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What happens in a PET CT Scan? PET CT is a type of scan that creates detailed 3D pictures of your heart and can show us which areas may lack sufficient blood flow. Join Lucy, Nuclear Medicine Technologist and Bridget, RN as they go through a full scan with us!

Radiation, whether from natural sources or human activities, presents a unique challenge that requires meticulous attention to ensure safety and proper mitigation. From medical imaging and nuclear energy to industrial applications and space exploration, radiation plays a crucial role in our lives. It is important to understand both the useful applications of radiation and the importance of regulations, monitoring systems, and innovative technologies used to minimize potential hazards and safeguard our planet’s health. By making radiation health and safety a priority, we not only protect individuals working in radiation-related fields, but we can also help prevent environmental contamination and preserve ecosystems. On this #EarthDay, SC&A celebrates radiation health and safety professionals who seek to innovate, collaborate, and advocate for practices that prioritize both human well-being and environmental protection! #RadiationSafety #RSO #HealthAndSafety #Sustainability https://lnkd.in/eiB9fGzM

FLARE Fusion Neutron System Unveiled by SHINE Technologies. by Clarence Oxford - Los Angeles CA (SPX) SHINE Technologies, a leading fusion company, is set to present FLARE, the world's most powerful continuous fusion neutron system, at the IEEE Nuclear and Space Radiation Effects Conference (NRSEC) and the Technology of Fusion Energy Meeting (TOFE). The Fusion Linear Accelerator for Radiation Effects (FLARE) is designed to support critical applications in aerospace, defense, and energy sectors, providing essential radiation for advanced testing of electronics and materials. FLARE also enhances national security programs by improving the durability of strategic defense systems. It drastically reduces the time needed for irradiation to achieve test objectives, boosting the capacity for defense and aerospace industries to test their systems, thus supporting readiness, sustainability, and new system deployment. Previously, assessing the radiation endurance of defense systems was a slow and labor-intensive process. The Department of Defense plays a crucial role in protecting the homeland and supporting deployed forces, allies, and partners. However, sensitive microelectronics in defense systems are susceptible to high radiation levels, which can arise from long-term cumulative effects or single-event disturbances. These defense and satellite systems require thorough radiation effects testing to ensure reliability before mission deployment. FLARE can complete tests in hours that would traditionally take weeks at other facilities, enabling shorter development cycles. This facilitates faster iteration in creating radiation-hardened components, allowing the US to meet stringent timelines and respond swiftly to challenges or threats. https://lnkd.in/d-pTBbPh

When choosing a career, many of us want to have an impact and make a positive contribution to our communities or our future. Look no further than a career in nuclear medicine. Whether you want to pursue groundbreaking research or provide patients with the highest standard of care, pursuing nuclear medicine means enhancing people's quality of life. It's also a job where no two days are the same, and you can interact with various fields of medicine. Dr. Munir Ghesani, Chief of Nuclear Medicine at Mt. Sinai Health System, talks about the vast number of disciplines his work covers. Watch the full (and final!) episode here: https://lnkd.in/gp3BfZwU #nuclearmedicine #career #careergoals

The International Atomic Energy Agency, an organization that operates within the United Nations, has published a standard for Radiation Protection and the Safety of Radiation Sources (GSR Part 3 - Link https://lnkd.in/dJ2ivzW6). This standard sets interesting expectations for the protection of aircrews and astronauts. Exposure of aircrew and space crew due to cosmic radiation 5.30. The regulatory body or other relevant authority shall determine whether assessment of the exposure of aircrew due to cosmic radiation is warranted. 5.31. Where such assessment is deemed to be warranted, the regulatory body or other relevant authority shall establish a framework which shall include a reference level of dose and a methodology for the assessment and recording of doses received by aircrew from occupational exposure to cosmic radiation. 5.32. In accordance with para. 5.31:   (a) Where the doses of aircrew are likely to exceed the reference level, employers of aircrew:      (i) Shall assess and keep records of doses;       (ii) Shall make records of doses available to aircrew.   (b) Employers:      (i) Shall inform female aircrew of the risk to the embryo or fetus due to exposure to cosmic radiation and of the need for early notification of pregnancy;      (ii) Shall apply the requirements of para. 3.114 in respect of notification of pregnancy. 5.33. The regulatory body or other relevant authority shall establish, where appropriate, a framework for radiation protection that applies to individuals in space based activities that is appropriate for the exceptional conditions of space. While the requirements of these Standards in respect of dose limits do not apply to individuals in space based activities, all reasonable efforts shall be made to optimize protection for individuals in space based activities by restricting the doses received by such individuals while not unduly limiting the extent of such activities.

