2. - Infection control practices
1.Hand hygiene -( Hand wash ,hand rub)
2.Bio medical waste(Management & Handling) Rules-
1998,2000,2001,2008, 2016, Amended-2018,C-2020
3.Spill Management ( body fluid , chemical ,
4.Needle Stick Injury (Blood & Body fluid )
5. Care Bubdle ( All Indewaling Device )
6.Indicators HAI ( CAUTI, CLABSI,VAP,SSI, )
7. Barrier Nursing(Standard precautions use by staff)
8. High Risk Area Surveillance
9.CSSD -Sterilization, Autoclave, ETO, Plasma SterlizerProcess.
10.MSDS
11.Cleaning -Protocol high Risk Area & Equipment ,Surface
HIC-Objective
3. QUALITY INDICATORS ( HOSPITAL INFECTION
CONTROL)
• Monitoring Quality indicators
- No of hospital acquird infection
– No of NSI blood and body fluid handling by staff
– No of BLOOD tranfusion reaction
– No of bed sore in IPD patient
– Standard precauctions use by staff
– BMW Handling , dispose , discarded , Tansport
– Safe infusion Practice
– Hand Hygiene Compliance ( Dcotor, Nursing, technician, house keeping)
– Re-intubation rate
– HAI rate (VAP, CLABSI,CAUTI,SSI)
4. AT THE TIME OF ASSESSMENT
• Interview of staff -
• documentation -
• Assessment of staff and staff practice
5. DEFINITION
• Health care-associated infection
(HCAI), also referred to as "nosocomial" or
"hospital" infection, is an infection
occurring in a patient during the process of
care in a hospital or other health care
facility which was not present or incubating
at the time of admission.
10. Factors increasing risk of HAI
Hospital Atmosphere
Poor ward infrastructure
Lack of isolation rooms
Overcrowding
Indwelling catheters
Antibiotic overuse
Inadequate Aseptic procedure
Environment
al Factors
11. Common causes of HAI
Urinary bladder Catheter
Intravenous IV procedures
Poor aseptic practices
Surgery and wound
Antibiotic Overuse
Biomedical Waste
Lack of awareness
12. Pneumonia,
33%
UTI, 31%
Blood stream
infection, 11%
Skin and soft
tissue, 8%
Others, 17%
Common HAI Infections
According to a 2016 research on HAI cases in ICU, below
mentioned were the common HAI infections identified.
14. HAI….
• Direct—requires physical contact between hosts.
• Indirect—contact with body fluids or tissues of an
infected individual.
• Droplet—large infectious particles sprayed into the
air from the respiratory tract of an infected
individual.
• Droplet nuclei—small infective particles that are
suspended in the air, taken in by a host, and are
capable of traveling to the lung.
15. HCAI
• Common organisms:
– Staph aureus
– E.Coli
– Pseudomonas aeruginosa
– Vancomycin resistant enterococci
– MARSA (HAND)
• Common systems involved
– Urinary Tract—UTI
– Respiratory Tract—VAP
– Surgical Sites—SSI
– Blood Stream—CLABSI ( Bacteremia)
– Skin
– Eyes
– GI Tract
22. PPEs (Personal Protective
Equipment)
PPEs for infection control( Prevention of cross infection)
•Cap
•Eye shield/Goggles- Glasses with side shields
•Mask/N-95 Mask
•Hearing protective devices in high noise areas
•Gowns/ Fluid resistant gowns for lab etc.
