Rapid Infection Control Nursing E-Book

Shona Ross

• Herausgeber: John Wiley & Sons
• Kategorie: Fachliteratur
• Serie: Rapid
• Sprache: Englisch

Seitenzahl: 305

Veröffentlichungsjahr: 2013

Beschreibung

The Rapids are a series of reference and revision pocket books that cover key facts in a simple and memorable way. Each book contains the common conditions that students and newly qualified nurses encounter on the wards, in the community, and on placements. Only the basic core relevant facts are provided to ensure that these books are perfect and concise rapid refreshers.

Rapid Infection Control Nursing is an essential read for all frontline nursing staff working in hospitals or community settings. Designed for quick reference, it explores the essential principles of infection control before moving on to an A-Z of the most commonly found infections. Each entry covers how the infection is spread, duration of the infectious period, key infection-control precautions, staff considerations, visitor information, and patient transfer advice.

Covering all the key topics in infection prevention and control, this concise and easy-to-read title is the perfect quick-reference book for the wards.

This title is also available as a mobile App from MedHand Mobile Libraries. Buy it now from iTunes, Google Play or the MedHand Store.

Leseprobe

CONTENTS

Cover page

Title page

Copyright page

Acknowledgements

Foreword

1 Introduction

2 The Essentials

The chain of infection

Standard principles of infection prevention and control

Hand hygiene

Gloves, aprons, visors and masks – personal protective equipment (PPE)

Decontamination

Isolation and cohorting

Respiratory precautions, respiratory hygiene and cough etiquette

Enteric precautions

Safe sharps practice, including sharpsand splash injury management

Safe disposal of clinical waste

Safe handling of linen and laundry

Asepsis and aseptic non-touch technique

3 Wider Aspects

Managing an outbreak of infection

Isolation and screening of contacts

Your health and wellbeing

The deceased

Specimen collection and storage

Audit

Assistance dogs, ward pets and visiting animals

Notifiable diseases

The healthcare environment

Control of substances hazardous to health (COSHH)

Symbols used on medical devices

Antibiotics

4 A-Z of Infections

Acinetobacter

Adenovirus

Anthrax

Campylobacter

Cellulitis

Chickenpox

Cholera

Clostridium difficile

Creutzfeldt–Jakob disease (CJD)

Cryptosporidiosis

Cytomegalovirus (CMV)

Dengue fever

Diarrhoea

Diphtheria

Escherichia coli

Extended spectrum beta lactamase (ESBL) producers

Fleas

Giardia

Glandular fever (infectious mononucleosis)

Glycopeptide-resistant enterococci (GRE)

Group A streptococcus (GAS)

Group B streptococcus (GBS)

Group C and Group G streptococci

Haemophilus influenzae

type B (Hib)

Hand, foot and mouth disease

Hepatitis A virus

Hepatitis B virus

Hepatitis C virus

Hepatitis D virus

Hepatitis E virus (HEV)

Herpes simplex virus

Human immunodeficiency virus (HIV)

Impetigo

Influenza

Klebsiella

Legionnaires disease

Leptospirosis (Weil’s disease)

Lice – head, body and pubic

Listeria

Malaria

Measles

Meningitis

Methicillin-resistant

Staphylococcus aureus

(MRSA)

Multiresistant bacteria

Mumps

Necrotising fasciitis

Norovirus

Panton–Valentine leucocidin (PVL)

Parainfluenza

Paratyphoid

Parvovirus

Pests and vermin

Pseudomonas

Rabies

Rash illness

Respiratory syncytial virus (RSV)

Rotavirus

Rubella (German measles)

Salmonella

Scabies (

Sarcoptes scabiei

var.

hominis

)

Scarlet fever (scarletina)

Serratia

Shigella

Shingles (herpes zoster)

Staphylococcus aureus

Stenotrophomonas

Toxoplasmosis

Tuberculosis (TB)

Typhoid

Viral haemorrhagic fevers (VHFs)

Whooping cough

5 Glossary

6 Useful Resources

7 References, Sources and Further Reading

Index

End User License Agreement

List of Tables

Table 1 Summary of when to use PPE

Table 2 Infection risks and decontamination requirements

Table 3 Healthcare equipment and decontamination methods

Table 4 Isolation priority and duration

Table 5 What is and what is not sharps waste

Table 6 Waste categories and colour coding of waste sacks

Table 7 Guidance for handling cadavers with infections

Table 8 Specimen collection and storage

Table 9 Finishes recommended for the ward environment

List of Illustrations

Figure 1 The chain of infection

Figure 2 Single use only symbol

Figure 3 The swan-neck method

Figure 4 The audit cycle

Figure 5 Symbols indicating that a substance is hazardous to health

Figure 6 New international symbols

Figure 7 Symbols used on medical devices and their meaning

Guide

Cover

Table of Contents

Begin Reading

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Rapid Infection Control Nursing

Shona Ross MPH, BSc, RN

Clinical Nurse Specialist, Infection Prevention and Control

Kingston Hospital

Kingston Upon Thames

UK

and

Sarah Furrows MBBS, MSc, MRCP, FRCPath

Consultant Microbiologist and Infection Control Doctor

Kingston Hospital

Kingston Upon Thames

UK

This edition first published 2014 © 2014 by John Wiley & Sons, Ltd

Registered OfficeJohn Wiley & Sons, Ltd, The Atrium, Southern Gate, Chichester, West Sussex, PO19 8SQ, UK

