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Abstracts Posters SICOT-SOF meeting Gothenburg 2010 _2_

Abstracts Posters SICOT-SOF meeting Gothenburg 2010 _2_

Abstracts Posters SICOT-SOF meeting Gothenburg 2010 _2_

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Poster<br />

Topic: Infections<br />

Abstract number: 23988<br />

VACUUM ASSISTED DRESSING AND CULTURE SPECIFIC ANTIBIOTIC BEADS<br />

FOR CONTROL OF IMPLANT INFECTION<br />

Rajeshkumar KAKWANI, Kailash DEVALIA, A. MURTY<br />

Wansbeck Hospital, Newcastle Upon Tyne (UNITED KINGDOM)<br />

Aim: The control of infection around internal fixation devices is generally difficult due<br />

to the formation of glycocalyx around the metallic implants. Early infections are<br />

generally dealt with by washout and parenteral antibiotics. We present our series of<br />

successful control of acute infection around internal fixation devices with the use of<br />

culture specific high dose antibiotic cement beads and negative pressure dressings.<br />

Methods and Materials: Prospective collection of data of 12 consecutive patients who<br />

underwent debridement with antibiotic bead insertion and VAC dressing for acute<br />

infection around internal fixation devices were included in the study. All operations<br />

were performed or closely supervised by a single surgeon. Patients were followed<br />

up prospectively for minimum of 6 months following the index procedure. Secondary<br />

outcome measures included complications such as repeat debridement, delayed<br />

wound healing & removal of internal fixation device. Results: There were 6 females<br />

and 6 males. The average age was 54 years (Range 26 to 82). The follow up period<br />

was between 6 to 24 months. All patients underwent successful wound healing and<br />

union around the fracture / arthrodesis site. One patient needed removal of plates<br />

following the fracture union for residual pain. Discussion: Custom made culture<br />

specific antibiotic beads facilitate the local delivery of high doses of specific<br />

antibiotics without any systemic side-effects. The use of vacuum assisted dressing<br />

helps reduction of collection around the internal fixation device and accelerates<br />

wound healing, allowing retention of the internal fixation devices till fracture /<br />

arthrodesis union.<br />

297

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