respiratory protection for tuberculosis and infectious diseases

17
Respiratory Protection for Tuberculosis UNC - CH Health & Safety Office

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Page 1: Respiratory Protection for Tuberculosis and Infectious Diseases

Respiratory Protection

for Tuberculosis

UNC - CH

Health & Safety Office

Page 2: Respiratory Protection for Tuberculosis and Infectious Diseases

Healthcare facilities present an environment

where there is a risk for transmission of

Tuberculosis through airborne infectious

particulates. Respirators, such as the N-95,

provide protection from airborne infectious

particulates when properly fitted and worn.

For information concerning: Tuberculosis and Infection Control visit the UNC EHS

website self study units under the Clinic section.

Why the Respirator

is Necessary?

Page 3: Respiratory Protection for Tuberculosis and Infectious Diseases

OSHA’s Respiratory Protection Standard requires that the employer have a written program that includes annual:

- Medical screening to determine if the employee is physically able to wear a respirator.

- Fit-test to determine if the respirator fits properly on the employee’s face.

- Training on the selection, use, storage, and limitations of the respirator used.

OSHA (1910.134)

Respiratory Standard

Page 4: Respiratory Protection for Tuberculosis and Infectious Diseases

When should you

wear a respirator?

A respirator is to be worn:

- when entering TB isolation rooms,

- when patient is suspected of having TB,

- during procedures that generate airborne secretions

such as sputum induction

Page 5: Respiratory Protection for Tuberculosis and Infectious Diseases

Selection of Respirator

The most common respirator used is the disposable

particulate type N95.

The “N” stands for respirator filters that can be

used when no oil is present in the contaminants.

The “95” means that the product has been tested

and certified by NIOSH to have a filter efficiency

level of 95% or greater against particulate aerosols.

Page 6: Respiratory Protection for Tuberculosis and Infectious Diseases

Donning of

N95 Respirator

Step 1

Cup the respirator in your hand

with the nosepiece at finger

tips allowing the headbands to

hang freely below hands.

Page 7: Respiratory Protection for Tuberculosis and Infectious Diseases

Donning of

N95 Respirator

Step 2

Position the respirator

under your chin with the

nosepiece up.

Page 8: Respiratory Protection for Tuberculosis and Infectious Diseases

Donning of

N95 Respirator

Step 3

Pull the top strap over

your head so it rests

high on the back of

head.

Page 9: Respiratory Protection for Tuberculosis and Infectious Diseases

Donning of

N95 Respirator

Step 4

Pull the bottom strap

over your head and

position it around neck

below ears.

Page 10: Respiratory Protection for Tuberculosis and Infectious Diseases

Donning of

N95 Respirator

Step 5

Using two hands, mold the

nosepiece to the shape of your

nose by pushing inward while

moving fingertips down both

sides of the nosepiece. Pinching

the nosepiece using one hand

may result in less effective

respirator performance.

Page 11: Respiratory Protection for Tuberculosis and Infectious Diseases

Fit Check of

N95 Respirator

Face Fit Check - The respirator seal should be checked

before each use. To check fit, place both hands completely

over the respirator and exhale. If air leaks around your nose,

adjust the nosepiece as described in step 5. If air leaks at

respirator edges, adjust the straps back along the sides of

your head. Recheck.

Page 12: Respiratory Protection for Tuberculosis and Infectious Diseases

Respirator

Effectiveness

Respirators are only effective when the seal around

your nose and mouth is tight. If you cannot achieve

proper fit, do not enter the isolation or treatment area.

Consult your supervisor.

A respirator cannot be worn by healthcare workers

with facial hair that comes between the sealing

surface of the mask and face. Bearded healthcare

workers should contact the Health and Safety Office

to obtain information on alternative respiratory

protection.

Page 13: Respiratory Protection for Tuberculosis and Infectious Diseases

Removal of

N95 Respirator

Step 1

Cup the respirator in you

hand to maintain position on

face. Pull bottom strap

over head.

Page 14: Respiratory Protection for Tuberculosis and Infectious Diseases

Removal of

N95 Respirator

Step 2

Still holding respirator

in position, pull top

strap over head.

Page 15: Respiratory Protection for Tuberculosis and Infectious Diseases

Removal of

N95 Respirator

Step 3Remove respirator from face and

discard

Page 16: Respiratory Protection for Tuberculosis and Infectious Diseases

What are the limitations

of the N-95 respirator?

The N-95 respirator has the ability to filter particles 1

micrometer with a filter efficiency of > 95%. If this

respirator becomes wet, it is no longer effective and

must be replaced. The N-95 is not intended for

protection from organic vapors, toxic gases, or toxic

particulates. Consult your supervisor or the Health

and Safety Office if you have questions regarding

respiratory protection.

Page 17: Respiratory Protection for Tuberculosis and Infectious Diseases

Conclusion

If you have any questions regarding

respiratory protection, consult your

supervisor or the Health and Safety

Office at 919-962-5507.

Proceed to the post test