Emerson Health’s Post

The landscape of cancer treatment is continually evolving, with innovative technologies and therapies transforming patient treatment experiences and outcomes. Stereotactic Radiation Therapy (SRT) is one of the techniques transforming cancer treatment. And Icon Group is leading its delivery, including providing access to Radiation Oncologists, specialised in SRT, at the cutting-edge of evolving this treatment. Through 2023, Icon’s Clinical Care team introduced stereotactic radiation therapy to four more sites (totalling 37 sites), resulting in almost 2,000 SRT treatments – a 25% increase in stereotactic radiation therapy treatments in the past year, and an impressive 97% stereotactic coverage across Icon’s global network. Read more about our stereotactic capabilities below. #stereotacticRT #stereotacticradiation #SRT #cancercare #RT #radiotherapy #radiationtherapy #bestcarepossible #cancer #oncology #radiationoncology

I'm thrilled to announce the release of the much-anticipated 4th Edition of "Fundamentals of Radiation Oncology: Physical, Biological, and Clinical Aspects." The new edition was commissioned by Elsevier Senior Acquisitions Editor Linda Buschman and edited by Hasan Murshed, (Hope Regional Cancer Center). This comprehensive edition is an essential resource for all professionals in radiation oncology. From foundational principles to cutting-edge techniques like #SRS, #SBRT, #protontherapy, and #immunotherapy, this book covers it all. New chapters on adaptive radiotherapy and artificial intelligence in radiation therapy reflect the latest advancements in the field. Detailed coverage of IMRT and IGRT techniques, alongside evidence-based treatment approaches from landmark studies, ensures that this book remains a vital reference for mastering the art and science of radiation oncology.

At the close of 2023, City of Hope again made history when Dr. Sagus Sampath successfully treated our first patient using SCINTIX biology-guided radiation therapy (BgRT). This is an innovative form of radiation delivery using PET signal to guide our external beam radiation therapy. The linear accelerator is the RefleXion X1, and it potentially will allow us to reduce toxicity through reduced field sizes, and also avoid the need to manage motion. As the technology evolves, it may also allow us to more comprehensively treat patients with many metastases for more complete metastatic ablation.   We join the ranks of Stanford and University of Texas-Southwestern NCI-designated comprehensive cancer centers in being the first institutions in the world to utilize this technology.   We have many research projects centered around BgRT and look forward to testing and leading the way in this area. This marks another important milestone for City of Hope Radiation Oncology, on the heels of starting our MRI and CT-adaptive radiation therapy programs.   I am so thankful that we have Terence M. Williams, our Chair of Radiation Oncology, leading us in bringing the most advanced therapies to City of Hope to fulfill our mission of curing cancer. I am also very grateful for the tremendous contributions of our stellar physics team, in particular Dr. An Liu, Dr. Chunhui Han, and Dr. Tyler Watkins, whose dedication and tireless work made this achievement possible. We also must recognize our Duarte radiation oncology physicians who worked to identify patients suitable for treatment, as well as the rest of our dosimetry & RTT teams. Last, but absolutely not least, we must recognize and thank our patients, who put their trust in us to bring them the most advanced and promising treatments. They are what drive us to continuously advance the field. #coh #cityofhope #cohradiationoncology #cohproud

Most of IR literature in this space was retrospective until DOSIPHERE and the incorporation of personalized dosimetry - Harry Nguyen, DO Krishan Jethwa #Cancer #ClinicalTrials #DOSIPHERE #HCC #OncoDaily #Oncology #PalliativeCare #RadiationOncology

What exactly is the difference between #protontherapy and standard X-ray radiation? Both types of #radiation keep cancer cells from dividing and growing. Both treatments can destroy benign and malignant tumors. But protons are actually tiny, subatomic particles, whereas X-rays are waves of energy. This difference means the two forms of radiation behave differently. Protons give off most of their radiation in a sudden peak and then the radiation dose drops off to essentially zero. By manipulating certain criteria, physicians can determine where that peak happens in the body. Less radiation hits the healthy tissue in front of the tumor and almost none reaches the healthy tissue beyond it. X-rays start with most of their energy and slowly lose it as they penetrate into the body. That means most radiation is delivered to the healthy tissue in front of the tumor. Learn more about proton therapy in #cancercare here: https://bit.ly/45Ywdhp

