Stories & Features

Proteomics and biomarkers are key to more effective medical treatment plans. Learn how they work together to yield critical insights into diseases.
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At IDEX Health & Science we are the market leader in providing “enabling” optical systems, vertically integrated from sensors, cameras, optical filters, laser, and optical components through system design, manufacturing, and metrology. We look forward to seeing you at Photonics West!
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What is proteomics and how does it differ from genomics? This post will discuss the definitions of proteomics and genomics, how they differ, and how life science applications are benefiting from this new approach to protein analysis.
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IDEX Health & Science is the market leader in providing best-in-class solutions for maximizing throughput and resolution in Life Science instruments. Our expertise in system design, manufacturing, and metrology of imaging optics, cameras, and optical filters enables our customers to go to market faster with less risk.
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IDEX Health & Science sCMOS cameras not only enable imaging of very large FOV, they also enable high sensitivity fluorescence imaging for the most demanding discovery and research applications in the life sciences.
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This summer, Laser Focus World hosted a virtual educational event focused on scientific advances, photonics research and development, and application solutions. A few of our imaging and illumination experts presented how every component and optical filter in a system impacts system-level performance. Watch the presentations below to learn more.
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How can you improve the throughput of your flow cell analysis? Throughput of fluorescence based instrumentation is often constrained by the speed at which a sample can be illuminated. Imaging the entire area requires multiple “step and shoot” scans be stitched together to cover the entire sample area.
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Are you developing a life science instrument under a tight budget and aggressive timeline, with technical needs that push optical performance boundaries?
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Are you using an off-the-shelf objective lens for your imaging project? If so, how do you model the optical performance and control tolerances without compromising the efficiency of your instrument?
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