Recognizing the Contributions of Nuclear Medicine Professionals  During Nuclear Medicine Week, from October 6-12, we celebrate the vital work of nuclear medicine technologists who play a critical role in diagnostic imaging and treatment. These professionals use their skills and expertise to help patients receive precise, accurate care that makes a real difference in outcomes. ⚛️ At Aequor, we’re proud to support nuclear medicine technologists by connecting them with opportunities to make an impact in the healthcare field. Learn more about their contributions and how they’re shaping the future of care in our latest blog. 👉 Click the link in the comments to get started! #NuclearMedicineWeek #AequorStaffing #HealthcareStaffing #MedicalImaging #HealthcareHeroes #NuclearMedicine #StaffingSolutions #HealthcareExcellence

Discover How Artemis Shielding is Revolutionizing Safety Across Industries Are you looking for innovative, lead-free radiation shielding solutions? Artemis Shielding, a veteran-founded company based in Fort Payne, Alabama, is making waves with our non-toxic, customizable radiation shielding products. Nuclear Industry: Artemis Shielding provides solutions to shield employees and isolate hot spots within nuclear facilities. Our products include pipe coverings, wall shielding, and more. Medical Field: Protecting from diagnostic x-rays has never been safer. We offer lightweight, customizable solutions for radiology and radiopharmaceutical environments. Testing Facilities: Our durable, cost-effective solutions are perfect for Cs-137 and Co-60 energy sources. Security: From airports to food industry environments, Artemis Shielding's lead-free security curtains provide superior protection. Aerospace: Our Nanotek H Series material is ideal for space travel, maintaining critical weight restrictions while offering flexibility. Learn more: https://lnkd.in/gF4Wc4_m #GetTheLeadOut #RadiationShielding #SafetyFirst #Sustainability #Innovation #ArtemisShielding

Did you know thousands of Radiological Thermoelectric Generators (RTGs) still pose serious risks in remote areas? ⚠️ Argon’s Steven Pike explores the history and ongoing dangers of these forgotten radioactive sources. This is a critical read for understanding the importance of detection, recovery, and preparedness in radiation safety ⤵️ https://hubs.ly/Q02KpB9X0 #RadiationSafety #CBRN #NuclearTechnology #EmergencyPreparedness

Radiation shielding walls in nuclear research facilities like accelerators or medical institutes especially radiation therapy, have often to be penetrated for cabling and pipe routing. These penetrations might be located in areas where maximum shielding has to be ensured. Framatome Flexible Radiation Plugging - Flex Rad Plug is a groundbreaking technology ensures full shielding efficiency for wall penetrations, crucial for radiation protection. With the Flex Rad Plug, you can expect 40% cost reduction, minimized pre-work, and faster installation times. The plug's versatility allows it to adapt to any penetration shape and size, accommodating various cables and pipes. Today, more than 650 successful implementations, all approved by safety authorities. Learn more: https://lnkd.in/ejdcCnxD #NuclearMedecine #NuclearResearch #NuclearShielding #Framatome

Did you know thousands of Radiological Thermoelectric Generators (RTGs) still pose serious risks in remote areas? ⚠️ Argon’s Steven Pike explores the history and ongoing dangers of these forgotten radioactive sources. This is a critical read for understanding the importance of detection, recovery, and preparedness in radiation safety ⤵️ https://hubs.ly/Q02Kpz7n0 #RadiationSafety #CBRN #NuclearTechnology #EmergencyPreparedness