•Hand Sanitizers
•Gloves/double gloving
•Fluid impermeable shoes -, synthetic
•Emergency eye washers in labs
23. PPEs (Personal Protective Equipment)
Sequence of Donning and Doffing of PPEs (Wearing and Removal)
Perform Hand Hygiene
Donning
• Hand Hygiene
•Gown
•Mask
•Goggles
•Gloves
24. Doffing ( Removing)
• Gloves Hand hygiene
• Gown
• Hand Hygiene
• Goggles/Face Mask
• Mask
(Remove mask after you leave patient room and
shut the door)
• Hand Hygiene
25. HIC Quality Indicators
• VAE -(VENTILLATOR ASSOCIATED PNEUMONIA)VAP
• CLABSI- (CENTRAL LINE ASSOCIATED BLOOD STEAM
INFECTION)
• CAUTI- (CATHETER ASSOCIATED URINARY TRACT
INFECTION)
• SSI- (SURGICAL SITE INFECTION)
26. HIC Critical Care Bundles
• Ventilator CARE Bundle
• Central Line CAREBundle
• CATHETER CARE Bundles
• SURGICAL SITE CARE Bundles
27. • Ventilator-Associated Pneumonia (VAP)Bundle:
– Head of bed (HOB) elevated to 30-45
– ET suctioning to remove secretion
– Daily Sedation Vacation
– Daily Spontaneous Breathing Trial
– DVT prophylaxis
– GI prophylaxis
– Peptic ulcer prophylaxis.
– Chlorhexidine mouth wash (every shift)
in those above 10 years of age.
1. The need for line use has been reviewed and recorded, & keep line
cover
2. The dressing is intact and was changed within the past 7 days. AS
PER ORDER & check redness, swelling etc
3.Hand hygiene before and after, is performed on all line
maintenance/access procedures.
4.Alcohol hub decontamination is performed before each hub access.
Optimal catheter site selection*
5.Chlorhexidin Skin Antiseptic (solution compatible with CVC) is used
for cleaning the insertion site during dressing changes.
6.Maximum Barrier Precaution Upon Insertion
Keep Collection bag below level of the bladder at all times.
Avoid unnecessary urinary catheters
The UC has been continuously connected.
Maintain closed drainage system
Daily meatal hygiene has been performed by healthcare staff.
Empty UC bag often, as a separate procedure, into a clean
container.
Hand hygiene performed before & after procedure and apron +
glovesworn during procedure.
Empty the collection bag when filled 3/4
Keep collection bag below level of the bladder at all times
1. Antibiotic Prophylaxis with in 45 min before surgery ( prior
incision)
2. surgical part preparation with single cliper
3. surgical bath or shower after part preparation ( with
chlorehexidine gluconate )
4. blood glucose level control or management
5. Hand washing each after movement.
6. Daily dressing on site & surgical area assessment .
7. Sterile item used for dressing
8. education patient & relative regarding symptoms of SSI .
9. Sterilization of surgical instrument and dressing tray .
Hand washing before & after the procedure
Chlorhexidine skin antisepsis/ and part prepratio
28. Ventilator Associated Infections (VAP)
Ventilator-associated pneumonia (VAP) is pneumonia that
develops 48 hours or longer after mechanical ventilation is
given by means of an endotracheal tube or tracheostomy.
VAP is the second most common nosocomial infection.
VAP increases a patient's hospital stay by approximately 7-9 days
32. • Ventilator-Associated Pneumonia (VAP)Bundle:
–Head of bed (HOB) elevated to 30-45
– ET suctioning to remove secretion
–Daily Sedation Vacation
–Daily Spontaneous Breathing Trial
–DVT prophylaxis
–GI prophylaxis
–Peptic ulcer prophylaxis.
–Chlorhexidine mouth wash (every shift) in those
above 10 years of age.
33. • A central line associated blood stream
infection is a laboratory-confirmed
bloodstream infection (BSI) in a patient who
had a central line within the 48 hour period
before the development of the BSI, and that is
not related to an infection at another site
36. Risk factors of CRBSI
Poor personal hygiene,
Occlusive transparent dressing,
Moisture around the exit site,
S. Aureus nasal colonization,
Contiguous infections
Catheter site selection & method matters in all the
patient
37. 1. The need for line use has been reviewed and recorded, &
keep line cover
2. The dressing is intact and was changed within the past 7
days. AS PER ORDER & check redness, swelling etc
3.Hand hygiene before and after, is performed on all line
maintenance/access procedures.
