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If you are exposed to high levels of radiation like those caused by accidents like Chernobyl and most recently Fukushima, you may get radiation poisoning.
While the early symptoms of radiation poisoning may seem relatively benign, long-term radiation poisoning effects can be devastating to your health. Because of this, it’s important to understand what radiation poisoning looks like, its causes, and what to do during an emergency involving ionizing energy.
Let’s go over everything you need to know.
Causes of Radiation Poisoning
What causes radiation poisoning?
Radiation poisoning is usually caused by extreme events that result in excessive exposure to ionizing energy. For instance, accidents at nuclear facilities or the mishandling of radioactive materials.
Other cases have also been recorded during the use of nuclear weapons, like the explosions in Hiroshima and Nagasaki, but this type of event is rarely among the modern causes of radiation poisoning.
What to Do During a Radiation Emergency
If you work at a facility that may experience a radiation emergency, it’s important to know what to do.
For starters, you should adhere to the security protocol and training you have received at your facility. Additionally, you should increase the distance between you and the source of the radiation and position yourself behind shielding materials if it has not been controlled.
Next, you should limit the amount of time you spend in close proximity to the radiation source and contact emergency services. Make sure to stay calm and prioritize safety for the duration of the emergency.
Decontamination and Prevention
Decontamination is the process of removing radioactive materials from your body or from a specific environment.
This process starts with the removal of contaminated clothing, washing the skin, and disposal of potentially contaminated items.
If your facility handles radiation equipment, you have to follow safety protocols that include training on security, educating your staff, and equipping your entire team with protective apparel.
What Is Radiation Poisoning?
What is radiation poisoning?
This medical condition is also referred to as acute radiation syndrome (ARS) and it occurs when your body is exposed to high levels of ionizing radiation. This harmful energy damages cells at a molecular level, potentially causing tissue injury and organ failure.
Unlike cumulative, long-term exposure, ARS is characterized by the relatively quick onset of symptoms and subsequent health issues.
What Does Radiation Poisoning Look Like: Symptoms
People with radiation poisoning often experience symptoms within minutes or hours of exposure, depending on the radiation dose. Early warning signs include nausea, vomiting, dizziness, and fatigue, which may feel similar to food poisoning or the flu.
As the condition progresses, more severe effects develop: skin burns, hair loss, bleeding, and infections due to damaged bone marrow. In very high doses, neurological issues and organ failure can also occur, making fast recognition and treatment critical.
Long-Term Effects and Health Issues Caused By Radiation Poisoning
How does radiation poisoning work? Does it produce severe health issues right away?
As we covered earlier, ARS causes nausea and dizziness in its early stages. However, radiation poisoning doesn’t only cause immediate illness, but it also leaves behind lasting health risks.
DNA damage from exposure can lead to cancers such as leukemia, thyroid cancer, and lung cancer years after the initial exposure. Survivors may also face cataracts, fertility problems, chronic fatigue, and cardiovascular disease.
Protect Yourself and Your Team from Radiation Poisoning
Radiation poisoning is a dangerous condition and it’s usually the precursor to more serious health conditions. The most common causes of radiation poisoning include nuclear accidents and other types of accidental exposure.
The immediate symptoms of radiation poisoning include vomiting, nausea, and dizziness. However, the latter health issues experienced in the aftermath of the initial symptoms include severe health issues, like organ damage and cancerous tumors.
Therefore, it’s essential to provide top-of-the-line protective equipment to medical practitioners and other radiation professionals in your facility. At Barrier Technologies, we’ve designed and manufactured lead aprons, barriers, and other safety equipment for decades, so contact us today if you need assistance getting the best protective apparel for your team.
Radiation Poisoning FAQs
Here are the most common and frequently asked questions about radiation poisoning.
What is the cause of radiation poisoning?
Radiation sickness or radiation poisoning occurs when a person is exposed to a high dose of radiation, like during a nuclear accident or explosion. During a radiation poisoning case, the high-energy particles or waves damage cells at a molecular level, causing mutations and even accelerated cell death. Immediate symptoms can include nausea and vomiting, but this can lead to organ damage and other severe effects.
What stops radiation poisoning?
Treatments for radiation poisoning vary based on the type of radiation and exposure levels. In some cases, medical experts may administer potassium iodide, prussian blue, and diethylenetriamine pentaacetic acid (DTPA), all of which help speed up the elimination of radioactive particles.
In terms of preventing radiation poisoning altogether, it’s possible to block gamma, X-ray, and other types of ionizing energy through protective equipment like lead aprons and barriers.
What are the 4 stages of radiation poisoning?
The 4 stages of radiation poisoning are prodromal, latent, manifest, and recovery. Prodromal refers to the early stages where symptoms like nausea commonly occur, while the latent stage is characterized by a period of feeling and looking healthy. Health issues then start appearing during the manifest illness stage, and then finally enter the recovery stage once the treatment has been successfully administered.
What is the survival rate of radiation poisoning?
The survival rate of radiation poisoning depends on the dose of radiation, which is measured in Gray (Gy). For instance, a 2 Gy dose, which is roughly equivalent to the amount of radiation used to treat cancer tumors, is survivable by most individuals. However, an 8 Gy dose is widely regarded as lethal.