5 Things Most Doctors Don’t Know About Radiation Oncology: As a field, radiation oncology is perhaps one of medicine’s best kept secrets. Sometimes, even our own colleagues don’t know where our department exists in the hospital or exactly what we do. As two radiation oncologists who are, in fact, the children of radiation oncologists, we will admit that it’s possible we are a tiny bit biased. We cannot lie, though: Our field is a hidden gem. What is well known is that radiation oncologists have a symbiotic relationship with our treatment technology. The evolution of treatment machines and radiation precision allows us to deliver patient-tailored treatment down to the millimeter. What may get lost in the discussions of isodose lines and penumbra, however, is that we’ve also got cutting-edge research and personalized patient care within a specialized team in the depths of the hospital. Because the inner workings of what happens to patients as they come in and out of our office remains a mystery, we hope to use this space to clarify the top 5 things most physicians don’t know about radiation oncology. Go to CyberKnife Miami's blog to see the rest of the story by Dr. Fantine Giap, Dr. Fumiko Chino. Here's the link: https://lnkd.in/gXxdqPpt At CyberKnife Miami, we are proud to be radiation therapists and radiation oncologists and happy to share more information. If you want to know more, come visit our center, we’re happy to show you around. Or call our team if you have any questions at 305-279-2900. CyberKnife Center of Miami "The Beam of Life"  #cancertreatmentinmiamiflorida #cancertreatmentmiami #cyberknifetreatmentforprostatecancer #cyberknifeforprostatecancer

Discover how the Department of Radiation Oncology at University Hospital Würzburg successfully navigated the shift from Pinnacle to Eclipse TPS with the help of ClearCheck. This not only streamlined their workflow but also enhanced the thoroughness of their plan evaluations. Dive into their story to see the power of automation in adapting to change. Read the full blog here: https://bit.ly/4aTGeP7 #radiationoncology #treatmentplanning #eclipsetps #medicalphysics

Master Breast Radiation Planning: Simple Guide for Radiation Oncology Residents. https://lnkd.in/ezeZEK53

It’s always fun to team up with Join Y. Luh MD, FACP, FACR, FASTRO to discuss Radiation Oncology health policy. Many thanks to AuntMinnie.com and Amerigo Allegretto for having the two of us as guests. Freestanding centers, under MPFS, have taken a 23% cut over the past decade. This has happened while the cost of delivery only goes up by the year. This lack of payment stability places freestanding centers in a very difficult position. While this lack of payments stability affects hospital-based centers as well, freestanding centers are affected first and much harder, in my opinion. For centers in MPFS, ROCR creates a safe(r) harbor by linking physician payment to MEI and technical payments to HIPPS. For more detailed information, please go to www.astro.org/advocacy and hit the link for “ROCR”. ROCR should work for the vast majority of practices in this country, regardless of practice setting. ASTRO has created modeling tools and is happy to walk you through your own practice to see how ROCR would impact you. If the ROCR model does not work for your practice, then let’s figure out why. Let’s do it together. American Society of Clinical Oncology (ASCO) ACRO - American College of Radiation Oncology American Society for Radiation Oncology American College of Radiology

🌏 Join Us at Estro meets ASIA 2024 – Bridging Radiation Oncology Across Continents! 🌏 We're excited to see you at Estro meets ASIA 2024, a groundbreaking collaboration between ESTRO and FARO (The Federation of Asian Organizations for Radiation Oncology). This unique event is designed to foster collaboration between Europe & Asia, bringing together the best minds in radiation oncology to share knowledge, advancements, and innovations. Taking place in an interactive congress format, this event will provide an unparalleled platform for learning & collaboration. Participants will benefit from the diverse clinical practices across regions, working together to develop common solutions that optimize radiotherapy treatment and care for patients worldwide. The scientific program is robust and inclusive, featuring three distinct tracks: 1. Interdisciplinary Track: Explore topics of broad interest and cross-disciplinary relevance. 2. Medical Physics Track: Dive deep into the technological and scientific advances shaping the future. 3. RTT Track: Engage with the latest developments in radiation therapy techniques and practices. Don't miss out on the chance to connect with global colleagues and industry leaders. The event will also host a large exhibition, showcasing the latest breakthroughs in radiotherapy and oncology. Whether you're a clinician, researcher, physicist, or radiotherapy technologist, Estro meets ASIA 2024 is the event where global expertise converges to shape the future of radiation oncology. Save the date & be part of this transformative experience! #ESTROAsia24 #FARO #RadiationOncology #Radiotherapy #GlobalConnections #Networking