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    Surgical Site Infection Medical Slides

    Generate publication-quality surgical site infection lecture slides in 30 seconds. AI-powered content structured for clinical education.

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    Why teach Surgical Site Infection?

    Surgical site infections are the most common healthcare-associated infection in surgical patients, affecting 2-5% of operations and increasing costs by $3,000-29,000 per case. The CDC classifies SSIs as superficial incisional, deep incisional, and organ/space infections occurring within 30 days of surgery (or 90 days with an implant). The 2017 WHO and 2017 CDC/HICPAC guidelines provide evidence-based prevention bundles that, when fully implemented, can reduce SSI rates by 40-60%.

    Sample Lecture Slides

    What AI generates for Surgical Site Infection

    Enter “Surgical Site Infection” and SlideCraft generates a complete lecture deck with slides like these.

    01CDC SSI Classification: Superficial Incisional, Deep Incisional, and Organ/Space
    02Risk Factors: Patient (Diabetes, Obesity, Smoking) and Procedural (Duration, Contamination Class)
    03Wound Classification: Clean, Clean-Contaminated, Contaminated, and Dirty — SSI Rates by Class
    04Prevention Bundle: Antibiotic Prophylaxis, Skin Prep, Normothermia, and Glycemic Control
    05Antibiotic Prophylaxis: Drug Selection by Procedure, Timing, Redosing, and Duration
    06SSI Management: Wound Opening, Negative Pressure Therapy, and Antibiotic-Guided Therapy
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    Surgical Site Infection Presentation FAQ

    How should the SSI prevention bundle be presented in surgical teaching?

    Present the WHO/CDC evidence-based bundle: (1) Antibiotic prophylaxis — within 60 minutes before incision (120 min for vancomycin/fluoroquinolones), weight-based dosing, redose at 2× half-life during prolonged cases, discontinue within 24 hours post-op (no benefit to extended prophylaxis). (2) Skin preparation — chlorhexidine-alcohol preferred over povidone-iodine (JAMA 2010, Darouiche). (3) Normothermia — forced-air warming, target temp ≥36°C (hypothermia impairs neutrophil function). (4) Glycemic control — target glucose <200 mg/dL perioperatively (NICE-SUGAR-informed). (5) Supplemental oxygen — FiO2 0.80 intraoperatively (WHO recommendation, moderate evidence). Bundle compliance >95% reduces SSI by 40-60%.

    What antibiotic prophylaxis selection should be detailed by procedure type?

    Present the SCIP/ASHP guidelines: Clean procedures (cardiac, orthopedic, hernia, breast) — cefazolin 2 g IV (3 g if >120 kg). Clean-contaminated GI — cefazolin + metronidazole (colorectal) or cefoxitin alone. Clean-contaminated GU/GYN — cefazolin. Biliary — cefazolin (add metronidazole if bile duct obstruction). MRSA risk (known colonization, cardiac/orthopedic implant at MRSA-prevalent institution) — add vancomycin. Beta-lactam allergy — clindamycin + gentamicin or aztreonam. Timing: <60 minutes pre-incision for cephalosporins (the single most impactful intervention), <120 minutes for vancomycin. Redosing: cefazolin every 4 hours for cases >4 hours. Stop within 24 hours — no evidence for extended prophylaxis.

    How should SSI management differ by depth and severity?

    Present the management algorithm: Superficial SSI — open wound, express purulence, saline irrigation, pack wound open for healing by secondary intention or delayed primary closure. Antibiotics usually NOT required (unless surrounding cellulitis >2 cm). Deep incisional SSI — open wound, debride necrotic tissue, culture, targeted antibiotics, negative pressure wound therapy (VAC) accelerates granulation. CT imaging to rule out deeper collection. Organ/space SSI (e.g., intra-abdominal abscess) — percutaneous CT-guided drainage (preferred if accessible and loculated), IV antibiotics, repeat imaging to confirm resolution. Surgical washout if percutaneous drainage fails or peritonitis develops. Mesh infection after hernia repair may require mesh explantation.

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