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Most health metrics capture snapshots.
Your immune system records history.
osLifetime uses immune, biological, and wearable signals to help reveal how your body responds to lifestyle, stress, and time.
Immune intelligence available now: eu1.hubs.ly/H0t64C60
#ScienceIsWeAll
Omniscope retweeted
✨ Honored to step into the role of Vice Co-Chair of the Human Cell Atlas ✨ Working together with our new co-chairs Chloé Villani and Muzz Haniffa, alongside my fellow Vice Co-Chair Shyam Prabhakar.
I can’t imagine a better next leadership team for the @humancellatlas. Beyond their strong track record, it’s a pleasure to work with such thoughtful and collaborative colleagues. This is a particularly meaningful moment for me, having been part of the HCA journey for almost a decade. I have had the privilege of co-chairing the HCA Technology Working Group and Industry Partnership Program, and more recently serving on the HCA 2.0 Task Force, helping shape the vision and strategy for this next phase.
As we move towards HCA 2.0, we are defining the future vision and roadmap for the next generation of the Human Cell Atlas #HCANext10. In my new role, I will specifically focus on leading the HCA technology roadmap, working closely with our technology community as well as biotech and pharma partners to integrate the latest single-cell and spatial technologies into the HCA roadmap. I’m very grateful to the HCA community for the trust. Excited for the next chapter of the Human Cell Atlas and for what we can build together.
@sangerinstitute @broadinstitute @ASTARsg @cnag_eu
Omniscope retweeted
osLifetime goes Clinics 👀
Case Report: #Graves’ Orbitopathy (Thyroid Eye Disease) profiling to capture immune shifts as a patient transitioned from non-response under high-dose pulse corticosteroid therapy to clinical remission following an anti-IL-6 receptor therapy (#tocilizumab).
We performed longitudinal Immune tracking for intra-individual baselines definition and to track disease initiation, evolution, and therapeutic response. Our latest preprint shows how osLifetime provides a dynamic view of the immune system for precise patient management.
Key osLifetime insights:
- Autoimmune T-Cell Activity: We tracked dynamic T-cell clonotype expansions to quantify the strength of the autoimmunity, response and relapse.
- Immune Cell States: We captured functional cellular shifts, uncovering therapeutic resistance to steroids before clinical failure manifested.
- Actionable Immune Signatures: We delivered timely, systemic readouts far beyond classical disease-centric serology and routine blood counts.
By moving from static markers to a multimodal, longitudinal immune view, #osLifetime established a scalable framework for personalized management in Graves’ Orbitopathy and other autoimmune diseases.
📄 Read the preprint on SSRN:
papers.ssrn.com/sol3/papers.…
🤔 Why is it so important to study the epigenetics of viral infections such as Long COVID and HIV?
🎧 Listen to the full episode here 👉open.spotify.com/show/033EYS…
#Epigenetics #HIV #LongCOVID
Omniscope retweeted
Zooming into Autoimmunity: from Micro to Macro views 🔎 #Autoimmune diseases leave a blueprint hidden inside our immune cells. Our mission is turning these cellular signals into actionable clinical precision tools, from universal solutions to the exact mechanisms driving pathology.
Our vision is captured by two recent publications:
1️⃣ The Micro Focus (@Rheumatology academic.oup.com/rheumatolog…): Translating deep single-cell profiling directly to pediatric autoimmunity. This study unmasked the explicit rogue cells driving Juvenile Idiopathic #Arthritis (oligo JIA) and its severe extra-articular complication, #uveitis. By tracking down clonally expanded, cytotoxic CD8 T cells and transcriptionally reprogrammed MAIT cells, we proved how local joint inflammation and systemic dynamics can be mapped right down to single-cell behavior.
2️⃣ The Macro View (@NatureMedicine; nature.com/articles/s41591-0…): A massive, global atlas profiling 6.5 million cells across 1,047 patients and 19 different conditions. This study used explainable machine learning to map out a universal model of inflammation, proving that circulating immune cells serve as dynamic, living biomarkers to decode how systemic immune-mediated diseases function in the blood.
Blood is a highly accessible, incredibly rich #diagnostic resource. By applying advanced #immunogenomics to track rogue cellular drivers, we aren't just observing autoimmune diseases, we are mapping the exact blueprints to intercept them!
#scienceisweall @OmniscopeAI
Blood flowing through our veins holds the ultimate Diagnostic Code. Circulating immune cells act as living biomarkers, carrying the unique molecular fingerprints of #autoimmune diseases.
This vision is at the core of what we do at Omniscope.
Grab a coffee and enjoy this read!☕️
Ladies and gentlemen - Our Atlas of Human Inflammation today out in @NatureMedicine 💫
Welcome on stage: The Cell as a Living Biomarker🩸
We Built an Inflammation Atlas of Circulating Immune Cells. By profiling more than 6.5 million peripheral blood mononuclear cells from 1,047 patients across 19 inflammatory and immune-mediated diseases using single-cell RNA sequencing, we generated a unified, high-resolution reference of immune cell states in human disease.
