom protocol capabilities to combine any light source and filter
- Full range of photo-documentation capabilities
- Focus-free imaging
- 21 CFR Part 11 software and IQOQ Procedures
In-gel Fluorescence with GFP and TAMRA
In-gel Fluorescence with GFP and TAMRA
Escherichia coli
plate
plate
Chemiluminescent Western
Blot
Blot
Mouse Brain Sections
Subcutaneous RFP-expressing tumor in mouse
GFP Expressing Arabidopsis thaliana
Citations
Azure Biosystems has been published in over 2,000 publications worldwide. Our high-resolution CCD cameras are the reason behind reproducible data and publication-ready images.
more reasons to choose Azure Imagers
- NIR: Two Near-Infrared Fluorescence channels (laser excitation at 685nm and 784nm) for the most sensitive Western Blot quantitation. Multiplex detection of two targets in the same position.
- RGB: Three Visible Fluorescence channels (LED excitation in RGB) for ample flexibility in fluorochrome detection. Normalization of Near-Infrared WB against HKP or TPS with TotalStain Q, detection of visible fluorescent biomolecules and dyes in WB, gels, Petri dishes, TLC, etc.
- ECL: Chemiluminescence detection that surpasses X-ray film detection in sensitivity and dynamic range. True color molecular weight marker detection.
- DOC: Photo-documentation of gels, translucent and opaque samples. Fluorescence of dyes with UV and Blue excitation, densitometry, true color imaging