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Anaerobic Gram-Positive Spore-Forming Bacilli презентация
Содержание
- 3. See Lecture Handouts
- 5. Spores Clostridium form endospores under adverse environmental
- 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;
- 16. Clostridium tetani
- 18. Summary of C. tetani Infections
- 19. Summary of Clostridium tetani Infections (cont.)
- 20. Clostridium tetani Gram Stain NOTE: Round terminal
- 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
- 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;
- 50. Review of Clostridium tetani
- 51. REVIEW
- 52. Clostridium tetani Gram Stain NOTE: Round terminal
- 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
See Lecture Handouts
Слайд 5Spores
Clostridium form endospores under adverse environmental conditions
Spores are a survival mechanism
Spores
are characterized on the basis of position, size and shape
Most Clostridium spp., including C. perfringens and C. botulinum, have ovoid subterminal (OST) spores
C. tetani have round terminal (RT) spores
Most Clostridium spp., including C. perfringens and C. botulinum, have ovoid subterminal (OST) spores
C. tetani have round terminal (RT) spores
Слайд 15C. perfringens Nagler Reaction
NOTE: Lecithinase (α-toxin; phospholipase) hydrolyzes phospholipids in egg-yolk
agar around streak on right. Antibody against α-toxin inhibits activity around left streak.
Слайд 20Clostridium tetani Gram Stain
NOTE: Round terminal spores give cells a “drumstick”
or “tennis racket” appearance.
Слайд 43Spores
Clostridium form endospores under adverse environmental conditions
Spores are a survival mechanism
Spores
are characterized on the basis of position, size and shape
Most Clostridium spp., including C. perfringens and C. botulinum, have ovoid subterminal (OST) spores
C. tetani have round terminal (RT) spores
Most Clostridium spp., including C. perfringens and C. botulinum, have ovoid subterminal (OST) spores
C. tetani have round terminal (RT) spores
REVIEW
Слайд 49C. perfringens Nagler Reaction
NOTE: Lecithinase (α-toxin; phospholipase) hydrolyzes phospholipids in egg-yolk
agar around streak on right. Antibody against α-toxin inhibits activity around left streak.
REVIEW
Слайд 52Clostridium tetani Gram Stain
NOTE: Round terminal spores give cells a “drumstick”
or “tennis racket” appearance.
REVIEW
