Azure Biosystems

If you’re only using your real-time PCR system for basic gene quantification, you’re merely scratching the surface of its immense capabilities. Modern real-time PCR systems can support advanced applications such as KASP genotyping for scalable SNP analysis, multiplex pathogen detection for faster, more comprehensive diagnostics, and miRNA profiling for deeper insights into gene regulation and biomarker discovery. Discover what you can achieve with the right qPCR system.

Probes or Dyes? This choice impacts your qPCR experiment’s cost, complexity, and, most importantly, the accuracy. So how do you choose? We break down the advantages and the trade-offs between cost, specificity, and workflow so you can make the right call for your assay. Read the full blog at https://bit.ly/4suhBjT.

Are You Using the Wrong qPCR Chemistry? Probes vs. Dyes Explained. Choosing between qPCR probes and dyes? Learn the key differences in specificity, cost, and multiplexing capabilities to decide which chemistry is right for your experimental needs.

Don’t just replace your imager. Upgrade to an imaging system designed to grow with your research.
See what researchers are actually doing with one scanner. From Western blots and multi-well plate assays to tissue imaging, the Sapphire FL Biomolecular Imager supports diverse applications across real research workflows.
This on-demand webinar also includes a dive into the customizable laser and filter modules, designed to expand imaging capabilities as research needs evolve.

Before you invest in another imaging system, it's important to evaluate whether a single scanner can support your lab's existing imaging workflows. Western blots, multi-well plate cell-based assays, whole-tissue scans, and in vivo imaging all require different detection approaches. The Sapphire FL Biomolecular Imager is designed to support diverse workflows with a single scanner across multiple applications.

This on-demand webinar walks through real research use cases, helping researchers evaluate how a single imaging system can support multiple applications.

If your lab runs multiple imaging workflows, your imager should keep up. This on-demand webinar serves as a practical reference for researchers working across different assays. Using real use cases, it walks through how the Sapphire FL Biomolecular Imager supports Western blots, Southern blots of 2D DNA gels, visualizing gross morphology of tissues or small model animals, or something more unique.

Watch the webinar to evaluate how it could support the imaging your lab already performs.

Seeing data from real experiments makes a difference.

Our free Applications Book highlights how researchers use the Sapphire FL™ Biomolecular Imager across multiple applications, including Western blots, cell-based assays, and more. It features excerpts from application notes, case studies, and real example images.

If you are evaluating an imaging system or looking to expand your current workflow, this resource gives practical insight beyond marketing claims.

Can your imager resolve details down to 5 µm? The Azure Sapphire FL delivers the stunning, publishable resolution your cutting-edge research demands. See the detail: https://bit.ly/4a2z2md

Sapphire FL Biomolecular Imager High resolution and a range of imaging modes and applications. The Sapphire FL removes the need for numerous imagers.

What can your imager really do beyond the basics? The Sapphire FL™ Biomolecular Imager is more than a standard imager. It is a tool for discovery.

We put together a free Applications Book that highlights real-world examples of how researchers are using the Sapphire FL across a range of applications, from Western blots to cell-based assays. Find out what Sapphire FL can do in your lab.

Happy New Year from Azure Biosystems! 🥂 May your data be clean, your blots be bright, and your experiments be a smashing success in 2026.

Wishing you a season filled with peace, joy, and the most reproducible data. 🎄 Happy Holidays from all of us at Azure Biosystems!