In The Name of Allah. Guidelines For Surgical Chemoprophylaxis By: Dr. M. Minaiyan Dept. of Pharmacology, IUMS.

Slides:



Advertisements
Similar presentations
Surgical Site Infections (SSIs): What the Direct Caregiver Should Know
Advertisements

Antibiotic Prophylaxis Mark Downing Infectious Diseases Antimicrobial Stewardship Saint Joseph’s Health Centre.
Prophylaxis antibiotics in colorectal surgery By: Hanaa Tashkandi.
Surgical Wounds and Antimicrobial prophylaxis Philip G. Murphy Consultant in Medical Microbiology, AMNCH Clinical Professor, TCD
Timing of Prophylaxis The antibiotic should be administered preoperatively but as close to the time of the incision as is clinically practical. Antibiotics.
SURGICAL SAFETY & HOSPITAL ACQUIRED INFECTIONS Dr Jimi Coker Chief of Surgery Lagoon Hospitals, Lagos.
WOUND HEALING. Anatomy of Skin A) Epidermis B) Dermis C) Hypodermis.
FASCIAL DEHISCENCE. FASCIAL DEHISCENCE FASCIAL DEHISCENCE  Fascial disruption is due to abdominal wall tension overcoming tissue or suture strength,
Surgical Site Infections: The Foundation. What Are We Doing Together Over the Next Two Months Talk about ways to prevent surgical site infections and.
ASEPTIC & ANTISEPIC TECHNIQUES Begashaw M (MD). DEFINITIONS  Aseptic technique: prevention of microbial contamination of tissues & sterile materials.
1 Hospital Acquired Conditions. 2 Hospital Acquired Infections (HAI’s) Blood Stream Infections Ventilator Associated Pneumonia (VAP) Surgical Site Infections.
Big Bad Bugs in the Dialysis Unit Douglas Shemin, MD Kidney Diseases and Hypertension Division, Rhode Island Hospital.
الجامعة السورية الدولية الخاصة للعلوم و التكنولوجيا كلية الطب البشري قسم الجـراحـة الدكــتـور عاصم قبطان MD – FRCS المرحلة الرابعة M.A.Kubtan1.
Rowa’ Al-Ramahi 1.  Antibiotics administered before contamination of previously sterile tissues or fluids are considered prophylactic. The goal for prophylactic.
CSI 101 Skills Lab 2 Standard Precautions Personal Protective Equipment (PPE) Daryl P. Lofaso, M.Ed, RRT.
Michele L. Pearson, MD Division of Healthcare Quality Promotion
SUR 111 Lecture 2. Terminology Related to Asepsis and Sterile Technique  Review and learn the terms in table 7-1 page 143  You must be familiar with.
Methicillin-resistant Staphylococcus Aureus - MRSA - Sharon Walker, RN, BPS Ingham County Health Department.
Surgical Site Infections Muhammad Ghous Roll # 105 Batch D Final Year.
Oklahoma Foundation for Medical Quality Performance Improvement for the Surgeon: SIPP and SCPP Twelfth G. Rainey Williams Surgical Symposium September.
Surgical Infection FY1 Rosalind Pool.
SPM 100 Clinical Skills Lab 1 Standard Precautions Sterile Technique Daryl P. Lofaso, M.Ed, RRT.
Surgical Infections MS-3 Surgery Clerkship Lecture Natalia Hannan M.D. 07/05/11.
Antibiotic prophylaxis
PRINCIPLES OF PROPHYLAXIS OF INFECTION 1)Procedure should have significant risk of infection 2)Choose correct antibiotic 3)Antibiotic plasma level must.
Zunilda Djanun*, Rudyanto S**, Yulia Rosa***, *Dept. Clinical Pharmacology FMUI/CMH, **ICU CMH, *** Dept. Clinical Microbiology FMUI.
Assuring Data Quality Dept. of Healthcare-Associated Infection & Antimicrobial Resistance, Health Protection Agency Jennie Wilson Programme Leader – SSI.
Surgical Infections. Surgical Infections Introduction Surgical infections may arise in the surgical wound itself or in other systems in the patient. Surgical.
SPM 100 Skills Lab 1 Standard Precautions Sterile Technique Daryl P. Lofaso, M.Ed, RRT Clinical Skills Lab Coordinator.
Elsevier Inc. items and derived items © 2010 by Saunders, an imprint of Elsevier Inc. Chapter 95 Antiseptics and Disinfectants.
Infection in Surgical Patients. Defense Barriers Physical Chemical Immunologic.
Infection International Infection. International Objectives definition predisposing factors pathophysiology clinical features sites of postpartum infection.
CLINICAL PHARMACOLOGY OF ANTIBACTERIAL AGENTS (part II)
1 © 2010 TMIT Safe Practice 22 Surgical-Site Infection Prevention NQF-Endorsed ® Safe Practices for Better Healthcare Student Projects.
Center for Drug Evaluation and Research March 6, 2005 Bacteremia and Endocarditis: Products and Guidance Janice Soreth, MD Director Division of Anti-Infective.
Nosocomial infection Hospital acquired infections.
Khaled Al-Omar. surgical site infections 3 rd most common nosocomial infection 14-16% Most common nosocomial infection among surgery patients 38% 2/3.
Nosocomial infection Hospital acquired infections.
Cellulitis Darren Wilson Antibiotic Pharmacist Royal Bournemouth Hospital.
Overview of control measures to prevent surgical site infection.
Impact of Care Bundle Approach in Prevention of Surgical Site Infection in Abdominoplasty Patients Mabrouk AR*, Helal HA*, El-Mekkawy SF* and Abdallah.
Principles of prevention of infection Yaser Baroud.
Pre-Operative Antibiotic prophylaxis Dr.E.Shojaei Assistant Prof. of Infectious Diseases T.U.M.S.
Dr.Mahamed Hussein General Surgery Azadi Teaching Hospital
Infectious Disease I: Antimicrobial Prophylaxis in Surgery
Preventing Surgical Site Infections for Gastrointestinal Surgery
Surgical Care Improvement Project (SCIP)
So Why All the Fuss About Hand Hygiene?
Infectious Disease I: Antimicrobial Prophylaxis in Surgery
Hospital acquired infections
Perspectives in Surgical Infections
Orthopaedic WH - Surgical Antibiotic Prophylaxis
CSI 101 Skills Lab 3 Universal Precautions and
عفونت محل زخم جراحی وآنتی بیوتیک پروفیلاکسی
Surgical Infection Society Resident Corner
The surgical site infection risk in developing countries
Hand Hygiene Hands: most common mode of transmission of pathogens
So Why All the Fuss About Hand Hygiene?
So Why All the Fuss About Hand Hygiene?
Infections in Surgical Patients What about prophylaxis?
Risk factors for surgical site Infections
Principles of Antimicrobial Therapy
So Why All the Fuss About Hand Hygiene?
Surgical Site Infection
So Why All the Fuss About Hand Hygiene?
Infectious Disease I: Antimicrobial Prophylaxis in Surgery
So Why All the Fuss About Hand Hygiene?
CDC-recommended regimens for intrapartum antibiotic prophylaxis for prevention of early-onset GBS disease. CDC-recommended regimens for intrapartum antibiotic.
Presentation transcript:

