Often times doctors will inject radioactive dye into the blood and then scan for the radiation. It allows doctors to detect where the bloodstream is taking the isotope, which in turn allows them to search for issues in circulation.
Think of it as equivalent to dropping a GPS beacon into a river to detect where the water is ending up.
Yes very dangerous, even more dangerous than a crazy elephant chasing a human.
Yes, plutonium-239 is a radioactive isotope commonly used in nuclear reactors and weapons. It decays through alpha particle emission, and its radioactivity poses significant health risks if not handled properly.
Nobelium is a highly radioactive element, and its isotopes are not found in nature. Due to its radioactivity, it poses health risks if handled or ingested. Additionally, it can undergo spontaneous fission, releasing large amounts of energy.
Europium is radioactive, though for most practical purposes it can be treated as stable. 52.2% of europium is stable. 47.8%, is radioactive 151Eu, but the half life of this is long, at 5,000,000,000,000,000,000 years. Like all other elements, europium has radioactive synthetic isotopes.
Yes, dysprosium is considered mildly radioactive. It has seven naturally occurring isotopes, with the most common being dysprosium-164. While the radioactivity of dysprosium is not considered a major health hazard, precautions should still be taken when handling large quantities of the element.
Often times doctors will inject radioactive dye into the blood and then scan for the radiation. It allows doctors to detect where the bloodstream is taking the isotope, which in turn allows them to search for issues in circulation. Think of it as equivalent to dropping a GPS beacon into a river to detect where the water is ending up.
Often times doctors will inject radioactive dye into the blood and then scan for the radiation. It allows doctors to detect where the bloodstream is taking the isotope, which in turn allows them to search for issues in circulation. Think of it as equivalent to dropping a GPS beacon into a river to detect where the water is ending up.
The Chernobyl disaster released a variety of radioactive isotopes, such as cesium-137, strontium-90, and iodine-131. These isotopes are harmful to human health and can cause various health problems, such as cancer and thyroid disorders.
Possible health problems due to radioactive gas leak in the atmosphere?
Urinary test could detect urinary tract disorders and other health problems.
True. Our body naturally contains several radioactive isotopes such as potassium-40, carbon-14, and radon-222. These isotopes are present in very small amounts and are generally not harmful to health.
No, radioactive isotopes are not inherently cursed. They can be used for beneficial purposes in fields such as medicine, industry, and energy production. However, if not handled properly, they can pose health and environmental risks.
Yes very dangerous, even more dangerous than a crazy elephant chasing a human.
Yes, plutonium-239 is a radioactive isotope commonly used in nuclear reactors and weapons. It decays through alpha particle emission, and its radioactivity poses significant health risks if not handled properly.
The gaseous products of a disintegrating radioactive substance such as thoron or radon usually include isotopes of helium or polonium. These isotopes are formed as a result of radioactive decay and are emitted in the form of gas. They can pose a health risk if inhaled, as they are radioactive and can accumulate in the lungs.
A radioactive noble gas is a noble gas element that has unstable isotopes, meaning they undergo radioactive decay. An example is radon, which is naturally occurring and emits alpha particles as it decays. These gases can pose health risks if inhaled, as their radioactive decay products can damage cells in the respiratory system.
Elements that decay (give off protons and neutrons) to form other elements. *It's not elements as such that are stable or unstable, but rather isotopes. Even elements of small atomic number have unstable isotopes that undergo radioactive decay, for example carbon-14. Elements with higher atomic numbers than Lead (82) are naturally radioactive in all isotopes. Bismuth (83) has an extremely long half-life, but the time generally becomes shorter (the decay more rapid) as the size of the nucleus gets progressively larger for heavier radioactive elements.