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- Why do we need to improve hand hygiene practices?”
• Serious nosocomial infections
• 90,000 patient deaths per year
• Costs of treatment:
$4.5 Billion per year in the U.S.
• Hand washing compliance
rates are unacceptably low
(average 40 percent)
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- Yes! A scientific study performed in a hospital nursery
found that babies acquired staphylococci more frequently when cared for
by nurses who didn't wash their hands than babies cared for by nurses
who washed their hands between patient contacts with an anti-microbial
soap.
Numerous studies show that proper hand hygiene reduces the spread
of bacteria in various healthcare settings.
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- Nurses, doctors and other healthcare workers can contaminate their hands
by doing simple tasks, including:
- · taking a patient’s blood
pressure or pulse;
- · assisting patients with mobility;
- · touching the patient’s gown
- or bed sheets; and
- · touching equipment, including
bedside rails, over bed tables,
IV pumps.
- The photo shows a blood agar plate 24 hrs after an ICU nurse placed her
hand on plate”
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- Patients often carry resistant bacteria on their skin. Patients with
resistant bacteria like methicillin-resistant S. aureus (MRSA) or
vancomycin-resistant enterococci (VRE) often carry the organism on many
areas of their skin, even
- when they don’t have any
wounds or broken skin.
Patients often carry the MRSA organism on the skin under their
arms, on their hands or wrists, or in the groin area.
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- Wash your hands with
plain soap and water; or
with antimicrobial soap and water if:
· your hands are visibly soiled (dirty);
· hands are visibly contaminated with blood
or body fluids;
· before eating; and
· after using the restroom.
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- New guidelines developed by the Centre for Disease Control and
Prevention (CDC) and infection-control organizations recommend that
healthcare workers use an alcohol-based hand rub (a gel, rinse or foam)
to routinely sanitize their hands between patient contacts, as long as
the hands are not dirty.
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- The test is performed on the product ‘as is’
- Temperature 37ºC
- Test Organisms load 107/ml:
- Escherichia Coli
- Staphylococcus Aureus
- Contact Time: 1 minute
- Requirement to pass: Minimum log reduction of 3 (kill rate > 99.9%)
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- ISOGEL
- 10 % n-propanol 50% ethanol (v/v)
- 0.5% chlorhexidine (m/v)
- Quick disinfection
- Test result
- Log reduction > 8 (>99.999999%)
- Staphylococcus Aureus
- Pseudomonas Aeruginosa
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- ISOGUARD
- Cross cationic polymers based invisible skin containing no detergent.
- Active: 1.5% Chlorhexidine
- Delivery system ensures continuous bactericidal activity combined with
retention of skin natural oils and moisture
- Test results of a field test performed on 9 individuals:
- Average kill rate after 3 minutes: 100%
- Average kill rate after 3 hours: 98.88% (97.89%-99.59%)
- Average kill rate after 4 hours: 93.43% (81.38%-99.44%)
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- Most popular skin disinfectant
- Very little toxicity
- Active on wide range of Gram+ and Gram-
- Active on yeast and lipophilic viruses (HIV-SARS-Hepatitis B)
- Chlorhexidine gluconate is widely recommended as a handwash in the
management of SARS.
- Dr Angela Merianos
SARS Focal Point/Epidemiology
Global Alert and Response
World Health Organization
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- Right Procedure at the
- Right Time with the
- Right Product
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- Normal Hands Wash with Water and Soap
- Surgical Hands Scrub
- Waterless Fast Hands Disinfection
- Long Lasting Antibacterial Hands Treatment
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- a) Open the tap
- b) Apply liquid or solid soap
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- c) Massage hands for 1 minutes completely
- d) Rinse hands
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- e) Dry hands with paper towel
- f) Close water tap with paper towel
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- Open the tap
- Apply liquid bactericidal hands scrub and water to both hands
- Spread and massage the solution onto fingers paying particular attention
to the spaces between the fingers, cover evenly up to the wrists
- Rinse hands
- Repeat the operation with a new dose of bactericidal hands scrub from b)
to d)
- Dry hands with sterile towel
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- On CLEAN HANDS ONLY
- Apply sufficient quantity to both hands
- Massage the gel evenly to hands, specially finger tips and space between
fingers
- Allow 30 seconds contact time (drying time)
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- Apply on clean and dry hands and forearms
- Dispense one pump into the palm of one hand
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- Apply to fingernails of both hands
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- Dispense one pump into the palm of one hand and apply to opposite
forearm and repeat for the other forearm.
- Do not wipe, allow to dry.
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- On starting work
- Long lasting antibacterial treatment
- To prevent the importation of germs from the environment
- In between patients
- Waterless fast disinfection
- To prevent the transmission from one patient to another
- Before going to the toilet
- Hygienic hands wash with water and soap
- To prevent contamination from hospital germs
- After going to the toilet
- Long lasting antibacterial treatment
- To prevent the transmission of faecal germs to patients
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- Before a gloved procedure
- Long lasting antibacterial treatment
- Ensure good hands asepsis and protect from latex irritation
- After a gloved procedure
- Hygienic wash with water and soap
- On finishing work
- Long lasting antibacterial treatment
- Protect the worker and family from hospital germs
- Classic surgical hand scrub is no longer indicated if long lasting
treatment is adopted
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- The ideal products for hands hygiene must be:
- EFFICIENT (comply with the standards)
- ECONOMICAL (their usage must save costs in nosocomial infections and
their price must be competitive).
- COSMETICALLY ACCEPTABLE (the lack of acceptability is inducing the
health worker to be non compliant).
- PACKAGED CONVENIENTLY
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- DUROTEC PROPOSES A FULL RANGE OF PROFESSIONAL HANDS PRODUCT FOR THE
HEALTH PRACTITIONERS
- ISOSCRUB – Chlorhexidine-based scrub
- ISOGUARD – Long lasting antibacterial hands treatment and surgical
hands preparation.
- ISOGEL – Waterless fast hands disinfection
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