How does polonium radium cure some cancers?

Radium was used in the past as a radioactive source in the radiotherapy of some cancers.

1. Radium was used in the past for the radiotherapy of some cancers. 2. But because radium is strongly radioactive uncontrolled irradiation or contamination with radium can lead to some cancers.

Polonium applications: - Source of neutrons: as Po-BeO - Radioisotope thermoelectric energy source - Alpha particles source - Brushes with Po to eliminate static charges from different surfaces - Material in radiochemistry studies Radium is used as radioactive source to treat some cancers, in industrial radiography, in Ra-Be neutron sources..

Radium is used today only in laboratories for experiments. Polonium has limited uses: see the link: http://en.wikipedia.org/wiki/Polonium#Applications

Radium: treatment by radiotherapy of some cancers, luminescent paintings for dials, neutron source as Ra-Be, uses in research laboratory Polonium: radioactive heat source, neutron source as Po-Be, devices to eliminate dust and static elecrtricity, neutron trigger in nuclear weapons, uses in research laboratory

Today radium has only limited applications in research laboratories, for example for the preparation of radon standard solutions, in neutron sources of the type Ra-Be, etc. Possible use in radiotherapy to cure some cancers.

Possible use of radium isotopes for the radiotherapy of some cancers.

Polonium applications: - Source of neutrons: as Po-BeO - Radioisotope thermoelectric energy source - Alpha particles source - Brushes with Po to eliminate static charges from different surfaces - Material in radiochemistry studiesRadium applications:- treatment of some cancers- Source of neutrons: as Ra-BeO- Source for industrial radiography

Some applications of polonium: - neutron source as a mixture polonium-beryllium (also used for nuclear weapons) - elimination of the dust from the surface of materials - elimination of the static electricity - radioactive heat source Today radium has not applications outside the laboratory.

Polonium and radium's affect on our lives today are for example the meters on our cars, they glow because of the radium and also some wristwatches the light you get when you press the button on the side. Radium was discovered by a woman named Marie Cuire, she's married, but she obviously died because of too much radium.

Today radium hasn't many important uses: - radium-beryllium neutrons sources - radium solutions as radon source and standards - possible use in the radiotherapy of some cancers

Marie Curie was a pioneer in the field of the treatment of some cancers by radium irradiation.

Radium-226 was used in the past for the treatment by radiotherapy of some cancers; possible use also in the future with another isotopes.

Today radium is not so important for practical applications: - radium-beryllium neutron sources - preparation of radon standard solutions - possible use in radiotherapy for some cancers

Today radium is not so important for practical applications: - radium-beryllium neutron sources - preparation of radon standard solutions - possible use in radiotherapy for some cancers

In the past radium was used for radiotherapy of some cancers or as a component of luminescent paintings. Now radium has very limited uses: source of neutrons as Ra-Be, source of radon, research laboratories.

In the past radium was used for the radiotherapy of some cancers or as a component of luminescent paintings. Now radium has very limited uses: source of neutrons as Ra-Be, source of radon, research laboratories.

Radium is a radioactive chemical element, very dangerous, an alpha radiations emitter; radium is also a source of radon, by decay - radon (gas) is also a radioactive element. But radium was used in the past for the raditherapy of some cancers.

Radon is used for the radiotherapy of some cancers.

Marie Curie observed that some minerals that contained uranium gave off more radioactivity than pure uranium. Believing that these minerals contained small amounts of other, highly radioactive elements, she began to experiment. Eventually, she discovered the elements which she named radium and polonium.

There are drugs that can cure some cancers. Others cancers such as pancreatic are fatal about 99% of the time. The best way to deal with cancer is to avoid dangerous activities such as Do Not smoke or Chew Tobacco. Also detection. Check your breasts if you are woman for lumps. Have a colonosphy if you are 50 years old or older (men and women). Learn the warning signs of cancer. There is no overall…

Today radium has only very limited uses: - preparation of neutron sources, Ra-Be - preparation of radon standard solutions - studies in research laboratories Possible use in the future as source for the radiotherapy of some cancers.

Today radium has only very limited uses: - preparation of neutron sources, Ra-Be - preparation of radon standard solutions - studies in research laboratories Possible use in the future as source for the radiotherapy of some cancers.

