ImmuneWatch

📅 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

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

🧬 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/ub6amfDn

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

ImmuneWatch DETECT model leads the field in #IMMREP23 TCR-epitope prediction challenge: immunewatch.com/news/immunewat…

🧠 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/10.100…

Possible game changer for the AIRR field by @PGTimmune . Paired TCR sequencing for 10 million T-cells for 200$! biorxiv.org/content/10.110…

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

🚨 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

🧐 "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

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.

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/UgkxvK77y…

New team picture on our website! 📸 Hello there! 👋

@jessenleon Thank you Leon!

Interesting stuff here 👇 Predicting cognate targets of T-cell receptors is hard task and that's putting in mildly! It's great to see the field slowly moving forward! 3 tags: #machineLearning, #Immunology, #Tcells

🚀 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=9QLiyI… #TCR #Immunology #Bioinformatics

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. #poster" target="_blank" rel="nofollow noopener">immunewatch.com/solutions/imw-…

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-docs/#-…

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.

Felix figured this out by taking the alpha and beta chain sequences and running them through a local database on his laptop. Well deserved!

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