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CICATRIZATION OF WOUNDS : VI. BACTERIOLOGICAL ASEPSIS OF A WOUND
1Laboratories of The Rockefeller Institute for Medical Research, New York, and Hospital 21, Compiègne, France.
Abstract:
Of twenty infected cases treated with Dakin's solution or chloramine paste, seven were bacteriologically sterile. This proves that, in general, 35 per cent of the cases thus treated become bacteriologically aseptic. This degree of asepsis is not necessary in order to suture the wound, the absence of bacteria in films being sufficient. Complete sterilization of wounds, can, therefore, now be accomplished.
Insights
Dakin's solution and chloramine paste achieved bacterial sterility in 35% of infected wound cases. This demonstrates effective wound sterilization is possible, even if complete asepsis isn't required for suturing.
Area of Science:
- Infectious Diseases
- Wound Management
- Antiseptic Therapy
Background:
- Infected wounds pose significant clinical challenges.
- Effective sterilization methods are crucial for wound healing and preventing complications.
- Previous treatments had limitations in achieving complete bacterial elimination.
Purpose of the Study:
- To evaluate the efficacy of Dakin's solution and chloramine paste in sterilizing infected wounds.
- To determine the percentage of bacteriologically sterile cases achieved with these treatments.
- To assess the required level of bacterial reduction for successful wound suturing.
Main Methods:
- Twenty infected cases were treated.
- Treatments included Dakin's solution and chloramine paste.
- Bacteriological assessment was performed on wound films.
Main Results:
- Seven out of twenty cases (35%) achieved complete bacteriological sterility.
- Absence of bacteria in films was sufficient for wound suturing.
- The treatments demonstrated a significant potential for wound sterilization.
Conclusions:
- Dakin's solution and chloramine paste are effective in achieving bacteriological sterility in a substantial percentage of infected wounds.
- Complete sterilization is achievable, offering a new possibility in wound care.
- The findings support the use of these agents for managing infected wounds and facilitating surgical closure.
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