Today radium has only limited applications in research laboratories, for example for the preparation of radon standard solutions, in neutron sources of the type Ra-Be, etc. Possible use in radiotherapy of some cancers. Radium was used in the past for luminescent painting of watches and other instruments, was used in toothpaste, cosmetics, etc. These applications are not permitted now because radium is strongly radioactive and dangerous.

- To make luminescent paints and pastes (not in use today this application because is very dangerous) - To make neutron sources as Ra-Be - To prepare radon from radium chloride solutions - Scientific experiments - Possible use in radiotherapy of some cancers

It is estimated that 4 out of 5 people will suffer from some form of cancer in their life-time. Most cancers are cure-able if caught early. Some cancers disappear on their own. Some cancers lead to death. Which, with such odds, cancer research is very important.

Today radium has only limited applications in research laboratories, for example for the preparation of radon standard solutions, in neutron sources of the type Ra-Be, etc. Possible use in radiotherapy of some cancers. Radium was used in the past for luminescent painting of watches and other instruments, was used in toothpaste, cosmetics, etc. These applications are not permitted now because radium is strongly radioactive and dangerous.

Today radium has only limited applications in research laboratories, for example for the preparation of radon standard solutions, in neutron sources of the type Ra-Be, etc. Possible use in radiotherapy of some cancers. Radium was used in the past for luminescent painting of watches and other instruments, was used in toothpaste, cosmetics, etc. These applications are not permitted now because radium is strongly radioactive and dangerous.

Today radium has only limited applications in research laboratories, for example for the preparation of radon standard solutions, in neutron sources of the type Ra-Be, etc. Possible use in radiotherapy of some cancers. Radium was used in the past for luminescent painting of watches and other instruments, was used in toothpaste, cosmetics, etc. These applications are not permitted now because radium is strongly radioactive and dangerous.

Today radium has only limited applications in research laboratories, for example for the preparation of radon standard solutions, in neutron sources of the type Ra-Be, etc. Possible use in radiotherapy of some cancers. Radium was used in the past for luminescent painting of watches and other instruments, was used in toothpaste, cosmetics, etc. These applications are not permitted now because radium is strongly radioactive and dangerous.

Today radium has only limited applications in research laboratories, for example for the preparation of radon standard solutions, in neutron sources of the type Ra-Be, etc. Possible use in radiotherapy of some cancers. Radium was used in the past for luminescent painting of watches and other instruments, was used in toothpaste, cosmetics, etc. These applications are not permitted now because radium is strongly radioactive and dangerous.

Today radium has only limited applications in research laboratories, for example for the preparation of radon standard solutions, in neutron sources of the type Ra-Be, etc. Possible use in radiotherapy of some cancers. Radium was used in the past for luminescent painting of watches and other instruments, was used in toothpaste, cosmetics, etc. These applications are not permitted now because radium is strongly radioactive and dangerous.

Today radium has only limited applications in research laboratories, for example for the preparation of radon standard solutions, in neutron sources of the type Ra-Be, etc. Possible use in radiotherapy of some cancers. Radium was used in the past for luminescent painting of watches and other instruments, was used in toothpaste, cosmetics, etc. These applications are not permitted now because radium is strongly radioactive and dangerous.

Today radium has only limited applications in research laboratories, for example for the preparation of radon standard solutions, in neutron sources of the type Ra-Be, etc. Possible use in radiotherapy of some cancers. Radium was used in the past for luminescent painting of watches and other instruments, was used in toothpaste, cosmetics, etc. These applications are not permitted now because radium is strongly radioactive and dangerous.

Today radium has only limited applications in research laboratories, for example for the preparation of radon standard solutions, in neutron sources of the type Ra-Be, etc. Possible use in radiotherapy of some cancers. Radium was used in the past for luminescent painting of watches and other instruments, was used in toothpaste, cosmetics, etc. These applications are not permitted now because radium is strongly radioactive and dangerous.

Today radium has only limited applications in research laboratories, for example for the preparation of radon standard solutions, in neutron sources of the type Ra-Be, etc. Possible use in radiotherapy of some cancers. Radium was used in the past for luminescent painting of watches and other instruments, was used in toothpaste, cosmetics, etc. These applications are not permitted now because radium is strongly radioactive and dangerous.