4.Alcohol hub decontamination is performed before each
hub access. Optimal catheter site selection*
5.Chlorhexidin Skin Antiseptic (solution compatible with
CVC) is used for cleaning the insertion site during dressing
changes.
6.Maximum Barrier Precaution Upon Insertion
38.
39. A UTI in a patient who had an indwelling urinary
catheter in place at the time of or within 48 hours
prior to infection onset.
Types of CAUTI
Symptomatic
Asymptomatic
CATHETER ASSOCIATED URINARY TRACT
INFECTIONS (CAUTI)
40. CAUSES
the catheter may become contaminated upon
insertion
the drainage bag may not be emptied often enough
bacteria from a bowel movement may get on the
catheter
urine in the catheter bag may flow backward into
the bladder
the catheter may not be regularly cleaned
41. Symptoms
Cloudy urine
Blood in the urine
Strong urine odor
Urine leakage around your catheter
Pressure, pain, or discomfort in your lower back or
stomach
Chills
Fever
Unexplained fatigue
Vomiting
42.
43. Keep Collection bag below level of the bladder at all times.
Avoid unnecessary urinary catheters
The UC has been continuously connected.
Maintain closed drainage system
Daily meatal hygiene has been performed by healthcare
staff.
Empty UC bag often, as a separate procedure, into a clean
container.
Hand hygiene performed before & after procedure and
apron + glovesworn during procedure.
Empty the collection bag when filled 3/4
Keep collection bag below level of the bladder at all times
44. • A surgical site infection is an infection that occurs
after surgery in the part of the body where the
surgery took place. Surgical site infections can
sometimes be superficial infections involving the
skin only.
45. TYPE OF SSI
Superficial incision SSI
Date of event for infection occurs within 30 days
operative procedure (where day 1 = the procedure
date) AND involves only skin and subcutaneous
tissue of the incision
Deep incision SSI
The date of event for infection occurs within 30 or
90 days after the operative procedure (where day 1
= the procedure date) involves deep soft tissues of
the incision (e.g., fascial and muscle layers)
47. 1. Superficial SSI
•i.The surgical procedure must have been performed within 30
days before the infection.
•ii.The infection involves only skin and subcutaneous tissue of
the incision.
•iii.The patient has at least one of the following:
•a.purulent drainage from the superficial incision.
•b.superficial incision that is deliberately opened by a surgeon
due to infection
•c.
48. 2.Deep SSI
i.Infection occurs within 90 days after
thesurgical procedure
ii.The infection involves the deep tissues / deep spaces / organs related to
the site of surgery (e.g., fascia / muscle / bone).
iii.The patient has at least one of the following:
a.Purulent drainage which is originating from the deep tissues.
b.The wound that spontaneously dehisces or is deliberately opened by a
surgeon and the patient has at least one of the following signs or
symptoms: fever (>100.4°C); localized pain or tenderness
c.an abscess or collection in the deep tissues / organ / body spaces that is
found on examination, during invasive procedure or by imaging.
d.diagnosis of a deep SSI by a surgeon.
49. • surgical wound type
1. Antibiotic Prophylaxis with in 45 min before surgery (
prior incision)
2. surgical part preparation with single cliper
3. surgical bath or shower after part preparation ( with
chlorehexidine gluconate )
4. blood glucose level control or management
5. Hand washing each after movement.
6. Daily dressing on site & surgical area assessment .
7. Sterile item used for dressing
8. education patient & relative regarding symptoms of SSI .
9. Sterilization of surgical instrument and dressing tray .
Hand washing before & after the procedure
Chlorhexidine skin antisepsis/ and part prepration
55. • i.Smoking cessation advice, if applicable.
• disposable razors for each patient
• ii.Identification and treatment of infections pre-
operatively before elective operation. Elective
surgery is postponed until infection has
resolved.
• iii.Use of topical chlorhexidine (Eg:
Chlorhexidine bath / Chlorhexidine foam
application) for 48 hours before surgery
• iv.Skin Preparation: An appropriate antiseptic
agent (Chlorhexidine or Povidone Iodine) is used
prior to surgery.
