how is radiology related to chemistry?
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Radiology if the measurement of the radioactivity of a select element (like an isotope).\n\nBecause radioactivity is a property of atoms, radiology is a study of atomic behavior (the changes that take place in an atom).\n\nChemistry is the study of the atomic properties of elements, and the measurement of their changes when you do something to them.\n\nTherefore, in both radiology and chemistry, you are studying and measuring the atomic behavior of an element.
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the study of the orbitals, waves and electron probabilities.....wavelengths, frequencies when it comes to an atom, ionization, distribution..etc...quite interesting topic
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instrumental chemistry is the branch of chemistry where various instruments (spectroscopy: NMR, NearIR, XRay, UV/Visible, fluorescence, atomic emission,...; electrochemistry, etc.) are used to study the behavior of chemical and molecular systems.  The radiation source depends on the technique and can be as simple as a lightbulb (albeit a special one) in UV/Vis or NIR spectroscopy to an XRay source (like the one at the doctor's office) in XRay spectroscopy.  The different techniques have different applications, depending on what you want to study.
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x-rays\ngamma radiation\nnegative contrast substances (e.g. barium sulfate - opaque to X-rays)\npositive contrast media,e.g. iodine based\nTomography (http://en.wikipedia.org/wiki/Tomography)
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MRI:\n\n\nAn MRI (or magnetic resonance imaging or nuclear magnetic resonance imaging) scan is a radiology technique which uses magnetism, radio waves, and a computer to produce images of body structures. These images can detect the difference between normal and diseased tissue.\n\nMRI makes better images of organs and soft tissue than other scanning techniques, such as CT or x-ray. Breast MRI is excellent at imaging breasts with implants. MRI is also useful for staging breast cancer, determining the most appropriate treatment, and for patient follow-up after breast cancer treatment. MRI is especially useful for imaging the brain, spine, the soft tissue of joints, and the inside of bones.\n\nXray:Chest x-ray (also known as Chest Radiography) is done for the evaluation of the lungs, heart and chest wall. IBC patients will have chest x-rays to determine their Staging and their ability to receive certain chemotherapy agents like Adriamycin which can be damaging to the heart.\nRadiography involves exposing a part of the body to a small dose of radiation to produce an image of the internal organs. When x-rays penetrate the body, they are absorbed in varying amounts by different parts of the anatomy. The ribs and spine, for example, absorb much of the radiation and appear white or light gray on the image. Lung tissue absorbs little radiation and appears dark on the image. Depending upon the type of image-recording medium, chest x-rays can be maintained as hard copy film for filing or as filmless digital images that are archived electronically.
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Biochemistry (bones are biological) and chemistry (reaction between the molecules that make up the bone, and the vinegar and baking soda).\n\nCellular and molecular biology and microbiology don't really count, since it's you're not trying to examine how it affects individual cells.
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You need a medical degree, so 4 years undergrad (2 years if you're in a combined 6 year program) and 4 years of medical school.  Then after medical school, another 4 years of residency.  Some radiologists opt to go for an additional fellowship after the residency, but it's a minimum of 10-12 years of education after high school.  \n\nIf you already have your undergraduate degree, you may have to go back to school to complete premed requirements like organic chem.  If you are in high school, an accelerated 6 year medical program is an option if you have a good academic record.
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Biology, chemistry and math.
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Doctors use chemistry in many ways, but one of the main ways is in understanding how the body and physiology work. Chemical actions and activities are important processes in many aspects of our bodies and in other issues such as drugs (medicines) that will be used in our or on our bodies. Understanding chemistry is an important foundation to understanding these other areas.
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Subject for the paper would be good. Chemistry would be different from business administration.
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A chemical reaction involves only the electrons of the atoms -- the nucleus of each atom remains unchanged.  In addition, the same number of the same types of atoms is present after the reaction as was present before the reaction.\n\nA nuclear reaction involves a change of the nucleus of the atom(s), either splitting one large nucleus into one or more smaller nuclei (fission) or joining multiple nuclei together to form a larger nucleus (fusion).  This means that after a nuclear reaction, there are a different number of different types of atoms than there were before the nuclear reaction.\n\nIn addition, nuclear reaction tends to produce large amounts of high-energy photons (x-rays, gamma rays, etc) and nuclear particles (alpha and beta particles) as a result of the reaction.  Chemical reactions produce low-energy photons (heat and visible light) and do not produce nuclear particles.\n\nIn a nuclear reaction, some of the matter of the original atom is converted into energy -- so the resulting products will have less mass than the total mass of all the original material.  In a chemical reaction, the mass always remains the same because the same number and type of atoms are still present.
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There you go, and more...\n\nhttp://www.univsource.com/radiology.htm
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Doing X-Rays, CT, MRI
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Pharmaceutical chemistry is a sub-field in chemistry geared towards the discovery of drugs.  While many academic programs and departments are called pharmaceutical chemistry, in practice, the chemistry that is done actually in the pharmaceutical industry is named differently.\n\nMedicinal chemistry is taking potential drug candidates and altering the compound in order to make the drug more potent, more selective, or show higher affinity to the target protein.\n\nProcess chemistry takes medicinal chemistry's best compound and "scales up" synthesis of the drug.  That is, they figure out cheaper and purer ways of making the drug for larger quantities.\n\nChemical engineers usually take this new process and design ways that a chemical manufacturing plant can efficiently produce drug on a huge scale.\n\nPharmaceutical science works on formulation.  Can we make this drug into a tablet? a capsule? an intravenous formulation? etc.
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Nuclear medicine involves the use of radioactive isotopes to create images of the body/interior of the body.  These images are used to diagnose certain problems and conditions.\nExamples of the tests used in nuclear medicine are the MRI, computerized tomography, and PET scans.  \n\nFor more information see article here:\nhttp://en.wikipedia.org/wiki/Nuclear_medicine\n\nHere is a Dept. of Labor information sheet on nuclear medicine techs:\nhttp://www.bls.gov/oco/ocos104.htm
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Organic chemistry is the scientific study of the structure, properties, composition, reactions, and synthesis of organic compounds. Organic compounds are composed of carbon and hydrogen, and can possibly contain any of the other elements such as nitrogen, oxygen, phosphorus, and sulfur.\n       chemistry dedicated to the study of the structures, synthesis, and reactions of carbon-containing compounds.
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Biology, Chemistry, Physics, Human Anatomy