Today radium has only limited applications in research laboratories, for example for the preparation of radon standard solutions, in neutron sources of the type Ra-Be, etc. Possible use in radiotherapy of some cancers. Radium was used in the past for luminescent painting of watches and other instruments, was used rarely in toothpaste, cosmetics, etc. These applications are not permitted now because radium is strongly radioactive and dangerous.

Any metal that is not iron is non-ferrous. Here are some aluminum, uranium, copper, silver, sodium, titanium, vanadium, gold, polonium, radium.

Malunggay leaves are most commonly used to treat malnutrition in infants and mothers who are nursing. It is also known to treat and cure some cancers and inflammatory diseases.

There is always Chemo Therapy to help cure it, but sometimes it doesn't work. Many people use Chemo for some cancers to give them more time to live.

Cancer seems to come in many flavors with many different causes. Different treatments for different cancers are slowly making progress. Some cancers seem to have different properties from others. There is one uterine cancer that can be cured by a chemical. The earlier that cancers are found, the easier it is to cure them. No one researcher will find a cure for all cancers. A researcher will find a treatment for a cancer that is…

Today radium has only limited applications in research laboratories, for example for the preparation of radon standard solutions, in neutron sources of the type Ra-Be, etc. Possible use in radiotherapy of some cancers. Radium was used in the past for luminescent painting of watches and other instruments, was used in toothpaste, cosmetics, etc. These applications are not permitted now because radium is strongly radioactive and dangerous.

Today radium has only limited applications in research laboratories, for example for the preparation of radon standard solutions, in neutron sources of the type Ra-Be, etc. Possible use in radiotherapy of some cancers. Radium was used in the past for luminescent painting of watches and other instruments, was used in toothpaste, cosmetics, etc. These applications are not permitted now because radium is strongly radioactive and dangerous.

Today radium has only limited applications in research laboratories, for example for the preparation of radon standard solutions, in neutron sources of the type Ra-Be, etc. Possible use in radiotherapy of some cancers. Radium was used in the past for luminescent painting of watches and other instruments, was used in toothpaste, cosmetics, etc. These applications are not permitted now because radium is strongly radioactive and dangerous.

Today radium has only limited applications in research laboratories, for example for the preparation of radon standard solutions, in neutron sources of the type Ra-Be, etc. Possible use in radiotherapy of some cancers. Radium was used in the past for luminescent painting of watches and other instruments, was used in toothpaste, cosmetics, etc. These applications are not permitted now because radium is strongly radioactive and dangerous.

Today radium has only limited applications in research laboratories, for example for the preparation of radon standard solutions, in neutron sources of the type Ra-Be, etc. Possible use in radiotherapy of some cancers. Radium was used in the past for luminescent painting of watches and other instruments, was used in toothpaste, cosmetics, etc. These applications are not permitted now because radium is strongly radioactive and dangerous.

Today radium has only limited applications in research laboratories, for example for the preparation of radon standard solutions, in neutron sources of the type Ra-Be, etc. Possible use in radiotherapy of some cancers. Radium was used in the past for luminescent painting of watches and other instruments, was used rarely in toothpaste, cosmetics, etc. These applications are not permitted now because radium is strongly radioactive and dangerous.

Today radium has only limited applications in research laboratories, for example for the preparation of radon standard solutions, in neutron sources of the type Ra-Be, etc. Possible use in radiotherapy of some cancers. Radium was used in the past for luminescent painting of watches and other instruments, was used in toothpaste, cosmetics, etc. These applications are not permitted now because radium is strongly radioactive and dangerous.

Today radium has only limited applications in research laboratories, for example for the preparation of radon standard solutions, in neutron sources of the type Ra-Be, etc. Possible use in radiotherapy of some cancers. Radium was used in the past for luminescent painting of watches and other instruments, was used in toothpaste, cosmetics, etc. These applications are not permitted now because radium is strongly radioactive and dangerous.

This depends upon the cancer - the source cells, the location, the invasiveness, etc. Some cancers can be cured with simple surgery - cut out the tumor and the horse is fine. Other cancers can be beaten into submission with radiation therapy and chemotherapy, similar to what humans receive (although the doseage is different and side effects like diarrhea and hair loss are minimized). Still other cancers have no cure - they are progressive and…