56. • v.Prophylactic antibiotic administration (given 1
hour prior to skin incision) according to the
antibiotic policy. Further dose of antibiotic
would be necessary if the duration of surgery is
>4 hours or in case of excessive blood loss.
• vi.Hair at the operative site is not removed
unless it will interfere with the operation. In
such cases, the hair is removed by clipping.
Razors are not to be used.
• vii.Strict pre-operative blood glucose control (to
be maintained <180mg/dl).
• viii.Short pre-operative hospital stay.
59. DEFINITION
• "BIO-MEDICAL WASTE" means any waste,
which is generated during the diagnosis,
treatment or immunization of human beings
or animals or research activities pertaining
there to or in the production or testing of
biological or in health camps, including the
categories mentioned in the rules.
60. Hazards of Hospital Waste
Air Pollution Water
Pollution Land Pollution
Land Pollution
Transmission of
infections
62. YELLOW BAG
(Waste for Incineration)
Waste Items
Tissues
Organs/Body Parts
Cytotoxic drugs
Laboratory Waste
Non Plastic Contaminated Waste
Plaster Cast
Dressing/Bandages
Swabs
Microbiology & biotechnology
Waste
63. Red Bag
Wastes generated from disposable
items such as tubing,
Bottles,
Intravenous tubes and sets,
Catheters,
Urine bags,
Syringes (without needles and fixed
needle syringes) and vaccutainers
with their needles cut)
Gloves.
64. Blue Bag
(Waste for Autoclaving, Microwaving, Chemical
Treatment & Destruction/Shredding)
Unbroken glass bottles and vials.
Hard plastics.
All metallic items.
Guide wires.
65. Needles
Scalpels
Blades
Broken ampoules
Glass Pieces
This includes both
used, discarded and
contaminated metal
sharps
Puncture Proof Bag
(Sharps)
67. Discard of blood bags
Autoclaving of PVC blood bags is a safer and
reliable method compared to chemical
disinfection.
Autoclaving at 15 lbs pressure for 2 hours
uniformly inactivated the vegetative forms and
B. stearothermophilus spores.
68. Discard of the cytotoxic
wastes
All waste must be collected in the yellow bag
with cytotoxic label
While discarding, we should ensure that we
have wore proper PPE
Before disposal, the garbage bag will be tied
with a tie band with cytotoxic label on it.
Final treatment would be incineration.
Editor's Notes
Chain Of Infection
Disease Microorganisms (Agent). These are the pathogens that cause communicable diseases. Most commonly these are bacteria, virus, fungi or parasites.
Reservoir. The reservoir (source) is a host which allows the pathogen to live, and possibly grow, and multiply. Humans, animals and the environment can all be reservoirs for microorganisms. Sometimes a person may have a disease but is not symptomatic or ill. This type of person is a carrier and she/he may be referred to as ‘colonized’. Examples of reservoirs are standing water, a person with a common cold or syphilis, or a dog with rabies.
Portal of exist. This refers to the route by which the infectious microorganisms escape or leave the reservoir. For example, pathogens that cause respiratory disease.
Mode of Transmission. Since microorganisms cannot travel on their own, they require a vehicle to carry them to other persons and places. See more detail in Section 4: Modes of Transmission.
Mode of Entry. The path for the microorganism to get into a new host (the reverse of the portal of exit). The mode of entry refers to the method by which the pathogens enters the person.
Susceptible Host. The future host is the person who is next exposed to the pathogen. The microorganism may spread to another person but does not develop into an infection if the person’s immune system can fight it off. They may however become a ‘carrier’ without symptoms, able to then be the next ‘mode of transmission’ to another ‘susceptible host’. Once the host is infected, he/she may become a reservoir for future transmission of the disease. Susceptible hosts abound in health care settings, as those accessing the health care system often have compromised immune systems. This may be due to other illnesses processes, treatments or medications. This ineffective immune system leaves them vulnerable to infectious agents that may be in the health care environment.
Personal Protective Equipment.
Sources of infection
Patient and staff can be both at risk as well as a source of infection.
