3. Sulbactam is a -- In 2-3 sentences, explain why this is your answer. a. B-lactam antibiotic b. B lactamase c. B lactamase inhibitor d. a class of penicillin. 4. Which of the following is not a sugar molecule of the O-antigen of gram negative bacteria? In 2-3 sentences, explain why this is your answer. a. tyvelose b. abequose c. 2 keto3-deoxyoctanoate d. teichoic acid
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- Make a concept map covering about the following:a. SYPHILISb. Anti-Streptolysin O Test (ASO TEST)c. FEBRILE DISEASESd. SEROLOGIC TESTS FOR HEPA B AND HIVe. SEROLOGIC TEST FOR HETEROPHILE ANTIBODIESJust a simple concept map can do. Thank you very much, will give thumbs up. :)This is a product label for a germicide. HIV-1, HBV, and HCV are all viruses that can be found in the blood. Why does the label say you have to thoroughly clean blood and body fluids from surfaces before applying he gemicide? A The germicide probably smells really bad if it combines with blood or other body fluids. B If blood is present and you apply a germicide, you will have too much fluid to safely mop up. C Blood and other body fluids can interact with the germicide and prevent the germicide from killing pathogens.1- A. Define the term pathogen. In a table give the following information: B. Using MRSA, NOROVIRUS, ATHLETES FOOT and MALARIA as examples, identify the microorganisms (causal agent) involved in each disease. C. Provide some information on the microorganism for each disease e.g. structure D. How are these microorganisms transmitted from person to person. (200 words) 2.- In a paragraph explain A) What is resident flora? B) How might resident flora prevent infection AND cause infection? (150 words) 3 - In a paragraph describe Describe how the skin and mucous membranes play an integral role in helping the body protect itself against infection. (150 words)
- Escherichia coli displays which antigens? a. capsular c. fl agellar b. somatic d. all of theseMatch the antimicrobial drug class to its action. 1. Macrolides A. Inhibit cell wall synthesis 2. Tetracyclines B. Disrupt cell membrane integrity 3. Quinolones C. Block folic acid synthesis 4. Sulfa Drugs D. Interrupts nucleic acid synthesis 5. Penicillins E. Inhibits protein synthesis 6. PolymyxinThe single most important means of preventing the spread of infection isa. proper hand antisepsis.b. keeping clothes clean.c. wearing a mask.d. wearing gloves.
- Match the pathogen to the correct virulence factor Varicella-zoster virus Staphylococcus aureus Streptococcus pyogenes Pseudomonas aeroginosa Clostridium tetani A. latent infection B. clumping factor C. Exotoxin B and F protein D. Exoenzyme S E. neurotoxinSingle Matching. Match the infectious agent with the disease it is most associated with. - Francisella tularensis . Yersinia pestis - Escherichia coli O157:H7 - Shigella species a. dysentery b. local abscess c. chancroid d. enteric fever e. whooping cough f. meningitis g. typhoid fever h. hemolytic uremic syndrome i. bubonic plague j. Pontiac fever k. folliculitis Salmonella enterica - Salmonella typhi Pseudomonas aeruginosa .Bordetella pertussis . Legionella pneumophila Н. influenzae aegУрtius -Наеторhilus influепzае - Haemophilus ducreyi Pasteurella multocida 1. rabbit fever m. pinkeyeSingle Matching. Match each disease in the left column with its vector or vectors in the right column. . leptospirosis Lyme disease - murine typhus - psitticosis relapsing fever - lymphogranuloma venereum cat-scratch dise ase epidemic typhus .Rocky Mountain spotted fever Q fever cholera a. wild animals b. flea c. tick d. birds e. louse f. domestic animals g. none of these anaplasmosis
- MATCHING TYPE. Match the mode of transmission for the specific infectious agent or disease. Choose from the given choices below. A. Contact Transmission C. Common Vehicle TransmissionB. Airborne Transmission D. Vector-borne Transmission 1. Leprosy2. Yersinia pestis3. Influenza4. Typhoid fever5. Tuberculosis6. Chlamydia7. Trypanosoma brucei8. Diphtheria9. Measles10. Gonorrhea11. Hepatitis A12. Chicken pox13. Lyme disease14. Yellow fever15. Ascaris lumbricoidesMultiple Matching. Match the virus with the disease or condition. (Some viruses may match more than one condition.) a. gingivostomatitis b. condylomata acuminata c. chickenpox d. erythema infectiosum e. fever blisters herpes simplex 1 .variola - polyoma -varicella zoster herpes simplex 2 - adenovirus f. mononucleosis - papilloma LEpstein-Barr -cytomegalovirus - parvovirus - herpesvirus 6 g. smallpox h. genital herpes i. leukoencephalopathy j. roseola k. cancer 1. keratoconjunctivitisMatch Column A to different components of the chain of infection. [NOTE: select all that applies] COLUMN A A. Pathogen B. Reservoir C. Portal of Entry D. Portal of Exit E. Mode of Transmission F. Susceptible Host SARS-CoV-2 Oncologic patient Vaginal canal Anus Mouth H1N1 Plasmodium falciparum Musca domestica Droplet nuclei Fecal-oral-route Bats Humans PLHIV Salmonella typhi Meatus Ebola virus Anopheles mosquito Vibrio cholerae