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Exceptional Cloning With Transcription & Translation-Free Vectors
High Performance Gel & Blot Imaging Systems

Produce 10 Micron Resolution Images - Sapphire

Assemble DNA Constructs Simply & Efficiently Using The Gibson Assembly® Method

Next Generation Laser-Based Scanner Platform - Sapphire™

Next Generation Laser-Based Scanner Platform - Sapphire™

Cambridge Bioscience is excited to introduce the next generation of laser-based scanner platform, combining exceptional sensitivity and image quality with unparalleled application flexibility. With the option to combine NIR (long and short) fluorescent, RGB fluorescent, chemiluminescent and phosphor imaging capability and an ultra-wide dynamic range, the Sapphire™ meets virtually any imaging need delivering high quality, quantifiable data.

Benefits Of Using The Sapphire™Sapphire Open
• 4 imaging options - NIR, RGB, chemiluminescent & phosphor
• Simultaneous 4 colour scanning
• High resolution image capture - down to 10 microns
• High sensitivity for lower limits of detection (femtograms)
• Ultra-wide dynamic range for accurate quantification
• Low & high abundance samples quantified simultaneously
• Easy to use 
• Powerful yet intuitive image capture & analysis software - Sapphire Capture & AzureSpot
• Compact footprint - 75 x 70 x 45 cm

System Features
• NIR fluorescence, RGB fluorescence, chemiluminescence, visible, white light & phosphor imaging
• Up to four solid state lasers as excitation sources (450, 520, 660 & 780 nm)
• Photon multiplier tube (PMT) for fluorescence & phosphor imaging
• Avalanche photodiodes (APD) for near-infrared imaging
• CCD sensor for chemiluminescent & visible imaging
• Sapphire Capture software for high quality yet simple image capture
• AzureSpot Analysis software for accurate quantification

Sapphire Models Available

  NIR Chemi RGB White Light Phosphor
Sapphire '6'
Sapphire '4'    
Sapphire NIR + RGB      
Sapphire NIR        
Sapphire RGB        
Sapphire PI        

Imaging Options
1. Fluorescent Imaging
2. Chemiluminescent Imaging
3. Phosphor Imaging

1. Fluorescent Imaging
The wide yet stable range of fluorescent probes on offer enables both the analysis of multiple probes on a single blot and the reliable and stable quantification of both weak and strong bands via fluorescent imaging. Supporting a wide range of visible and NIR dyes at a very high sensitivity, Sapphire can analyse both low and high abundance samples.

Fluorescent Imaging Applications
a.  Simultaneous Scanning Quantitative Multiplex Western Blots
Multiplex fluorescent Westerns enable the quantification of multiple post-translation modifications on a single blot without stripping and reprobing reducing blot to blot variations. With Sapphire, up to 4 different fluorescent probes can be used and imaged, the channels can be spectrally separated to resolve protein change and a loading control can be used to normalise lane to lane loading variation.

Sapphire Quantitative Western Blot

Sapphire AzureSpectra 490 BSA

b.  High Resolution Gel Imaging
Electrophoresis (2D and SDS) enables the accurate visualisation and quantification of subtle changes in DNA and protein expression. Sapphire's broad dynamic range, high resolution image capture and compatibility with most stains and dyes, including EtBr, SYBR® Green, Coomassie™ Blue and Sypro® Ruby, enables the accurate detection of minute changes in complex samples.

Sapphire Gel Imaging

Untreated HeLa lysate was labelled with Cy3. Treated HeLa lysate was labelled with Cy5. Samples were simultaneously separated using IEF in the first dimension & SDS-PAGE in the second dimension.
 

Sapphire Gel Imaging Transferring

Purified transferrin was serially diluted 1:1 from 5000 pg to 5 pg and separated using SDS-PAGE in a 4-15% Tris-Glycine gel. After separation, the gel was stained using Coomassie Blue and imaged using the 658 laser of the Sapphire Biomolecular Imager.

c. Cell-based ELISAs
Target-specific primary antibodies and fluorescently conjugated secondary antibodies enable the detection of proteins in fixed culture cells. With the Sapphire, relative protein expression of several target proteins can be measured quickly and accurately in multiple samples using spectrally distinct dyes.

Sapphire Cell Based ELISA

HeLa cells were serially diluted & seeded into a 96-well plate, cultured, fixed & permeabilised, then probed for Tubulin with AzureSpectra 550 (520 channel, green), beta-Actin with AzureSpectra 800 (780 channel, blue) & RedDot™1 Nuclear Stain as a normalization control (780 channel, red).

d. Slide-based imaging
With the ability to capture images down to 10 microns, Sapphire can image incredibly small features on fluorescent DNA arrays, protein arrays and tissues slides.

Sapphire Slide Based Imaging

Full Moon BioSystems Scanner Calibration Slide scanned at 10 μm resolution using the 520 nm & 658 nm channels of the Sapphire.

2. Chemiluminescent Imaging
The amplification of signal by enzyme activity can make chemiluminescent imaging more sensitive than other detection techniques and produce images with no "background" enabling the fast detection of low abundance proteins.

Chemiluminescent Imaging Applications
a. Western Blotting
Traditional film can saturate quickly, making it hard to distinguish weak and strong bands simultaneously. Using digital imaging, Sapphire has a wide dynamic range enabling both high and low abundance samples to be quantified.

Sapphire Chemi

Simultaneous imaging of chemiluminescent samples and colored molecular weight markers. Images are captured serially, and then overlaid within the capture software.

Sapphire Chemi Scale

3. Phosphor Imaging
Samples containing radiolabelled samples are exposed to a storage phosphor screen whereupon light is emitted from the screen in proportion to the amount of radioactivity in the sample upon laser-induced stimulation.

Phosphor Imaging Applications
a. Filmless autoradiography

Sapphire Phosphor Imaging C14

American Radiolabeled Chemicals Carbon-14 standard exposed to Storage Phosphor Screen for three hours then imaged on the Sapphire Biomolecular Imager

Sapphire Phosphor Imaging

Sample: 14C autoradiographic standard. Imaging: Phosphor. LOD: 0.036 μCi/g. DR: 5.4 orders of magnitude. Linearity: R2=0.99.

Sapphire with PC

The Sapphire™ can image much more than blots and gels. It enables you to produce 10 μm resolution images of in-cell Western blots, microarray slides, tissue samples, 2D gels and more.

Tissue section revealing visible motor neurons fixed on microscopy slide scanned at 10 microns using Sapphire™ scanner

Macroimaging

 Bee head, seed, tissue sample and plant stem imaged using The Sapphire™

Diverse samples

Microarray
10 μm large scale resolution scanning of microarray slides provides a rapid method to capture large scale experimental results.

Microarray

Microarray

Material Available For Download
Sapphire™ Biomolecular Imager Brochure
Detecting Proteins In-Situ With In-Cell Western Blotting Application Note
Increasing Assay Efficiency with Four Colour Detection Application Note
Phosphor Imaging with the Sapphire Biomolecular Imager Application Note

More Information
Request a technical presentation or find out more by contacting our Sapphire specialists Here

Coomassie is a registered trademark of ICI.
SYBR and Sypro are registered trademarks of Thermo Fisher Scientific.

Products

Note: availability depends on country - see product detail page.

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Applications: NIR and RGB Western Blot Imaging
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Applications: NIR Western Blot Imaging
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Applications: RGB Western Blot Imaging
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Applications: Phosphorimaging Imaging from gels, plates and dishes
Chat to Our Azure Biosystems Specialist Vashu
Tonbo Biosciences