Despite decades of research, our understanding of Inflammation has largely remained fragmented, studied one disease at a time and often confined to specific tissues. We set out to take a different approach: to ask whether inflammation leaves a shared, measurable fingerprint at the systems level of circulating immune cells and whether this signal could be leveraged for Diagnostics and ultimately Precision Medicine.
Blood, unlike tissue biopsies, is accessible, repeatable, and scalable, making it an ideal substrate for liquid biopsy approaches. The key question was whether it also contains sufficient biological signal to capture disease-driving inflammatory mechanisms❓
Using interpretable machine learning approaches, specifically gradient boosted decision trees (GBDT) combined with SHAP explanations, we asked whether single cells, and ultimately patients, could be classified based solely on their blood immune transcriptomes. !!! Disease-associated gene expression signatures enabled accurate classification within the study cohort, reinforcing the concept that immune cells in circulation function as “Living Biomarkers”🩸
We are now working toward a diagnostic prototype that brings these concepts closer to clinical reality. Together with hospital and industry partners, we aim to develop Foundation Models of immune cell plasticity that can operate across diseases and settings, enabling patient stratification, therapy monitoring, and outcome prediction from blood alone.
Our long-term vision is a future in which a simple blood draw provides a systems-level readout of immune health, guiding diagnosis and treatment across inflammatory diseases.
Immune cells are already doing the sensing. The challenge and opportunity is to learn how to listen. Please find the Nature Medicine Paper here:
lnkd.in/eYV7pwrN
The concept of the cell as a "living biomarker" is at the heart of a significant study out in Nature Medicine, co-authored by Omniscope Co-founder and CSO, Prof. Holger Heyn.
Meet @hoheyn in Boston next week at HCA's 10th anniversary!
#ScienceIsWeAll
(paper in first comment)
At #NYTechWeek yesterday for "The Messy Middle."
Moving AI from hype to clinical reality requires deep validation. We’re doing just that—building the immune foundation model to deliver actionable, cellular-level health insights via eu1.hubs.ly/H0vY_vf0.
#ScienceIsWeAll
What does a marathon actually do to your body? We’ve been tracking runner Sophia Howard to see what happens when @Garmin data meets deep biology at the cellular level. The overlap with her Immune Age blew us away.
Full story next week. 🏃♀️
Earl access: eu1.hubs.ly/H0vXNLK0
Proud to partner with @BarcaInnoHub (BIHUB) to decode elite athlete performance. We track Immune Age & Inflammation Score at cellular resolution for smarter training & faster recovery.
👇 Watch the video!
#ScienceIsWeAll
@hoheyn, @VOmniscope, @AlbertMundet, @gilrodasfont
Looking back at a great week at #BOSTechWeek. The clear takeaway? Health is a data equation. We’re building the foundation model of immune system to map true Protection & Inflammation scores via osLifetime.
Next up: #NYTechWeek! Catch us in NYC this week.
@Vomniscope @Techweek_
Spent Wednesday at #BOSTechWeek with @Google, @DriveByDK & @WHOOP. The big trend? AI for hyper-specific data. At Omniscope, we're applying this to biology, building the immune foundation model to decode the immune system via osLifetime.
🔗 eu1.hubs.ly/H0vLtdz0
@Vomniscope
Great morning at Rise with @DriveByDK for #BOSTechWeek
Peak performance is a biological equation. We shared how our AI foundation model decodes immune system into valuable insights to give high-performers a true data edge.
⮕ eu1.hubs.ly/H0vK11z0
@Vomniscope @Techweek_
Good morning! Heading to Rise with @DriveByDK for #BOSTechWeek.
Peak performance isn’t just output; it’s recovery. We’re discussing how tracking your immune system provides the ultimate edge for long-term health and performance.
Join us: eu1.hubs.ly/H0vJjyb0
@Vomniscope
What does 'AI for Biology' really mean? @VOmniscope joined panel at #BosTechWeek to discuss.
Just like AI helps robots learn to navigate physical world, our AI is learning to navigate complexities of immune system, decoding this biological software to provide valuable insights.
On stage at Harvard Square for #BosTechWeek.
CEO @Vomniscope shared how Omniscope is using AI to build a foundation model of the immune system, translating complex biology into clear metrics such as Immune Age, Inflammaging, and Protection scores.
@Techweek_ @FoundersXVC
Aging isn’t just something you see in the mirror. It’s written in your immune system; in how your cells respond, adapt, and recover.
Omniscope’s models decode these signals to reveal your Immune Age, and what it might mean for your long-term health.
#ScienceIsWeAll #HealthSpan
Just back from the Aging Code Summit during @Techweek_
If you've been watching longevity from the sidelines, this is where the actual conversation is. Omniscope is busy decoding the immune system, the definitive marker of health and aging.
omniscope.ai/lifetime
@LongevityGL
We presented how our computational models and AI aren't just reading immune data, they’re interpreting it to provide actionable insights like Inflammaging, protection score, and a precise measure of Immune Age through osLifetime.
Connect with @Vomniscope & @hoheyn to hear more.




