In The Name of Allah

Guidelines For Surgical Chemoprophylaxis By: Dr. M. Minaiyan Dept. of Pharmacology, IUMS

Surgical Site Infection (SSI) Definition SSI is an infection related to the operation procedure that occur within 30 days of procedure or 1 year if an implant is left in place. SSI is an infection related to the operation procedure that occur within 30 days of procedure or 1 year if an implant is left in place. SSIs account for about 38% of nosocomial infections and an average total cost increament of $3380 per patient and 1.5 $ billions annually in USA. SSIs account for about 38% of nosocomial infections and an average total cost increament of $3380 per patient and 1.5 $ billions annually in USA.

FACTS One out of every 24 patients who have inpatient surgery in the United States has a postoperative SSI One out of every 24 patients who have inpatient surgery in the United States has a postoperative SSI The cost of SSIs are substantial: an increased total cost of more than 300% The cost of SSIs are substantial: an increased total cost of more than 300% SSIs increase the post operative length of hospital stay by 7-14 days SSIs increase the post operative length of hospital stay by 7-14 days

Definitions of SSI  Superficial incisional SSI: Infection involves only skin and subcutaneous tissue of incision.  Deep incisional SSI: Infection involves deep tissues, such as fascial and muscle layers. This also includes infection involving both superficial and deep incision sites and organ/space SSI draining through incision.  Organ/space SSI: Infection involves any part of the anatomy in organs and spaces other than the incision, which was opened or manipulated during operation.

Risk factors Decreased host resistance can be due to: 1- Systemic factors affecting the patient's healing response 2- Local wound characteristics 3- Operative characteristics. Systemic factors include age, malnutrition, hypovolemia, poor tissue perfusion, obesity, diabetes,steroids, and other immunosuppressants.

Risk factors Wound characteristics include nonviable tissue in wound; hematoma; foreign material, including drains and sutures; dead space; poor skin preparation, including shaving; and preexistent sepsis (local or distant). Operative characteristics include poor surgical technique; lengthy operation (>2 h); intraoperative contamination, including infected theater staff and instruments and inadequate theater ventilation; prolonged preoperative stay in the hospital; and hypothermia

The type of procedure is a risk factor too

Risk Factors Which Justify Surgical Antimicrobial Prophylaxis 1. Operation in the abdomen 1. Operation in the abdomen 2. Operations lasting more than 2 hrs 2. Operations lasting more than 2 hrs 3. Contaminated or dirty wounds (expected infection rate >20%) 3. Contaminated or dirty wounds (expected infection rate >20%) 4. Presence of at least three medical diagnosis 4. Presence of at least three medical diagnosis 5. Immuno -compromised host 5. Immuno -compromised host 6. Placement of prosthetic material 6. Placement of prosthetic material

Prophylactic Antibiotics General agreement exists that prophylactic antibiotics are indicated for clean-contaminated and contaminated wounds Antibiotics for dirty wounds are part of the treatment because infection is established already. Clean procedures might be an issue of debate. No doubt exists regarding the use of prophylactic antibiotics in clean procedures in which prosthetic devices are inserted because infection in these cases would be disastrous for the patient.

