We're excited to be at #RSNA2024! If you're attending, stop by and talk with one of our radiologists about our open positions! We’re in the North Hall, booth #7509. #ClearlyTheFuture #RSNA #PoweredbyLucidHealth #RadiologyRegional
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Inspiring opening session today at #RSNA2024 by Nina Kottler, MD, MS, FSIIM MD, MS, FSIIM “The only way to predict the future is to create it.” I’ve always loved RSNA opening sessions, but this one really resonated with me! I absolutely enjoyed the presentation, especially the wonderfully selected and relevant quotes. The challenges are already here. We need to scale at a level we cannot achieve without technology. At the same time, we should aspire to do better—always strive to do better. This means evolving and redefining our roles. Fortunately, the technology designed to address these challenges is evolving too. “The world will ask you who you are, and if you don't know, the world will tell you.” —Carl Jung As radiologists, it is our responsibility to actively participate in the creation of the technology that will enable us to perform better. We need to analyze our workflows, identifying every small step that could be optimized, and work closely with vendors to ensure they provide what we truly need to enhance and scale every aspect of our jobs. Our roles will change, hopefully toward a more cognitive focus. By leveraging our unique skills, we must prepare to build meaningful human-technology connections that surpass our current capabilities. “It is not the strongest of the species that survive, nor the most intelligent, but the one most responsive to change.” —Charles Darwin
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Did you miss our symposium at #ASTRO24? Here's a recap' by Seth Blacksburg, MD, MBA, who moderated "Evolving Techniques in CNS Radiosurgery: Historical, Contemporary, and Future Directions"!
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Last week at the Tinnitus Research Initiative conference 2024 in #Vancouver Stefan Schoisswohl talked about combining TMS with audiory stimulation in #tinnitus as part of the symposium “Real World Evidence for Multimodal Treatment Approaches for Tinnitus”. We look forward to the next exciting findings! To read about TMS and auditory stimulation in #tinnitus, check out the original paper: https://lnkd.in/dwgMmYBP dtec.bw Universität der Bundeswehr München medbo KU
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What a great article to see, as a Radiation Therapist with Advanced Practiation Certification in Imaging, I love seeing these RT specific progression sessions. What’s your thoughts? #radiationtherapist #growthanddevelopment
Reflecting on the success of LTWRAP 2023 in Singapore! Explore the highlights of our biennial conference focusing on Radiography and Radiation Therapy Advanced Practice. 👉 Check out the full report in the #RTT Corner of the #ESTRONewsletter: https://bit.ly/4bBYHjO
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Find out how closed-loop ventilation can be a gamechanger in combat casualty care and surgical critical care in austere environments, in our newest NextTech spotlight here: https://lnkd.in/dvcukqUw Dr. Evan Ross, a research scientist and Principal Investigator working with the US Army Institute of Surgical Research shares how the USAISR team is using MOVES® SLC™ in closed-loop control algorithms for ventilation and oxygenation control. Read all about it, and comment below with your thoughts and questions. #oxygen #criticalcare #FutureReadyToday #NextTech
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🎥New video series: Ask the Experts! In this episode, Dr. Windy Cole discusses Durability in the follow-up RCT study. Spoiler Alert: 85% of NATROX® O₂ + SoC patients remained healed at 1 year vs. 60% who received SoC alone. Watch now ⬇️ #AskTheExperts #NATROXO₂ #DiabeticFootUlcer #DFU
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Certificate of completion of Foundation lung module in USS -ACEM 2024.10.25 Competencies achieved 1. Understands clinical indications of USS of lung 2. Understands how to optimize lung USS imaging (probe selection, depth gain, focus zone adjustments) 3. Identifies appearance of normal lung and pneumothorax (absent sliding, lung point, bar code sign) on USS #ContinuousLearning #ACEM #EmergencyMedicine #USS
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Pushing AI applications in Medical Physics to the edge. This is great Innovation indeed Saleh Hamdan, PhD . One of the main driving aims in Imaging is to Improve image quality while lowering the amount of Radiation to the patient and this Deep-learning based Synthetic Anti-scatter grid has done that. #AAPM2024 #MedicalPhysics #ArtificialIntelligence #innovation
Medical Physics Resident at Yale | PhD in Physics | CAMPEP Certificate in Medical Physics | MS in Mathematics
Come check out my presentation at #AAPM2024 titled, "Feasibility of Deep-Learning Based Synthetic Anti-Scatter Grid for Chest Radiographs" on Tuesday, July 23, 3-4:30PM, at the Exhibit Hall!
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Tanja Kero presented all our four abstracts at #ICNCCT2024. Superior test-retest variability of #MBF measurements with #15Owater-#PET and #aQuant compared to previously published results with other tracers, a motion correction method for cardiac #15Owater scans (Jonny Nordström), and the final results of our #DOTAFLOW study comparing the extraction of MR contrast agent DOTA to #15Owater using 68Ga-DOTA.
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Timely usage of AEDs is key for improving out-of-hospital cardiac arrest survival rates. Yet for many communities, access to these devices remains a significant barrier. DCRI faculty member Monique Starks is working to use drones to improve delivery times for AEDs to ensure they arrive within that key five-minute window. Check out the video below for a demonstration of the drone delivery in action, and be sure to read the latest study results published in the American College of Cardiology: https://lnkd.in/gGhJWed5 #clinicaltrials #clinicalresearch #AEDs #heartattack
Connecting someone with a defibrillator after out-of-hospital cardiac arrest (OHCA) is crucial. The possibility of survival drops significantly after 5 minutes. Dr. Monique Starks, associate professor in the Department of Medicine at the Duke University School of Medicine, is the author of a newly published study that modeled the potential impact drone delivery of AEDs might have on response times for OHCA. The study, which included historical OHCAs between 2013-2019 from 48 counties in North Carolina, found that a network of drones combined with first responders universally having AEDs, could increase the percent of OHCAs with a response time of less than five minutes from 16% to 56.3% with a median time of 4.8 minutes compared with historical response time of 8.0 minutes. Check out a demonstration of the AED drone delivery in the video. The results were published in the journal JACC Advances: https://lnkd.in/gGhJWed5 American College of Cardiology | National Heart, Lung, and Blood Institute | Duke Clinical Research Institute | Duke University School of Medicine | #AEDs
Study: Drone Delivery of AED
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