µc of a radioactive material 100 injected in a patient. If its physical half life time is 4 days and the biological half life time is 12 days, then the remain activity after 10 days is إختر أحد الخيارات ис 17.3 .а О µc 94.38 .b O ис 25 .с О µc 10 .d O
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- C.10) If a person breaths air which is contaminated with a radionuclide at a concentration equal to 1 MPC for 40 hours a week, 50 weeks a year for 50 years, would they exceed the ICRP 2 recommended dose limits? Briefly just ify your answer.68. The RN is providing education the patient undergoing radiation therapy to the chest for lung cancer. Which statement made by the patient indicates an understanding of the teaching?“I can use a cold pack to help relieve the soreness on my chest.”“I will gently wash the skin to remove the radiation marks from my chest.”“I need to apply a lotion containing aloe to the red areas on my chest.”“I should wear a loose-fitting soft shirt to cover my chest.”
- A client has been ordered methyl Pprednisulune 30omg luPB In 30mL D5W Over 15 min.stat fur an asthma att-acis. in Stous,you have methylpredrisolune 500mg vials . The reconstitutiun Instructions are: Add 7.8mL G Sterile uater and shale genly Each reconstituted uial contains 8mL. a) Houw nmuch medieation will you draw up? 6) what is the Infusion rate in mt/ hr ?LAB SECTION I WAS PRESENT AND PERFORMED THIS EXERCISE (INITIALS) The Lethal Effect of Ultraviolet Radiation on Microbial Growth OBSERVATIONS AND INTERPRETATIONS Enter your class data below. Score the relative amount of growth on each plate. Use the numbers 0, 1, 2, or 3 (0 is no growth; 3 is abundant growth). Organism B. subtilis 5 seconds Imin 5+ 1 3 minutes 10 minutes 10 seconds 5+ 3min 30 seconds 5min 4+ minute 10min S. aureus 5 + 3 + 4 니- + 2 1 Micrococcus 1 10 sec 4 M 31m 10min 3'ın Questions of this exercise is to demonstrate the comparative effect of UV on two bacterial populations. The purpose This could have been accomplished without the cardboard cover. Why was the cover used? control site 1 Expe SECTION TWO MICROBIAL GROWTH DATA SHEET 2-17. If a patient normally has a 12 g/dL Hb, cyanosis will likely appear when A. 10 g/dL Hb is saturated with oxygen B. 9 g/dL Hb is saturated with oxygen C. 8 g/dL Hb is saturated with oxygen D. 7 g/dL Hb is saturated with oxygen
- D Question 37 Based on the data below, how much more UV resistant was B. licheniformis relative to S. aureus? (All controls had growth.) - covered with lid Organisms Exposure 20 sec Staphylococcus aureus 5 sec + 20 sec Bacillus licheniformis + 10 sec 80 sec times to UV light 40 sec 2.5 min 160sec 5 min 10 min 5 min 20 min 10 min 40 min 10 min + 40 minITEM MSM MICROBIAL PROFILE I MICROORGANISM/CAUSATIVE AGENT A GRAM REACTION B OXYGEN REQUIREMENT с SIZE D SHAPE E HABITAT F DISCOVERY G MICROSCOPIC IMAGE DISEASE PROFILE DISEASE/S SYMPTOMS OF THE DISEASE с INCUBATION PERIOD D MODE OF TRANSMISSION E DIAGNOSIS F TREATMENT G PREVENTION H NO OF DAYS BEING SYMPTOMATIC I IMAGE OF INFECTED PATIENT HABCO А BACTERIA: Haemophilus ducreyi PROFILE Haemophilus ducreyi8 F ~ A References Aav Po AV nited Kingdom) Mailings Review E EVE la WC7137 - Medical Microbiology REP 21-22 View RCM 24 | Figure 1 D Tell me AaBbCcDdEe Normal 3. A 3-year-old child was brought to the emergency by her parents because of fever and difficulty in rousing her for the past 24 hours. Meningitis is suspected. An image from the Gram staining of the CSF sample is shown in Figure 1. The child was started on IV antibiotics and the fever subsides on Day 1 post-admission. However, fever recurred on the third day post admission. An intravenous catheter associated blood stream infection was suspected and blood cultures were taken. After 24 hours, the blood culture shows the growth of a Gram-positive bacteria. The picture of the culture growth on blood agar is shown in Figure 2. Based on this information, answer the following questions. AaBbCcDdEe No Spacing MacBook Air Aa BbCcDc AaBb CcDdE AaBb Aa Bb Heading 1 Heading 2 Title Su 2. Figure 2 c) Discuss the host-pathogen interactions…
- 1&3/4 tbs po BID x 7 days #QS How many milliliters should the pharmacy dispense? this is the whole questionMatch the terminology correctly with the definition in the table below (eg A=1). TERMINOLOGY DEFINITION A. Aerosol 1. Disease caused by pathogen transfer B. Airborne infection 2. Process to kill or remove pathogenic microorganism (not spores) C. Asepsis 3. Organism capable of multiplication D. Decontamination 4. Process to kill/remove all microorganisms including spores and viruses E. Pathogen 5. Thick-walled resting cells formed by Gram+ organisms F. Infection 6. Organism able to cause disease in a host G. Disinfection 7. Suspension in air of finely dispersed solids or liquids H. Viable microorganisms 8. Caused by inhaling airborne material carrying microbial contaminants I. Sterilization 9. Prevention of microbial contamination J. Spores (bacterial) 10. Disinfection or sterilization of contaminated articlesHonorSociety org č. * SpiasiLa * Maps New Tab Describe your color observations of the Nitrate test. a. after adding Reagents A, B (and/or znic): cements b. Did the organism reduce nitrate? (yes or no) ments c. Is the final product nitrate, nitrite or ammonia/nitrogen gas? sions ing es Question 13 4 pts y Resources ules Based on your observations of the SIM test: ple a. Did sulfur reduction occur (yes/no)? zes b. Did the organism produce the enzyme tryptophanase (yes/no)? abus m c. Is the organism positive or negative for the motility test?
