RADPAD® Radiation Protection’s Post

Shield Yourself from Scatter: Protecting Your Health in the Cath Lab Exposure to scatter radiation during cardiac catheterization procedures is a well-known concern. This article explores 14 practical strategies to minimize this risk for healthcare professionals, with a focus on RADPAD® Radiation Protection shields. Why RADPAD®? Superior protection: Attenuate up to 95% of scatter radiation, safeguarding you and your team during fluoroscopy-guided procedures. Convenience: Lightweight and disposable, seamlessly integrating into your workflow without compromising efficiency. Invest in your well-being and create a safer environment for everyone in the cath lab. Implement these strategies and choose RADPAD® shields. Learn more about RADPAD® and take a look at the full article here: https://lnkd.in/gwS_Wnun #RADPAD #RadiationProtection #CathLabSafety #Cardiology #MedEd #HealthcareHeroes #Catheterization #Fluoroscopy #InterventionalCardiology

RADPAD® Radiation Protection shields have been clinically studied across various interventional procedures to prove their efficacy in reducing scatter radiation exposure. RADPAD® shields significantly reduce primary operator and staff ionizing radiation levels and can help prevent the long-term health effects of radiation. This study sought to evaluate the efficacy of RADPAD® shields during coronary angiography procedures. Dose measurements were taken at 68 kVp in LAO 0° and then at 125 kVp in LAO 0° and LAO 30°. Results showed that RADPAD® shielding significantly reduced ionizing radiation exposure levels to the primary operator and staff! Stay protected from the harmful effects of occupational scatter radiation exposure with RADPAD® Radiation Protection shields! #radiation #radiationsafety #radiationprotection #interventional #radiology #cardiology #cardiac #radial #safety #healthcare #health #medical #education #meded #irad #radialfirst #study

🎉 Exciting News! 🎉 We are thrilled to share a remarkable case report published in the July 2024 issue of Cath Lab Digest, titled "Successful Dilation of a Heavily Calcified LAD With 3 Layers of Under-Expanded Stents With the OPN NC Super High-Pressure Balloon." In this report, the OPN NC Super High-Pressure PTCA Balloon was used to tackle a challenging case involving a heavily calcified left anterior descending (LAD) artery with three layers of under-expanded stents. The OPN NC balloon achieved an incredible dilation, showcasing its unmatched efficacy in dealing with complex lesions. Key Highlights: · The patient had a severely calcified LAD with three under-expanded stents. · The OPN NC balloon, with its twin-layer design and high-pressure capability (up to 35 atm), successfully dilated the lesion. · This breakthrough resulted in optimal stent expansion and significantly improved patient outcomes. This case report underscores why the OPN NC Super High-Pressure Balloon is a game-changer in interventional cardiology. It proves its capability to achieve results where conventional balloons fail, ensuring the best care for patients with complex coronary lesions. Read the full case report here: https://lnkd.in/gAMTbCW2 And a quick shoutout to the authors who participated in this case report: Nachiket Patel, MD, FACC, FACP, FSCAI, Vikram Purewal, D.O., Raehan Ahmed, DO; and Chad F. Goerndt, RT(R)! Keep paving the way in the adoption of medical innovation! It is greatly appreciated! #Cardiology #InterventionalCardiology #Innovation #Healthcare #OPNNC #CathLab #MedicalBreakthrough #PatientCare

Discover the evolution of cardiovascular surgical equipment in our latest blog! 🎯 From pioneering stents that restore blood flow to precision catheters and surgical instruments, explore how these innovations are reshaping cardiac care. 🫀💡 Dive into the details of how these life-saving technologies work and what the future holds for cardiovascular health. Read more ➡ https://lnkd.in/gxQGetsC #CardiovascularHealth #MedicalInnovation #HeartCare #HealthTech #MedicalDevices  #SurgicalInstruments #InnovationInHealthcare #HealthcareTechnology #HeartDisease #Stents #Catheters 

Highlighting constant improvements and innovative strategies, Boston Children's Hospital cardiac team has significantly advanced the safety and effectiveness of the Ross procedure for aortic valve replacement. Emphasizing tailored approaches to manage and prevent complications, their technique now offers a durable solution for patients of all ages. Recent data highlights this success: over the past 17 years, only one of 58 patients who weighed more than 40 kilograms required further surgical intervention for the new aortic valve post-Ross procedure, and complications were minimal even among those who had previous heart surgeries or needed additional procedures during the Ross operation. This evolution underscores the importance of adaptation and precision in cardiac care, providing enhanced outcomes and extending the functionality of native heart structures in valve replacement scenarios. How have similar strategies impacted patient outcomes in your practice, and what challenges do you foresee with the continuing adaptation of such procedures? Peter E. Hammer, Michael H. Kwon, Gerald Marx, #CardiacSurgery #RossProcedure #AorticValveReplacement #perfusion #perfusionist #intensivecare #TAVR

