The viral antibody reactome is a unique immune fingerprint as it provides a comprehensive map of all antibody-viral antigen interactions and holds a wealth of information on prior infections, vaccinations, and how viral responses might influence complex human diseases. At

Excited to share our #CohortOfTheWeek from Infinity Bio! We champion #Omics & #HumanCohorts for transformative #BiomedicalDiscovery. This week's highlight: A pivotal study by Hansen et al. on the association of anti-viral antibodies (VZV, rubella) and neural autoantibodies in

At Infinity Bio, we believe #OmicsTech + human cohort studies drive biomedical breakthroughs! Our 'Cohort of the Week' features inspiring research. This week: Discover how latent EBV infection profoundly impacts teplizumab efficacy in Type 1 Diabetes. Yale School of Medicine's

At Infinity Bio, we believe in the power of omics technologies for transformative biomedical discoveries!  Our #CohortOfTheWeek series showcases the robust & groundbreaking research that inspires us. This week, we're highlighting a fascinating study that dives deep into the gut

Cohort of the week! Decoding severe malaria: a multi-omics approach to identify new biomarkers At Infinity Bio, we believe that omics technologies, deployed in the setting human cohort studies enable the most transformative biomedical discoveries. Our "Cohort of the Week" posts

Cohort of the Week: This week, we're diving into a powerful study on maternal immune activation! 🤰 At Infinity Bio, we're inspired by research that leverages omics technologies to make transformative discoveries. This study from the University of Copenhagen, led by Wang and

New Cohort of the Week: Understanding the Brain Barrier System 🧠 At Infinity Bio, we are inspired by the power of omics technologies to reveal groundbreaking insights in human health. This week, we're highlighting a powerful study from Stanford University that used a proteomics

At Infinity Bio, we believe that omics technologies in human cohort studies drive transformative discoveries. This week, we're highlighting a powerful proteogenomic study that investigates the link between major depressive disorder (MDD) and the risk of Alzheimer’s disease and

Just 2 weeks till our webinar: “How Measuring The Reactivities Of Circulating Antibodies Through Reactome Profiling Can Provide Novel Insights Into Human Health”! Speakers: Dr. Katy Shaw-Saliba (Infinity Bio), Dr. Linda Kusner (GWU), Dr. Jessica Lasky-Su (Brigham &

Insights into natural Streptococcus pyogenes (Strep A) immunity from Keeley et al., a critical study for vaccine development against a pathogen causing ~500,000 annual deaths. Early childhood exposure drives robust immune responses. IgG levels to conserved antigens SLO, SpyCEP,

Unlock the future of immunology! 🚨 Sep 17: “How Measuring The Reactivities Of Circulating Antibodies Through Reactome Profiling Can Provide Novel Insights Into Human Health” Experts: Dr. Katy Shaw-Saliba (Infinity Bio), Dr. Linda Kusner (GWU), Dr. Jessica Lasky-Su (Brigham &

Just days to go—don’t miss this cutting-edge antibody profiling webinar! Sep 17: "How Measuring The Reactivities Of Circulating Antibodies Through Reactome Profiling Can Provide Novel Insights Into Human Health." Featuring: Katy Shaw-Saliba (Infinity Bio), Linda Kusner (GWU),

It’s happening TOMORROW! Register now – don’t miss “How Measuring The Reactivities Of Circulating Antibodies Through Reactome Profiling Can Provide Novel Insights Into Human Health.” with Dr. Katy Shaw-Saliba (Infinity Bio), Dr. Linda Kusner (GWU), Dr. Jessica Lasky-Su

Infinity Bio is proud to announce the winners of our Early Access Grant Program. Congratulations to Dr. Jakob Kreye at Charité – Universitätsmedizin Berlin, Dr. Sergio Poli at Brigham and Women’s Hospital, and Dr. Aubree Gordon at the University of Michigan. Their research in

Our "Cohort of the Week" is here! We're highlighting a powerful study on Lupus Nephritis (LN) from the AMP RA/SLE Network. Using immunophenotyping, researchers identified three distinct patient groups that traditional methods missed, showing unique immune signatures tied to

Groundbreaking multi-omics research identifies a "recovery factor" that predicts Long COVID (LC)! The IMPACC study used transcriptomics, proteomics, & metabolomics on over 500 participants to shed light on LC's root cause: unresolved immune activation. Key Biological Signatures

A new study in Science Advances explores the link between the immune system and brain health in older adults from the Baltimore Longitudinal Study of Aging (BLSA). Key Findings: Robust immune responses to common viruses, like coronavirus HCoV-OC43, are associated with better

The proteins in our blood as fingerprints for 59 diseases and health Science Magazine science.org/doi/10.1126/sc…

Diagnosing Lupus (SLE) is a challenge due to overlapping symptoms with other autoimmune diseases. A study by Ioannis Parodis et al. in Annals of the Rheumatic Diseases identifies new, highly specific autoantibodies that could improve diagnostic accuracy. Key findings include: