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#snsinstitution #snsdesingthinking #snsdesingthinkers #radiationsafety ALARA stands for “as low as reasonably achievable”. This principle means that even if it is a small dose, if receiving that dose has no direct benefit, you should try to avoid it. To do this, you can use three basic protective measures in radiation safety: time, distance, and shielding. Time Time refers to the amount of time you spend near a radiation source. Minimize your time near a radiation source to only as long as it takes to accomplish a task. First responders can use alarming dosimeters to help them minimize the amount of time they are in an area with elevated radiation levels. Distance Distance refers to how close you are to a radiation source. Maximize your distance from a radioactive source as much as possible. If you increase your distance from a radiation source, you will decrease your dose. Radiation and Your Health Search Menu Navigation Menu Radiation and Your Health Radiation Safety The guiding principle of radiation safety is “ALARA”. ALARA stands for “as low as reasonably achievable”. This principle means that even if it is a small dose, if receiving that dose has no direct benefit, you should try to avoid it. To do this, you can use three basic protective measures in radiation safety: time, distance, and shielding. illustration of clock Time Time refers to the amount of time you spend near a radiation source. Minimize your time near a radiation source to only as long as it takes to accomplish a task. First responders can use alarming dosimeters to help them minimize the amount of time they are in an area with elevated radiation levels. Learn More illustration of clock Distance Distance refers to how close you are to a radiation source. Maximize your distance from a radioactive source as much as possible. If you increase your distance from a radiation source, you will decrease your dose. Learn More illustration of white shield against black background Shielding In a radiation emergency you may be asked to get inside a building and take shelter for a period of time. To shield yourself from a radiation source, put something between you and the source. In a radiation emergency, officials may instruct you to get inside and put as many walls between you and the outside as possible. This is another way to use shielding. Protective clothing can shield first responders from alpha and beta particles, but will not protect them from gamma rays. Standing behind a wall or a fire truck can also serve as a shield.

Radiation safety culture in health care encompasses every action taken to improve the protection and safety of patients and personnel involved in medical exposure. Featured on the hub today, new guidance which provides a framework to establish, maintain and enhance radiation safety culture in health care. It highlights patterns of organisational and individual thinking and behaviours which define a positive safety culture and provides a set of tools to assess the existing level and quality of radiation safety culture and good practice examples. Earlier this year we spoke to Katie Hurst, chair of the Trainees’ Committee for The Royal College of Surgeons of Edinburgh, about the work they are doing to raise awareness and protect staff from ionising radiation. You can find this here: https://lnkd.in/e_ZA5CEG You can find the new guidance, developed by the World Health Organization (WHO) jointly with the International Atomic Energy Agency (IAEA), the IOMP "International Organization for Medical Physics" and the INTERNATIONAL RADIATION PROTECTION ASSOCIATION (IRPA), on the hub here: https://lnkd.in/e4y2QsWJ #pslhub #patientsafety #staffsafety #radiation #radiology #riskmanagement #PPE #safetyculture

In this informative video, Chryssa Paraskevopoulou, Dose Management & Radiation Protection Manager at Affidea explores radiation protection and dose management. She discusses the EURATOM Directive's impact on patient safety and how Affidea's Dose Excellence Programme has advanced radiation safety, earning EuroSafe Imaging accreditations. Additionally, she highlights the importance of standardizing CT protocols for consistent and reliable diagnostics. Watch the video https://iii.hm/1qi0 #Radiation #MedicalDiagnostics

Looking for effective radiation protection in medical radiography? As healthcare workers, we understand the importance of taking safety precautions when performing X-rays. That’s why we’ve created this video to show you how we can protect both patients and ourselves with proper radiation safety protocols. Tune in now to see examples of radiation protection in action! 👉 https://lnkd.in/g-4Bv2C9

I urge all policy makers, healthcare facility designers, construction professionals, and individuals in the ionizing radiation shielding industry to join forces with me in revolutionizing the way x-ray radiation protection is implemented. I've shared a link to six videos produced by Even Keel Productions, Inc. highlighting the challenges faced by workers in occupational radiation environments. These videos offer a stark glimpse into the issues that many of us have been highlighting for years. We can no longer afford to ignore the significant problem of cumulative low-dose radiation exposures. Designing radiation shielding protection to x-ray barriers to minimal attenuation factors is simply not sufficient. Implement non penetration shielding barriers with staff ceiling/ floor mount shielding designs is imperative while working together with shielding professionals. Those working in healthcare deserve better. They are walking away from a profession they love because they feel undervalued and unprotected. If healthcare designs won't allocate 10% of the budget of x-ray equipment towards radiation protection, what message does that send to the staff? Consider this: In a healthcare facility, healthcare workers are subjected to an annual acceptable radiation dose limit of 50 mSv, while the public in the same facility has an acceptable dose rate is just 1 mSv (manmade radiation). We now have options for advanced radiation barriers, such as the ARSP system, which allows for the reuse of lead plates throughout the lifespan of a healthcare facility. The initial cost of increasing lead weights/attenuation factors may be higher, but over time, they prove more cost-effective with an eventual cost of zero compared to single-use radiation shielding installation methodologies. Did you know that increasing lead weights from 2lb Pb to 4lb Pb in an average room material cost around $5000? Is it worth risking harm to our staff for minimal shielding improvements? If we acknowledge that current practices may cause harm, despite our limited understanding of the dangers of low-dose radiation, then it's time to take action. Let's increase shielding barriers designs while also implementing further advanced physical radiation shields in the room. Witness the drop in radiation dose rates, ensuring the safety of staff and public alleviating radiation safety occupational concerns. It's time to step up and do better. Let's collaborate and work together to create a safer workspace. It's no longer the 1980s; we must evolve our approach to protect staff from ionizing radiation. The ARSP system stands as the most advanced radiation shielding barrier available, offering unparalleled protection for our staff. Will you join me in this vital endeavor? www.arsp.com #XrayTech #HealthcareArchitects #HealthcareConstruction #ConstructionManagers #RadiationSafety #LowDoseRadiation #RadiationInducedIllness #AlwaysARSP https://lnkd.in/gmNWgjRy