Protecting Yourself Against Occupational Radiation Exposure: A Look at Multimodal Strategies A recent study published in the journal Radiation Physics and Chemistry explores multimodal strategies for managing occupational radiation exposure in interventional cardiology procedures. The research emphasizes the importance of a combined approach, including factors like: Optimizing procedural techniques to minimize fluoroscopy time. Utilizing protective equipment like RADPAD® Radiation Protection Shields. Implementing standardized dosimetry methods for accurate exposure monitoring. RADPAD® shields are a crucial element in this multi-pronged approach. Backed by over 40 independent clinical studies, RADPAD® shields are proven to effectively minimize radiation exposure for medical professionals. Invest in your well-being. Choose RADPAD® for a safer work environment. #RADPAD #RadiationProtection #CathLab #Cardiology #Interventionalcardiology #HealthcareSafety #MedEd https://lnkd.in/g5g4-SbK

“Studies have shown that women cardiologists have expressed hesitancy about going into one of the fluoroscopy specialties, whether interventional cardiology or electrophysiology, and the number one reason that they cite is concern over radiation exposure during the childbearing years,” he added. “We have done a very poor job at addressing this, [and] for so many reasons, it's time that we take this head on and make it our primary objective—a moral imperative, quite frankly—that we reduce radiation in the Cath lab to zero.” - Dr. David Rizik At Image Diagnostics, Inc we are helping to significantly reduce the amount of radiation in the Cath Lab. #WomensHistoryMonth is a great time to bring to light these issues. Our Protego System can help to ease the minds of women who wish to enter into the field. Our system can help to reduce radiation by up to 99% (based on real-time dosimetry devices) and was designed to eliminate the need for heavy lead aprons that wear on your body. Check out this article from TCTMD from #CRT2024! #RadiationProtection #ApronFreeImaging #CathLab https://lnkd.in/eX9umRvm

In the last few posts I have shared the high-yield and "low-hanging fruit" lung #ultrasound applications for a novice #pocus user. Today is the final lung #ultrasound application: identifying pleural effusions (fluid in thoracic cavity). Ultrasound is nearly 100% sensitive in detecting even small amounts of fluid in the thoracic cavity. Chest x-ray is notoriously lousy, especially when performed on supine patients. The 2024 meta-analysis linked below found that lung ultrasound sensitivity for pleural effusion was 95% compared to 68% with chest x-ray. What are the key findings on #POCUS for pleural effusion? 1. Loss of mirror image artifact (liver or spleen reflecting over the diaphragm). 2. Presence of spine sign (spine is visualized superior to the diaphragm). 3. Fluid is seen. Transudative fluid appears anechoic (black). Exudative fluid has echos and debris in it. Other cool things about using lung #ultrasound for pleural effusions: 1. You can estimate the size of the effusion. 2. You can use it for guidance during drainage to decrease complications (bleeding and pneumothorax). More on this in a future post! I'll do some cost calculations for you all. It's quite impressive what iatrogenic pneumothorax costs. 3. You can check for a pneumothorax immediately post-procedure instead of waiting for a chest X-ray to be performed. Remember, chest x-ray is also an inferior test for pneumothorax detection. Share this post with others who might find it valuable and turn on the 🔔 under my profile banner to not miss similar posts in the future. Are you currently using #POCUS to identify pleural effusions and guide management of your patients? Share in comments! Hello Sono supports medical practices and residency programs in building high-quality and compliant POCUS programs. Learn more at hellosono.com and DM me if you'd like to see how we can work together. Here is the link most recent meta-analysis comparing chest x-ray and ultrasound in detecting pleural effusions: https://lnkd.in/ee88s4UT #pocus #ultrasound #meded #pointofcareultrasound #urgentcare #primarycare #hospitalmedicine #familymedicine #emergencymedicine #patientcare #patientexperience

Research indicates a troubling pattern: personnel in interventional cardiology and cardiac electrophysiology are encountering heightened rates of cancer, skin issues, cataracts, and musculoskeletal problems compared to their unexposed counterparts. Even adherence to international and federal radiation dosage limits doesn't fully mitigate these risks. These health concerns stem from the cumulative radiation exposure experienced during procedures. The longer one engages in interventions, the higher the associated risk becomes. Throughout your team's tenure in the catheterization lab, it's crucial to equip yourselves with appropriate protective gear while conducting critical procedures. RADPAD® Radiation Protection shields are supported by over 40 clinical studies affirming their effectiveness in minimizing scatter radiation exposure for primary operators and staff. #RADPAD #catheterization #electrophysiology #healthcare #cathlab #meded #cardiology #cardiac #radiation #radiationsafety

🚀 Why Super-High–Pressure Balloons Are Changing the Game in PCI 🚀 In the realm of advanced PCI procedures, the demand for high-performance tools is at an all-time high. An article on Super-High–Pressure Balloons spotlights the OPN NC® Super High-Pressure PTCA Balloon as a top choice for tackling resistant coronary lesions. With the capability to exceed pressures of 40 atm, OPN NC® provides unmatched precision in dilating challenging lesions that standard balloons struggle with. Emphasizing the critical nature of lesion preparation for enhanced stent expansion, OPN NC® is engineered to deliver just that. Its innovative twin-layer design ensures consistent expansion even under the most challenging conditions, making it the ideal solution for calcified and complex lesions. Elevate the efficiency and safety of your cath lab with OPN NC®. Reach out today to schedule a demo or inquire for more information at [email protected]. #SuperHighPressure #OPNNC #CoronaryInterventions #HealthcareTechnology #Cardiology