Q: Please make a procedure on a simple investigation which will show the effects on the freezing point…
A: The impact of including a solute to a solvent has the other impact at the freezing factor of an…
Q: Given, The dose of a drug is 15 mg/m2 bid for 1 week. The BSA of a child who is 48 in. tall and…
A: Accurate dosing is very important in the field of healthcare. Overdosing and underdosing both are…
Q: Define briefly the term radioactivity.
A: Radioactive atoms contain energy that pours out spontaneously as energetic subatomic particles or…
Q: In order to market any drug in the United States, a pharmaceutical company must submit…
A: IND is a request for authorization from the FDA to administer an investigational drug or biological…
Q: What is the relationship between noise and sensitivity in nuclear medicine diagnostic systems? Does…
A: Nuclear medicine is the branch of science which deals with the diagnosis or detection of various…
Q: Review method used to increase the solubility of a drug under the following headings co solvents PH…
A: Bioavailability is a powerful determinant of drug absorption. It represents the administered dose…
Q: What are the main instrumentation components difference between Uv-visible and Fluorescence…
A: Spectroscopy :- Spectroscopy is basically an association of electromagnetic radiation with atoms ,…
Q: Write a brief note on Pharmaceutical primary packaging ( Dosing Doppler)? Please answer at your own…
A: Any single part of container closure system is referred to as primary packaging. Containers (eg-…
Q: What are the differences between absorbed dose, equivalent dose and effective dose for ionization…
A: Radiation dose is measured as the amount of radiation exposure. There are three kinds of dose…
Q: explain how beta and gamma radiation can be used to produce diagnostic images.
A: Beta and gamma radiations are both ionizing radiation that can pass through the human body. They are…
Q: In this topic, we will discuss all the instruments that you, as soon-to-be medical technologist,…
A: Atomic Absorption Spectrophotometry, Reflectance Spectrophotometry, Electrophoresis, Gas…
Q: Define radiation and irradiation.
A: Ionizing radiation: It is a form of energy produce by atoms that move in a form of electromagnetic…
Q: ALARA is the principles of-13 radiation safety to reduce the adiation dose and releases of active…
A: There is some principle of radiation protection to: -Prevent from the harmful effects of radiation…
Q: Give applications of a nuclear diagnostic-thallium scan.
A: Nuclear diagnostic-thallium scan also known as Thallium scan is used to detect the functioning of…
Q: Please make comments on the clinical potential of Functional Near Infrared Spectroscopy (fNIRS)?…
A: Functional Near-Infrared Spectroscopy (fNIRS) is a technique of non-invasive brain imaging that…
Q: In relation to the Doses and Sources of Radiation, give examples of the ff. 1. Radioactive sources…
A: Hi! Thank you for the questions. As you have posted a question with multiple sub parts, I will be…
Q: Differentiate between the modes of action of ionizing radiationand ultraviolet radiation.
A: Ionizing radiation is the electromagnetic radiation that carries enough energy to remove the…
Q: Determine the risks and ethical issues associated with nanotechnology
A: Nanotechnology- The term given to those areas of science and engineering where phenomena that take…
Q: Identify the beneficial and harmful uses of radiation
A: Radiation can be defined as the transmission of energy in the form of electromagnetic radiation or…
Q: Are X-ray examinations safe? What is a "safe" amount of radiation exposure? What about patients who…
A: As per our policy, We are answering only 3 questions. For the rest of the questions please repost.…
Q: Explain how we can prepare a Calibration or Standard Curve for Spectroscopic analysis of a drug?…
A: Many drugs are only effective if they are given in a narrow range. Higher doses can cause toxicity…
Q: What types of damage to human tissues can result from prolonged exposures to UV radiation? What…
A: The UV region covers the wavelength range of 100-400 nm and is divided into three bands includes UVA…
Q: The names of five (5) personal care or cosmetic brands that have nanotech ingredients. b. The…
A: Nanoparticles Nanoparticles are ultrafine molecules of diameters between 1 to 100nm. Being smaller…
Q: Explain how the type of decay, the half life and the chemical properties make the following…
A: Asked : Type of decay, the half life and the chemical properties for the given application.
Q: Advantages and disadvantages of Neutralization Tests (NT).
A: Neutralization test is a commonly used method for the in vitro detection of neutralizing antibody.…
Q: Give various man made sources of radiations.
A: Radiation is the energy that comes from a source and travels through space and may be able to…
Q: 430 rads of αα-particle radiation is equivalent to how many rads of X-rays in terms of biological…
A:
Q: Differentiate between ionizing and nonionizing radiation in theirmodes of action.
