The elements that are radioactive in their most common form are radon, technetium, potassium, and uranium. The most obvious use for radon is the automobile industry. Potassium has both medical and agribusiness uses. Uranium is commonly used as a basic fuel for nuclear reactors. Technetium is used in nuclear medicine and industries
Medical uses of radioactive isotopes include:
Diagnosis,
specific treatments (iodine for hyperthyroidism)
general tissue destruction (inserts for cancer).
Radioactive isotopes are used for treatments and diagnostic.
radium
cobalt 60
Some imaging uses radioactive isotopes to see various parts of the body.
Radioactive isotopes have many uses:- sources of energy- tracers- treatment of cancers- sources of radiation- components of instruments- nuclear fuels- nuclear bombsand many others
Carbon-14 is used to determine the age of fossils. Radiation therapy for cancer comes from isotopes that emit gamma rays. Thyroid tissue that may be cancerous and has left the throat region can be located in the body with radioactive iodine.
Radioactive isotopes are a subset of isotopes. If we look at all isotopes, some of them are radioactive. That means that they have unstable nuclei, and they will decay spontaneously sooner or later.
Presumably you mean radio-isotopes? These are produced usually in small reactors built for the purpose and possibly for other experimental purposes. Short lived isotopes are the most useful for medical tracer purposes as the activity soon dies away. Longer lived and higher energy ones are useful for radioactive treatment of tumors and other conditions. This question is not really relevant to Nuclear Energy and I will transfer it to Medical questions.
Some imaging uses radioactive isotopes to see various parts of the body.
Carbon dating and tracking.
The explanation is the effect of ionizing radiation on tissues and materials.Three uses are:- sterilizing of instruments and parapharmaceutic items- diagnostic with radioactive isotopes (scintigraphy)- treatment of cancers with radioactive isotopes
- sources of energy - sources of penetrant radiations - smoke detectors - uses in medicine - uses as radioactive tracers - uses in radioactive dating of rocks
Radioactive isotopes have many uses:- sources of energy- tracers- treatment of cancers- sources of radiation- components of instruments- nuclear fuels- nuclear bombsand many others
The radioactive isotopes used in medicine are mostly prepared in a couple of different ways. It is possible to extract a useful radionuclide form the spent fuel of a nuclear power plant; iodine-131 and molybdenum-99 are examples of isotopes prepared in this manner. Cyclotrons are used for other isotopes, an example being Fluoron-18, which is made by bombarding natural, stable, oxygen-18 with protons from a cyclotron. The radioactive atoms are often bound in molecules designed for particular jobs. Nuclear medicine uses the radioactive materials for diagnostic purposes, since they can image things x-rays cannot detect or with smaller amounts of damaging radiation. Other radioactive materials are designed to be used therapeutically, for example to destroy cancer cells selectively.
uranium -just an elemet uranium 235 -element but this is radioactive
Carbon-14 is used to determine the age of fossils. Radiation therapy for cancer comes from isotopes that emit gamma rays. Thyroid tissue that may be cancerous and has left the throat region can be located in the body with radioactive iodine.
Radioactive tracing in medicine, Nuclear medicine, Corrosion inhibitor, rust preventative, and super conductor.
- energy source - radiation source - tracer - fuel for nuclear reactors - explosive for nuclear bombs
radioactive material called a tracer
When you mix an isotope substance into the fields, the plants that grow in them will become genetically mutated and grow in many different and bizzare ways. Growing plants in intentionally radioactive soil is unfortunately most likely illegal.