Patient
Other patients
Staff
Air
Objects
Environment
Factors increasing HAI
Environment Factors
Other patient hospital staff or visitors, food, water, dust and other contaminated inanimate articles
Drug resistance microorganisms and change from non-pathogenic strain to pathogenic are found commonly
Emergence of multi drug resistant strains many stains of pneumococci staphylococci and enterococci and tuberculosis are currently resistant to most of all antimicrobials which where once effective.
Greater exposure to hospital atmosphere, long stay.
Inadequate ventilation, faulty design of wards and OTs
Non-availability of isolation rooms for infected cases and clear utility room
Overcrowding in hospital wards, floor beds and rush in OPD
Practice factors
The use of indwelling catheters
Inadequate and substandard aseptic procedures
Poor sterilization, laundry and kitchen services
Common causes
Urinary bladder Catheter
Surgery and wound
Intravenous IV procedures
Biomedical Waste
Poor aseptic practices
Lack of awareness
Prevention
Preparation of the patient:
Whenever possible, identify and treat all infections remote to the surgical site before elective operation.
Keep preoperative hospital stays as short as possible while allowing for adequate preoperative preparation.
Do not remove hair preoperatively unless the hair at or around the incision site will interfere with the operation.
If hair needs to be removed, it is done immediately before operation, preferably using electric clippers and not razor blade.
Adequately control blood glucose levels in all diabetic patients.
Encourage non-smoking/use of cigarettes, cigars, pipes, or any other form of tobacco consumption for at least 30 days prior to the surgery.
Do not withhold necessary blood products transfusion.
Encourage patients to shower or bathe at least the night before the operative day.
Use an appropriate antiseptic agent for skin preparation.
Apply preoperative antiseptic skin preparation in concentric circles moving towards the periphery. The prepared area should be large enough to extend the incision or create new incisions or drain sites, if necessary.
Antimicrobial prophylaxis
Administer a prophylactic antibiotic agent only when indicated, and select it based on its efficacy against the most common pathogens causing SSI for a specific operation.
Administer by IV route the initial dose of prophylactic antibiotic agent, timed such that a bactericidal concentration of the drug is established in serum.
In most cases, antibiotic should be given within 60 minutes before the incision and the antibiotics should be stopped within 24 hours after surgery.
Microbiological sampling
Routine environment sampling of the Operation Room (OR) is not required. Perform microbiologic sampling of OR environment surfaces or air as part of an epidemiologic investigation.
Cleaning and disinfection of environmental surfaces
When visible soiling or contamination with blood or other body fluids of surfaces or equipment occurs during an operation, use approved hospital disinfectant to clean the affected areas before the next operation.
Do not perform special cleaning or closing of OR after contaminated or dirty operation.
Clean the operating room floor after the last operation of the day or night with an approved hospital disinfectant.
Asepsis and surgical technique
Adhere to principles of asepsis when intravascular devices, spinal or epidural anesthesia catheters, or when dispensing and administering intravenous drugs.
Assemble sterile equipment and solutions immediately prior to use
Sterilization of surgical instruments
Sterilize all surgical instruments according to guidelines.
Postoperative incision care
Protect with a sterile dressing 24 to 48 hours postoperatively an incision that has been closed primarily.
Wash hands before and after dressing changes and any contact with the surgical site.
Use sterile technique to change incision dressing.
Educate the patient and family regarding proper incision care, symptoms of surgical site infection, and the need to report such symptoms.
Develop a good surveillance system to study the incidence of SSI.
Use standardized case definitions without modifications for identifying SSI among surgical inpatients and outpatients.
Use methods for inpatient and outpatient case-finding that accommodate available resources and data needs.
Assign surgical wound classification upon completion of an operation.
For each patient undergoing an operation chosen for surveillance, record those variables shown to be associated with increased SSI risk, such as surgical wound class and duration of operation.
Periodically calculates operation-specific SSI rates stratified by variables shown to be associated with increased SSI risk.
Report stratified operation-specific rates to surgical team members.