"Radioactive isotopes as a boon" Essays and Research Papers

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    Guidant: Radiation Therapy

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    matrix of different growth scenarios together with different developments regarding the dominant technology can be seen. If we take Ginger Howard’s statements on the potential of the technology and the larger mental barriers of patients to leave radioactive material in their body for a long period of time‚ it seems most likely‚ that the market will be dominated by non-stent products and that it will become very large‚ namely between 636 million and 1.73 billion dollars. Concerning the markets growth

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    Chernobyl‚ Ukraine Nuclear Power Plant Meltdown The accident at the Chernobyl Nuclear Power Plant in Ukrainian produced a plume of radioactive debris that drifted over parts of the western USSR‚ Eastern Europe‚ and Scandinavia. The accident‚ which occurred on April 26‚ 1986‚ was the worst nuclear power accident in history. Large areas of the Ukrainian‚ Belorussian‚ and Russian republics of the USSR were contaminated‚ resulting in the evacuation of roughly 200‚000 people. The accident raised

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    The Halogens

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    side of the noble gases. * These five toxic‚ non-metallic elements make up Group 17 of the periodic table and consist of: fluorine (F)‚ chlorine (Cl)‚ bromine (Br)‚ iodine (I)‚ and astatine (At). * Although astatine is radioactive and only has short-lived isotopes‚ it behaves similar to iodine and is often included in the halogen group. * Since the halogen elements have seven valence electrons‚ they only require one additional electron to form a full octet. This characteristic makes them

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    Biology

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    Review Unit One – Biochemistry What is an isotope? Isotope - An isotope is all atoms of the same element that have the same number of protons‚ but they may have different numbers of neutrons in the nucleus. - This means that all atoms with the same atomic number can have different atomic masses. - Because they have the same number of protons and electrons‚ they behave exactly the same in chemical reactions. Radioisotope - The nuclei of some isotopes of an element are unstable and tend to break

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    Biology

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    white Electron Shell Configuration Number of Energy Levels: Three (3) First Energy Level: Two (2) Second Energy Level:Eight (8) Third Energy Level: Three (3) Isotopes In total‚ Aluminium has approximately 23 known isotopes ranging from Al-21 to Al-43‚ with two of these isotopes occurring naturally on Earth. Aluminium isotope Al-26 with a half-life of 730‚ 000 years‚ is only found naturally on Earth in very small traces‚ and is formed by the cosmic-ray bombardment of argon in the Earth’s atmosphere

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    Age of the Universe

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    chemical elements‚ oldest star clusters‚ as well as white dwarf stars. Scientists also try to find the universes rate of expansion‚ and behavior of globular clusters‚ which are spherical collection of stars. In order to find this‚ scientists can use radioactive decay to determine how old a given mixture of atoms is in rock samples. In order to find the rate of expansion of the universe‚ The Hubble constant was the basic cosmological model dependent on density and composition of the universe. Some formulas

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    Atomic Theories

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    a given element are identical (not accepted today bc isotopes) 3. Atoms are neither created nor destroyed in chemical reactions (Lavoisier) 4. Atoms of different elements form compounds in whole number ratios (Proust) * J.J. Thompson (1897) – PHYSICIST WHO DISCOVERED ELECTRONS (e-) * The cathode ray * “plum pudding model” aka Chocolate Chip Cookie or Blueberry Muffin Model of an atom with electrons * Ernest “radioactive man” Rutherford (1907) – “gold foil experiment” *

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    MUGA ppt

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    Radiopharmaceuticals Used For Imaging Mechanism of Localization of Radiopharmaceutical Patient Preparation Imaging Protocols Image Findings Technical Considerations Multi-Gated Acquisition Scan (MUGA) Is a nuclear medicine test that uses a radioactive isotope called a tracer to access how well the human heart is pumping blood Multi-Gated Acquisition Scan MUGA Scan Also known as:  Gated Blood Pool Imaging  Radionuclide Angiography (RNA)  Radionuclide Ventriculography (RVG‚ RNV)  Myocardial Perfusion

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    organ function‚ detection and treatment of some diseases or monitoring of treatment’s effects. It provides physiological (not available from other imaging modalities) and diagnostic information. In the other hand‚ it uses very small amounts of radioactive material (radiopharmaceuticals‚ RP) that is introduced into the body and acts as a tracer. Information obtained using nuclear medicine techniques is more comprehensive than other imaging procedures because it demonstrates organ function‚ not just

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    Rubidium

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    Rubidium is a chemical element that was discovered in 1861 by Robert Bunsen and Gustav Kirchhoff‚ in Heidelberg‚ Germany through a scientific process of flame spectroscopy. During the process‚ Kirchhoff and Heidelberg noticed bright red lines in its emission spectrum which caused them to choose the name Rubidium derived from the Latin word rubidus‚ meaning "deep red". Rubidium is a chemical element with symbol Rb and atomic number 37 and an atomic mass of 85.4678. Rubidium is a soft‚ silvery-white

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