Radiation Professionals: The Guardians of Public Health and Safety As radiation professionals, we play a vital role in ensuring the safe use of radiation in medical, industrial, and research applications. We are the guardians of public health and safety, working behind the scenes to prevent radiation exposure and protect people and the environment. Here are just a few examples of our critical work: ✅ Developing and implementing radiation safety protocols to minimize exposure. ✅ Conducting radiation surveillance and monitoring to detect potential risks. ✅ Providing training and education to healthcare workers, researchers, and industry professionals. ✅ Collaborating with regulatory agencies to enforce radiation safety standards ✅ Staying up-to-date with the latest technologies and best practices to continuously improve radiation safety But our work is never done! As radiation professionals, we must remain vigilant and proactive in addressing emerging challenges and trends. So, what's the most pressing radiation safety challenge you're facing today, and how are you addressing it? Share your experiences and insights in the comments below! #RadiationSafety #PublicHealth #RadiationProtection #MedicalPhysics #RadiationOncology #NuclearMedicine #RadiationSecurity

The guiding principle of radiation safety is “ALARA”. ALARA stands for “as low as reasonably achievable”. ALARA means avoiding exposure to radiation that does not have a direct benefit to you, even if the dose is small. To do this, you can use three basic protective measures in radiation safety: time, distance, and shielding. Time: “Time” simply refers to the amount of time you spend near a radioactive source. Minimize your time near a radioactive source to only what it takes to get the job done. If you are in an area where radiation levels are elevated,complete your work as quickly as possible, and then leave the area. There is no reason to spend more time around it than necessary. Distance: maximize distance Distance” refers to how close you are to a radioactive source. Maximize your distance from a radioactive source as much as you can. If you increase your distance, you decrease your dose Shielding: use shielding To shield yourself from a radiation source, you need to put something between you and the radiation source. The most effective shielding will depend on what kind of radiation the source is emitting. Some radionuclides emit more than one kind of radiation. #snsinstitutions #snsdesignthinkers #snsdesignthinking

https://lnkd.in/eP5sszSd Huge upgrade of some resource Ionactive released in 2021, and now renewed in February 2024. Thanks to Dr Chris Robbins (Grallator) we have moved this resource forward significantly. We have for some time pondered rules of thumb in radiation protection such as D=ME/6r2 (exact meaning in the linked article). Sometimes they work well, sometimes less well. They are a compromise and this should always be remembered. A compromise is not always a problem, but unless you know what is going on under the hood it can get you in a fix. So this update includes a complete analysis of this rule of thumb, pointing out the good, the bad, and where changes need to be made. Edit (2 March 2023) - now with the first live Ionactive interactive radiation protection widget!

Its been a while since we last did a #WarningLightWednesday! Today, we'd like to focus on a less obvious feature of the flush-mounted warning light that is often overlooked by door manufacturers. In the past, we have received feedback from medical professionals that warning signs on doorsets can leave room for confusion, particularly when they are visible even when not illuminated. This can lead to misunderstandings about whether a room is currently in use for radiographic procedures. Raybloc stands alone in addressing this concern, guided by the invaluable advice of Radiation Protection Advisors, radiographers, and medical physicists. Our flush-mounted warning lights are designed to be invisible when not illuminated. This clear distinction ensures there is no ambiguity about the operational status of the room, enhancing safety and compliance within these critical environments. By integrating this innovative feature, we are not just adhering to the highest safety standards but also respecting the needs and advice of the professionals on the frontline of radiographic services. This is a testament to Raybloc's dedication to not only meeting but exceeding the expectations of those we serve. We are proud to be the only manufacturer of lead-lined doorsets to offer this level of clarity and safety. Our doorsets do more than protect; they communicate effectively, ensuring a safer environment for all. For more information on our pioneering radiation protection solutions, visit our website or contact us directly. Together, let's set new standards in safety and efficiency in radiation protection. #Raybloc #RadiationProtection #InnovationInSafety #HealthcareSafety #RadiationSafety

Radiation safety is not fully understood even X-Ray machine users or hospital management. #TLDbadge is for user safety from over exposure to radiation. Lets look at some common myths and actual facts about radiation safety. https://lnkd.in/gU7At-dN