General Principles of Surgical Prophylaxis 1. The antibiotic should have proved efficacy in clinical trials 1. The antibiotic should have proved efficacy in clinical trials 2. The antibiotic should be active against common surgical pathogens; unnecessary broad coverage should be avoided 2. The antibiotic should be active against common surgical pathogens; unnecessary broad coverage should be avoided 3. The antibiotic must achieve concentrations greater than the MIC of suspected pathogen at the time of incision 3. The antibiotic must achieve concentrations greater than the MIC of suspected pathogen at the time of incision

General Principles of Surgical Prophylaxis 4. The shortest possible course; ideally a single dose of the most effective and least toxic agent should be used (Postoperative administration of preventive systemic antibiotics beyond 24 hours has not been demonstrated to reduce the risk of SSIs ) 4. The shortest possible course; ideally a single dose of the most effective and least toxic agent should be used (Postoperative administration of preventive systemic antibiotics beyond 24 hours has not been demonstrated to reduce the risk of SSIs ) 5. The newer broad spectrum antibiotics should be reserved for resistant infections 5. The newer broad spectrum antibiotics should be reserved for resistant infections 6. If all other factors are equal, the least expensive drug should be used 6. If all other factors are equal, the least expensive drug should be used

Prevention of SSI Main Factors 1. The general health of the patient 1. The general health of the patient 2. Meticulous operative techniques 2. Meticulous operative techniques 3. Timely administration of effective preoperative antibiotics 3. Timely administration of effective preoperative antibiotics

Useful common Practices 1. Preoperative showering with antimicrobial soaps 1. Preoperative showering with antimicrobial soaps 2. Application of antiseptics to the skin of patients 2. Application of antiseptics to the skin of patients 3. Washing and gloving of the surgeons' hands 3. Washing and gloving of the surgeons' hands 4. Use of sterile drapers 4. Use of sterile drapers 5. Use of gowns and masks by operative room personnel 5. Use of gowns and masks by operative room personnel

Causes Table 1. Pathogens Commonly Associated with Wound Infections and Frequency of Occurrence* Pathogen Frequency (%) *NNIS System (CDC, 1996) Staphylococcu s aureus 20 Coagulase- negative staphylococci 14 enterococci12 Escherichia coli8 Pseudomonas8 enterobacter7 Proteus Mirabilis 3 Klebsiella pn.3 Bact. fragilis2

Antibiotic Selection Cefazolin (1-2g IV) has been effective for most clean procedures because of its activity against many Staphylococci and Streptococci species Cefazolin (1-2g IV) has been effective for most clean procedures because of its activity against many Staphylococci and Streptococci species Cefuroxime (1.5g IV) can be given instead of cefazolin in thoracic and orthopedic procedures Cefuroxime (1.5g IV) can be given instead of cefazolin in thoracic and orthopedic procedures

Antibiotic Selection For procedures that might involve exposure to bowel anaerobes (B. fragilis) choices are: Cefazolin + Metronidazole (0.5g IV) or monotherapy with Ampicillin+ Sulbactam (3g IV) For procedures that might involve exposure to bowel anaerobes (B. fragilis) choices are: Cefazolin + Metronidazole (0.5g IV) or monotherapy with Ampicillin+ Sulbactam (3g IV) Two above mentioned therapies are preferred to 2 nd generation cephalosporins like: Cefoxitin or Cefotetan Two above mentioned therapies are preferred to 2 nd generation cephalosporins like: Cefoxitin or Cefotetan

Antibiotic Selection Vancomycin (10-15mg/kg ~1g, IV) or Clindamycin ( mg, IV) are useful drugs for patients are highly allergic to pencillins and cephalosporins Vancomycin (10-15mg/kg ~1g, IV) or Clindamycin ( mg, IV) are useful drugs for patients are highly allergic to pencillins and cephalosporins In colorectal procedures, hysterectomy and vascular surgery a drug which add a gram Θ coverage e.g. Gentamicin, Ciprofloxacin and Aztreonam is needed. In colorectal procedures, hysterectomy and vascular surgery a drug which add a gram Θ coverage e.g. Gentamicin, Ciprofloxacin and Aztreonam is needed.

Antibiotic Selection Vancomycin is the drug of choice for following conditions: Vancomycin is the drug of choice for following conditions: 1- Local resistance pattern (MRSA) 2- Patients with a long preoperative hospitalization 3- Patients have recently taken broad spectrum antibiotics 4- Patients with prosthetic graft implantation