Ventricular fibrillation electrical substrate ablation is associated with a reduction in ICD shocks, electrical storm, and mortality at 1 year #AHAJournals #EPeeps ⁦David Krummen⁩ ⁦Sanjiv Narayan⁩ Gordon Ho ahajournals.org/doi/10.1161/CI…

Enjoying the 16th Annual Biomarkers Symposium and all the great speakers! UCSD Biomarker Symposium Lori Daniels #SDBiomarkersymposium

New in CircEP: the VMAP study of forward-solution ECG mapping which showed regional, segmental, and spatial accuracies of 96.9%, 97.3%, and 15 mm, and a mapping time of 0.8 minutes. doi.org/10.1161/CIRCEP… #AHAJournals #EPeeps #MedTech David Krummen Gordon Ho Jonathan Hsu, MD

New this year at the San Diego Biomarker Symposium: Abstract and Poster Competition! Submit your abstract or case report, then enjoy the evening poster session after the conference. SDBIOMARKERSSYMPOSIUM.COM for details and full agenda, coming soon! Lori Daniels Alanmaisel

Anna McDivit Mizzell, MD, FACC Mitul P. Patel Eric Adler Pam R. Taub, MD❤️💃🏻 Michael Wilkinson Luis R Castellanos MD, MPH Sam Tsimikas, MD Lori Daniels David Krummen Howie Tran Marcus Anthony Urey MD Jorge Silva Enciso @pjkim08 Gordon Ho Jonathan Hsu, MD Hilary Shapiro, MD MSc Prerana Bhatia David Torres Barba Matthew (He/Him/His) Laith Alshawabkeh, MD, MSc

ECGs as Biomarkers - David Krummen showing how Machine Learning from 12-lead ECGs can lead to targeted, personalized ablations of arrhythmias with great accuracy, with mapping in under 50 seconds. UCSD Biomarker Symposium Vektor Medical

First Demonstration of Left Bundle Branch Area Pacemaker Implantation Guided by Artificial Intelligence ECG Mapping David Krummen, @omar_aldaas, UC San Diego Cardiology heartrhythmcasereports.com/article/S2214-…

Revolutionizing Ablation Therapy with AI vMap is an AI-powered, noninvasive arrhythmia analysis tool designed to improve, enhance, and accelerate treatment. The Impact of vMap: ✅ Improved Outcomes – 86.5% freedom from atrial arrhythmias vs. 48.0% with standard care. ✅

EARLY BIRD RATES END TODAY! Don't miss out on discounted registration rates - register today! #UCSD #Cardiology #CardiovascularDisease #Biomarkers Lori Daniels

TODAY | Rhythm Theater 2 | 9:15 AM Join Dr. Devi G Nair, Dr. Gery Tomassoni, Dr. Ben D'Souza, and Dr. Anish Amin for a dynamic session exploring how AI-powered ECG analysis and #PFA can impact clinical workflows, procedural accuracy, and patient outcomes.

Great job to current UC San Diego Cardiology general and future EP fellow Kevin Sung for his research study and presenting our work integrating AI ECG and CT mapping to guide concomitant surgical ablation of VT right here in San Diego! #HRS2025 #epeeps Heart Rhythm Society UC San Diego Cardiology Fellows

🏆 We’re honored to be recognized!🏆 Earlier this month in Chattanooga, our CEO Rob Krummen attended a standout biotech event hosted by Solas BioVentures, where Vektor was awarded the 2025 Solas BioVentures Award for “impactful and innovative use of AI, revolutionizing operations with

By unlocking insights from a standard 12-lead ECG, vMap helps physicians identify arrhythmia sources faster, reduce overall procedure times, and overcome limitations, enabling the successful treatment of complex arrhythmias For patients, that means fewer procedures, less

“The IMPRoVED-AF study is an important validation of the meaningful impact vMap is already delivering in the EP lab. vMap is uncovering drivers that often go undetected, helping physicians deliver more effective and durable outcomes. This study is a critical part of our

🫀There is hope. We have a strategy.🫀 "For patients with refractory symptoms, it's no longer a pie-in-the-sky dream that we'll get rid of their symptoms." In today’s 𝗨𝗻𝗹𝗼𝗰𝗸𝗶𝗻𝗴 𝗜𝗻𝘀𝗶𝗴𝗵𝘁 segment, Dr. Sei Iwai shares his experience using #vMap and the benefit

Dr. Gery Tomassoni recently presented at the Society for Cardiac Robotic Navigation conference, sharing how vMap can help guide remote magnetic navigation catheter ablation of premature ventricular contractions (PVCs) and ventricular tachycardia (VT). By transforming standard