@ImmuneWatch

TCR-epitope annotation using machine learning. 💉Helping (cancer) vaccine developers with tracking vaccine-specific TCRs

 Antwerp, Belgium
immunewatch.com
Joined September 2019
  • Tweets141
  • Following12
  • Followers207
26Media
📅 Sept. 23 Webinar: Experts from @ImmuneWatch and @iRepertoire will share case studies using annotation models to uncover #TCR–antigen specificity — a critical step toward improving #VaccineDevelopment and #Immunotherapy design. Sign up here: hubs.li/Q03FHz5q0
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We are excited to offer AI-based prediction of epitope specificity with RepSeq adaptive immune repertoire sequencing analysis. Discover how our partnership with @ImmuneWatch enable antigen specific immunomonitoring. Contact us at hubs.li/Q02TPTZR0 #EpitopeSpecificity
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🧬 Attending the @sitcancer Annual Meeting in Houston from November 6–8? Let’s connect! If you’re also attending and would like to explore how we can help optimise your immune-monitoring strategies, feel free to request a meeting here: xvx5k3zru3y.typeform.com/to/…
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Gain comprehensive T Cell receptor analysis with iRepertoire and ImmuneWatch DETECT, an AI powered solution for antigen specificity. Contact us to learn more about this powerful predictive tool. Schedule a consultation at hubs.li/Q02TPy5v0 #AIprediction
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ImmuneWatch DETECT model leads the field in #IMMREP23 TCR-epitope prediction challenge: immunewatch.com/news/immunew…

ImmuneWatch DETECT Model Leads the Field in IMMREP23 TCR-epitope Prediction Challenge

ImmuneWatch is proud to announce that its proprietary TCR-epitope prediction tool, ImmuneWatch DETECT, has achieved top performance in the IMMREP23 benchmark competition.

immunewatch.com
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🧠 Can we use machine learning to identify antigen-specific T-cells? A new study by our cofounders, highlights how TCR-epitope models track WT1-specific T-cell receptors in AML patients and uses them for predicting remission vs relapse. 🔍 Read more👇 link.springer.com/article/10…

Analysis of Wilms’ tumor protein 1 specific TCR repertoire in AML patients uncovers higher divers...

Annals of Hematology - The Wilms’ tumor protein 1 (WT1) is a well-known and prioritized tumor-associated antigen expressed in numerous solid and blood tumors. Its abundance and immunogenicity...

link.springer.com
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Possible game changer for the AIRR field by @PGTimmune . Paired TCR sequencing for 10 million T-cells for 200$! biorxiv.org/content/10.1101/…

TIRTL-seq: Deep, quantitative, and affordable paired TCR repertoire sequencing

α/β T cells are key players in adaptive immunity. The specificity of T cells is determined by the sequences of the hypervariable T cell receptor (TCR) α and β chains. Although bulk TCR sequencing...

biorxiv.org
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What epitopes of your vaccine have triggered a T-cell response? 🧐 Learn how ImmuneWatch DETECT helps identify the exact epitopes driving T-cell responses using TCR sequencing data with a real-world SARS-CoV-2 vaccine example. youtu.be/ZzpTycXmkp4
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🚨 Webinar: Applications of TCR-Epitope Prediction Models 📅 24 Oct | 16:00 CEST | 10:00 EDT | 07:00 PDT Join Prof. dr. Pieter Meysman (@chevaliersf) as he explores using #MachineLearning to identify epitope-specific T-cells from full datasets. immunewatch.com/webinar
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🧐 "How does ImmuneWatch DETECT fit into my TCR analysis workflow?" Here's how: Our platform seamlessly integrates into your process, from TCR sequencing to specificity annotation, turning raw data into actionable insights. Discover more: immunewatch.com
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New ImmuneWatch DETECT demo video is live! Explore how our bioinformatics tool uses machine learning to provide insights on TCR-epitope interactions. Perfect for your downstream TCR repertoire analyses.
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Excited to see how ImmuneWatch's DETECT tool helped Dr. Utpal Davé uncover a potential role of CMV in T-cell leukemia. By predicting key antigens, IMW-DETECT provided insights that were confirmed in the lab, paving the way for targeted therapies. youtube.com/clip/UgkxvK77yzA…

✂️ Uncovering Hidden Drivers of T-Cell Leukemia with ImmuneWatch

31 seconds · Clipped by ImmuneWatch · Original video "Dissecting th...

youtube.com
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New team picture on our website! 📸 Hello there! 👋
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🚀 Check out our first video demo of ImmuneWatch DETECT presented the AIRRC7. Discover how our tool quickly and accurately annotates TCR-epitope interactions. Perfect for enhancing your research! Watch now: youtube.com/watch?v=9QLiyIui… #TCR #Immunology #Bioinformatics

ImmuneWatch DETECT AIRRC7 Demo

ImmuneWatch DETECT is a reliable and fast TCR-epitope interaction a...

youtube.com
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Excited to share our research from the Immuno-Oncology Europe summit! Discover how we leverage ML for T-cell monitoring in cancer vaccine research, identifying tumour- and vaccine-specific TCRs to advance cancer medicine. immunewatch.com/solutions/im…
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New feature in ImmuneWatch DETECT! 👉 It's now possible to add your own custom TCR-epitope data to IMWdb to improve the annotation scores for your epitopes of interest. 💡 Please note that this data will be added to IMWdb locally, ensuring that it never leaves your machine.
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Therefore, you can be confident that your TCR-epitope data remains private. Learn more about ImmuneWatch DETECT on our documentation page: immunewatch.gitlab.io/detect…

ImmuneWatch DETECT | IMW-DETECT

Accurately annotate the epitope specificity of your T-cell receptors

immunewatch.gitlab.io
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We have a winner! 🏆 @DrostFelix correctly guessed the epitope specificity of our 3D-printed TCR model! For those interested, this TCR binds to the MAGE-A4 antigen and its structure can be found here: ebi.ac.uk/emdb/EMD-28570
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Felix figured this out by taking the alpha and beta chain sequences and running them through a local database on his laptop. Well deserved!
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.@CELLECTA presenting their DriverMap AIRR assay at #AIRRC7, mentioning their recent analysis with ImmuneWatch DETECT. Learn more about their AIRR assay here: cellecta.com/products/driver…
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