Содержание
- 3. See Lecture Handouts
- 5. Spores Clostridium form endospores under adverse environmental conditions Spores are a survival mechanism Spores are characterized
- 6. Clostridium Associated Human Disease
- 7. Clostridium perfringens
- 9. Summary of C. perfringens Infections
- 10. Micro & Macroscopic C. perfringens
- 11. Summary of C. perfringens Infections (cont.)
- 12. Clostridial Cellulitis
- 13. C. perfringens Virulence Factors
- 14. Exotoxins Associated with C. perfringens Types A-E Major
- 15. C. perfringens Nagler Reaction NOTE: Lecithinase (α-toxin; phospholipase) hydrolyzes phospholipids in egg-yolk agar around streak on
- 16. Clostridium tetani
- 18. Summary of C. tetani Infections
- 19. Summary of Clostridium tetani Infections (cont.)
- 20. Clostridium tetani Gram Stain NOTE: Round terminal spores give cells a “drumstick” or “tennis racket” appearance.
- 21. Clinical Forms of Tetanus
- 22. Opisthotonos in Tetanus Patient
- 23. Risus Sardonicus in Tetanus Patient
- 24. Mechanism of Action of Tetanus Toxin
- 25. Clostridium botulinum
- 26. Summary of C. botulinum Infections
- 27. Summary of C. botulinum Infections (cont.)
- 29. Mechanism of Action of Botulinum Toxin
- 30. Rates of Isolation of C. botulinum and Botulinum Toxin
- 31. Clostridium dificile
- 32. Summary of C. dificile Infections
- 33. Summary of C. dificile Infections (cont.)
- 34. Antibiotic-Associated Colitis Plaque
- 35. Antibiotic-Associated Colitis
- 36. C. dificile Virulence Factors
- 37. Other Clostridium
- 38. Virulence Factors Associated with Other Clostridium
- 40. REVIEW Clostridium
- 41. REVIEW
- 42. See Lecture Handouts REVIEW
- 43. Spores Clostridium form endospores under adverse environmental conditions Spores are a survival mechanism Spores are characterized
- 44. Review of Clostridium perfringens REVIEW
- 45. REVIEW
- 46. Micro & Macroscopic C. perfringens REVIEW
- 47. C. perfringens Virulence Factors REVIEW
- 48. Exotoxins Associated with C. perfringens Types A-E Major REVIEW
- 49. C. perfringens Nagler Reaction NOTE: Lecithinase (α-toxin; phospholipase) hydrolyzes phospholipids in egg-yolk agar around streak on
- 50. Review of Clostridium tetani
- 51. REVIEW
- 52. Clostridium tetani Gram Stain NOTE: Round terminal spores give cells a “drumstick” or “tennis racket” appearance.
- 53. Clinical Forms of Tetanus REVIEW
- 54. Mechanism of Action of Tetanus Toxin REVIEW
- 55. Review of Clostridium botulinum
- 56. REVIEW
- 57. Mechanism of Action of Botulinum Toxin REVIEW
- 58. Review of Clostridium dificile
- 59. Summary of C. dificile Infections REVIEW
- 60. Summary of C. dificile Infections (cont.) REVIEW
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