This PPT aims to prevent needlestick injuries among Chinese nurses, Maybe, it is helpful for you
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1. Prevention of Needlestick Injuries Zhao X (China)
2. Introduction
Each year more than 1.5 million NSIs happen among Chinese HCWs,
an average of 4410 NSIs per day
Near 80 percent of health workers in China have experience of
NSI
17.9 percent have more than 5 times needlestick injuries
Resource from: http://www.nursing.net.cn
3. Risks of Needlestick Injuries
as many as 20 different pathogens are capable of transmission
from patients or laboratory specimen to healthcare workers (HCWs)
in the event of a NSI.
Of these 20 pathogens, HIV, HBV, and HCV are the three most
common diseases transmitted via NSI.
A single exposure to HIV, HBV, or HCV in the context of a NSI
places a HCW at average risks of infection of 0.3%, 6% to 30%, and
1.8%, respectively (CDC 2004; NIOSH 2000).
4. Hepatitis B Virus ( H B V )
In America
12, 000 HBV infections occurred in HCWs in 1985
500 HBV infection occurred in HCW in 1997
Intervention implemented:
widespread immunizations of American HCWs for HBV
But, there is a 6%-30% risk that an exposed, susceptible HCWs
will become infected with HBV.
5. Hepatitis C Virus ( H C V)
The precise number of HCWs who acquire HCV occupationally is
not known in China.
In the United States, HCWs exposed to blood in the workplace
represent 2% to 4% of the total new HCV infections occurring
annually.
One study in the United States show that HCV transmission
occurred only from hollow-bore needles compared with other
sharps.
6. Human Immunodeficiency Virus ( H I V)
The first case of HIV transmission from a patient to a
healthcare worker was reported in 1986
Through December 2001, American Central for Disease Control and
Prevention (CDC) had received voluntary reports of 57 documented
and 138 possible episodes of HIV transmission to HCW in USA
The average risk of HIV transmission after a percutaneous
exposure is estimated to be approximately 0.3%
7. Cost of Needlestick Injuries
Cost
Direct costs:
initial and follow-up treatment of exposed HCWs
(it is estimated to range from 4000-2,4000 depending on the
treatment
13. What device are involved in percutaneous injuries?
Disposal syringes (32%)
Suture needles (19%)
Winged steel needles (12%)
Scalpel blades (7%)
Intravenous (IV) catheter stylets (6%)
Phlebotomy needles (3%)
14. Hollow-bore needles (59%) !!!
15. Importance of hollow-bore needle injuries
NIOSH (2000) point out that the risk of infection for a HCW in
the event of a NSI depends on
his or her immune status at the time of injury
the pathogen involved
the severity of the injury (e.g. how much blood was the worker
exposed to?)
whether or not effective treatment is available
16.
Devices requiring manipulation or disassembly after use is
associated with a higher rate of injury
17. Prevention Strategies
Hierarchy for prevention of needlestick injury
First: eliminate and reduce the use of needles where possible
.
Using alternate routes for medication delivery and vaccination
when
available and safe for patient care.
Second: isolate the hazards.
Provide a rigid cover that allows the hands to remain behind
the needle.
Ensure that the safety feature is in effect before disassembly
and remains in effect after disposal
Be an integral part of the device
Be simple and obvious in operation
18.
Handle hypodermic needles and other sharps minimally after use
and use extreme care whenever sharps are handled or passed.
Use the "hands-free" technique (described below) when passing
sharps during clinical procedures.
Do not bend, break, or cut hypodermic needles before
disposal.
Do not recap needles.
Dispose of hypodermic needles and other sharps properly.
How can you prevent needlestick injuries?
19.
Many accidental needlestick injuries occur when staff are
recapping needles.
Recapping is a dangerous practice: If at all possible, dispose
of needles immediately without recapping them.
If it does become necessary for you to recap a needle (for
example, to avoid carrying an unprotected sharp when immediate
disposal is not possible), do not bend or break the needle and do
not remove a hypodermic needle from the syringe by hand.
Recapping?
20. Recapping: The "one-hand" technique Step 1 Place the cap on
a flat surface, then remove your hand from the cap. Step 2 With one
hand, hold the syringe and use the needle to "scoop up" the cap.
Step 3 When the cap covers the needle completely, use the
other
21. Handling sharps
During a clinical procedure
When passing sharps, especially when there is sudden motion by
staff members carrying unprotected sharps
when clients move suddenly during injections
when sharps are left lying in areas where they are unexpected
(such as on surgical drapes).
Giving verbal announcements when passing sharps
Avoiding hand-to-hand passage of sharp instruments by using a
basin or neutral zone
Ensuring cooperation from patients
Dispose a contaminated needle immediately after use
22. Safe passing of sharp instruments
Uncapped or otherwise unprotected sharps should never be passed
directly from one person to another.
In the operating theater or procedure room, pass sharp
instruments in such a way that the surgeon and assistant are never
touching the item at the same time.
This way of passing sharps is known as the "hands-free"
technique:
23. "hands-free" technique: First step: The assistant places
the instrument in a sterile kidney basin or in a designated "safe
zone" in the sterile field. Second step: The assistant tells the
service provider that the instrument is in the kidney basin or safe
zone. Third step: The service provider picks up the instrument,
uses it, and returns it to the basin or safe zone.
24. When giving injections
Unexpected client motion at the time of injection can lead to
accidental needlestick injuries. Therefore, always warn clients
when you are about to give them an injection.
To protect clients, always use proper client preparation when
giving an injection, and be sure that you handle IV fluids and
multidose vials correctly.
25. If you are a head nurse in the unit, what you can do to
prevent NSI?
Educating your staff
A reduction in the use of invasive procedures
(as much as possible)
A secure work environment
An adequate staff-to-patient ratio
26.
Risk-taking personality profile
Perceived poor safety climate in the workplace
Perceived conflict of interest between providing optimal
patient care and protecting staff themselves
HCWs most readily change their risk behaviors when they
thinks
They are at risk
The risk is significant
Behavior change will make a difference
The change is worth the effort
If you are a head nurse in the unit, what you can do to prevent
NSI?
27. Introduction of safety devices
Vanish point syringe
Work principle
How to use it appropriately
Cost
28. Introduction of safety devices
Sharps Container
Work principle
How to use it appropriately
Cost
29. Post-exposure Treatment
Source patient details
Risk assessment
Action plan
Introduction of Nottingham Report Form Following Contamination
from Blood or Body Fluids
30. Post-exposure treatment
Available data from animal studies (Ferreiro & Sepkowitz
2001) indicated that
systemic infection after a NSI does not occur immediately if
antiviral therapy is delivered expeditiously, establishment of
infection may be prevented.
Therefore,
If you are injured by contaminated needle, ensure effective
treatment to be available as soon as possible
31. Useful information after exposure
Disease Control and Prevention Center of Yannan Province
Telephone number: 0871-3611773
(available: 8am-11am, 2:30pm-5:30pm)
Health Education Institution of Yannan Province
Telephone number: 0871-5377136
(available: 24hours)
Disease Control and Prevention Center of Kunming
Telephone number: 0871-4108357
(available: 8am-11am, 2:30pm-5:30pm)
32. Useful websites
Disease Control and Prevention Center of the Peoples Republic
of China