A: Radiation is the transmission or emission of energy from a source in the form of particles or waves…
Q: Discuss both the danger of exposure to radiation and the use of radiation as a cancer therapy. With…
A: Radiations are used extensively for treatments of cancer under radiation therapy. Exposure to low…
Q: A CT or CAT scan relies on a circling scanner thatrevolves around the patient’s body. What type of…
A: The CT scan is computed tomography, or CAT is computerized axial tomography. It is used to recognize…
Q: Discuss the principles and applications of Matrix-Assisted Laser Desorption/Ionization…
A: Technology is utilized in science, while science is used in technology. Both are vital to our…
Q: Why does PET use different isotopes than that of nuclear medicine exams with gamma cameras? What…
A: Nuclear medicine is a branch of medicine that deals with the use of radioactive substances in…
Q: What types of radiation would you expect to have the highest biological effectiveness factor?
A: Radiation is that the emission or transmission of energy within the kind of waves or particles…
Q: What are the three main classes of techniques used in nuclear medicine? Give an example of each.
A: The three main classes of techniques used in nuclear medicine are as follows : Vivo procedure…
Q: Name the four major classes of pesticides. What are the advantages and disadvantages of each type?…
A: [As per our company guideline we are supposed to answer only first 3sub parts. Kindly repost other…
Q: Which of the following statements are true about the Hatch-Waxman Act? Select one or more: O a. The…
A: Hatch-Waxman also known as The Drug Price Competition and Patent term Restoration Act. This act was…
Q: In relation to the Doses and Sources of Radiation, give examples of the Radioactive sources…
A: Here we have to give examples of radioactive sources in medicine for therapy.
Q: Give some measures while handling or working with any radioactive element.
A: Radioactive elements are unstable isotopes, which release subatomic particles or energy as they…
Q: Data table Evidences of Chemical Observation Before the change Chemical System After the change…
A: Changes changes are those which are characterized by the formation of a new product or decomposition…
Q: Write shortly about the instrumentation of ATR spectroscopy. Please do not reject.
A: Introduction Attenuated total reflection (ATR) is a sampling technique used in conjunction with…
Q: Radioactive decay produces ionising radiation. Like all ionising radiation this can lead to harmful…
A: The radiation is produced due to the decay of the radioactive particles, they release different…
Q: Describe three situations where you would use an excipient in your drug formulation and how you…
A: Excipients can be outlined as inert substances that are utilized in the drugs as diluents.…
Q: pharmaceutical primary packaging
A: Introduction:-Any single part of container closure system is referred to as primary packaging.…
Q: Write a note on pharmaceutical primary packaging (Dosing Doppler)?
A: Primary packaging, also known as a consumer unit, is the packaging that comes into contact with the…
Q: a) Radiation damage starts at the cellular level. The mechanism by which the damage occurs can…
A: Radiation harm is the impact of ionizing radiation on actual items. Radiobiology is the…
In relation to the Doses and Sources of Radiation, give examples of Radioactive sources (non-sealed) in medicine for Medical Imaging.
Step by step
Solved in 2 steps
- Differentiate between the modes of action of ionizing radiationand ultraviolet radiation.Define briefly the term radioactivity.Name the four major classes of pesticides. What are the advantages and disadvantages of each type? CLASS OF PESTICIDE ADVANTAGE DISADVANTAGE Describe the similarities and differences between ionizing and nonionizing radiation. FORM OF RADIATION SIMILARITIES DIFFERENCES Ionizing Non-ionizing Define the term stochastic. How do the stochastic effects of ionizing radiation differ from the nonstochastic effects Match the term and its definition. ANSWER a. Becquerel A. SI unit measure of amount of radioactivity present in a material b. Coulomb/kg B. SI unit measure of amount of exposure to radioactivity c. Curie C. SI unit measure of absorbed dose of radiation d. Gray D. SI unit measure of radiation dose related to biological effect e. Rad E. Common unit measure of amount of radioactivity present in a material f. Rem…
- What changes in Radiation Protection criteria led to the use of Equivalent dose and Effective dose for radiation protection purposes?If 6 Gy of 250 kV x-rays kills 30% of tumor cells, and 4 Gy of a neutron beam kills the same percent of tumor cells, the RBE of the neutron beam is equal toDiscuss which of the following factors you consider is more important for radiation: quality, quantity, primary versus remnant (exit), thickness of body part or type of tissue (atomic number). Justify your answer. Explain in your post how the x-ray is produced. As you describe the process, be sure to identify what is the source of free electrons, and define the concepts of electron acceleration, focusing of electrons, electron deceleration, target interactions, and Bremsstrahlung radiation in terms of their relation to the process. Also, describe the photon interaction with matter in relation to the Compton effect, photoelectric absorption, coherent (classical) scatter, and attenuation by various tissues. Explain the characteristic of the x-ray beam with respect to the frequency and wavelength.
