
CDI Labs
@cdi_labs
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CDI Labs is a specialized CRO and lab services proteomics company powered by cutting-edge synthetic biology platforms.
Mayagüez, PR | Baltimore, MD
Joined September 2014
Decode murine autoantibodies like never before – profile over 50,000+ proteins from the entire mouse proteome in ONE assay. Our #MouseScan™ PhIP-Seq (Phage Display ImmunoPrecipitation Sequencing) platform enables researchers to uncover epitope-level insights into immune
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In a paper published in Frontiers in Immunology, Lixin Zhang and colleagues at the University of Pittsburgh School of Medicine explore the complex role of B lymphocytes in the ovarian tumor microenvironment. Utilizing #HuProt's cutting-edge human proteome microarray, the
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In this insightful blog by Shaohui Hu, Wendy Yap and Shuang Liu, we explore the history and innovation of #HuProt™, the world’s largest, most comprehensive protein microarray. Representing over 81% of the human proteome, HuProt revolutionizes the study of protein functions and
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Unlock the secrets of the human immune system with #VirScan® PHIP-Seq, the cutting-edge platform revolutionizing pathogen detection and immune profiling. Powered by Phage Display ImmunoPrecipitation Sequencing (PHIP-Seq), VirScan takes immune analysis to the next level. By
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CDI Labs at #FOCIS2025! Join us tomorrow, June 26, at 7:30 PM (Poster # Th189), for an exciting poster session titled, "Seromic Atlas of APS-1 Syndrome." Presented by Tyler Hulett, PhD, this session will delve into groundbreaking advances in the use of synthetic biology tools for
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Next week we're in Boston for #FOCIS2025! Visit us at Booth 2 to learn how our groundbreaking technologies and industry-leading lab services are transforming research in immune-mediated diseases. We’re empowering researchers to deepen their understanding of autoimmune diseases
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Our innovative #VirD™ Membrane Protein Microarray platform revolutionizes biologics screening by enabling high-precision analysis of interactions with membrane proteins. VirD consists of HSV-1 virions which are engineered to display membrane-embedded proteins of interest with
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