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The contents of this work are intended to further general scientific research, understanding, and discussion only and are not intended and should not be relied upon as recommending or promoting a specific method, diagnosis, or treatment by health science practitioners for any particular patient. The publisher and the author make no representations or warranties with respect to the accuracy or completeness of the contents of this work and specifically disclaim all warranties, including without limitation any implied warranties of fitness for a particular purpose. In view of ongoing research, equipment modifications, changes in governmental regulations, and the constant flow of information relating to the use of medicines, equipment, and devices, the reader is urged to review and evaluate the information provided in the package insert or instructions for each medicine, equipment, or device for, among other things, any changes in the instructions or indication of usage and for added warnings and precautions. Readers should consult with a specialist where appropriate. The fact that an organization or Website is referred to in this work as a citation and/or a potential source of further information does not mean that the author or the publisher endorses the information the organization or Website may provide or recommendations it may make. Further, readers should be aware that Internet Websites listed in this work may have changed or disappeared between when this work was written and when it is read. No warranty may be created or extended by any promotional statements for this work. Neither the publisher nor the author shall be liable for any damages arising herefrom.

Library of Congress Cataloging-in-Publication Data

Ross, Shona, author.Rapid infection control nursing / Shona Ross and Sarah Furrows.p. ; cm. – (Rapid series)Includes bibliographical references and index.ISBN 978-1-118-34246-6 (paper : alk. paper)I. Furrows, Sarah, author. II. Title. III. Series: Rapid series.[DNLM: 1. Cross Infection–nursing–Handbooks. 2. Cross Infection–prevention & control–Handbooks. 3. Infection Control–Handbooks. WY 49]RC112362.1969–dc23

2013026511

A catalogue record for this book is available from the British Library.

Wiley also publishes its books in a variety of electronic formats. Some content that appears in print may not be available in electronic books.

Cover image: ‘Washing hand with clean water’ © defun/iStock

Cover design by Fortiori Design

Acknowledgements

Thanks to our friends and family for putting up with us while this book was written! Thanks also to our colleagues, especially Fran Brooke-Pearce, Victoria Wells and Dr Phil Rice, for their invaluable input.

Foreword

We have come a long way in our quest to reduce healthcare-associated infections since 2005. Major improvements have been made in the way we protect our patients from ­infection, with once unimaginable reductions being achieved in MRSA bacteraemia and Clostridium difficile. Patients once fearful of entering a hospital for fear of acquiring a ‘super-bug’ now have confidence that hospitals are much cleaner and safer. An important element of this success was making the shift from infection issues being the domain of the infection control team to making infection prevention everyone’s responsibility and getting staff to believe that they had a role to play. There was also recognition that there was variation in staff knowledge of effective infection prevention control, and therefore a need to reinforce the components of good practice and be assured that all staff caring for patients had the required knowledge and competence.

When I initially embarked on leading the national HCAI programme, as a non-specialist I had to ask questions, unpick the jargon and ‘technical speak’ and attempt to simplify the language used around infection. This book does this and would have been hugely helpful to me in 2005.

Good hand hygiene, prompt isolation, prudent antimicrobial prescribing, high standards of cleanliness and aseptic technique when inserting and caring for invasive devices remain the linchpin of good infection prevention and control and consistent reliable application of these principles have underpinned the success to date. That said, there are still other infections and still areas that require further focus, new staff commencing work in many care settings and a need to regularly refresh knowledge. Therefore this book comes at a good time. It does not assume knowledge and explains what staff need to do to protect patients and prevent infection in a simple, clear and comprehensive manner. The book also provides very helpful information on those infections that currently do not feature so ­prominently in the public eye but are equally important.

We know that the challenge to reduce infection is relentless and it is important that we never become complacent or reduce our focus because of the progress we have made in the last five years. Following the advice in this book will keep us on the right path and ensure we continue on our journey to achieving a zero tolerance to preventable infection. After all, our patients and their families deserve no less.

Professor Janice Stevens CBE, MA, RGN

1Introduction

This book covers the standard principles of infection prevention and control, which should be adhered to at all times, and provides concise guidance for immediate infection control management of patients with a range of infections. The book is not intended to replace more comprehensive texts, but should be used in conjunction with them.

The authors would urge the reader to adhere to guidance contained within the Infection Prevention and Control Manual in their place of work at all times, as locally developed guidance may differ from what is written here.

The idea for this book came from the questions asked by nurses and other healthcare professionals during training sessions, ward rounds and phone calls received by the infection control team from nurses seeking advice on how to care for a patient with a specific infection.

Hospital infection control policies are not always immediately accessible to staff who are busy caring for patients and, even when policies are accessed, staff often wish to discuss the advice given just to check that they are doing the right thing. Clinical governance arrangements dictate that policies must be formatted in a certain way, which does not enhance their readability or improve the accessibility of the information sought by the nurse with the infected patient in front of her/him. In some instances the language used can be obstructive and unhelpful, with acronyms and jargon used, which are not necessarily understood by the intended audience.

This book was written by an infection control nurse and an infection control doctor with the aim of making it easier for ward nurses to get infection control right. The book is set out in such a way that the information required about immediate infection prevention and control measures is given first and further information is given later. There is no jargon; abbreviations are limited and fully explained where used and every attempt has been made to demystify some of the language and terminology commonly used within the realms of infection control.

2The Essentials

The chain of infection

Transmission of infection is a complex process involving a number of factors referred to as ‘the chain of infection’ (shown in Figure 1).

Figure 1 The chain of infection

In order for transmission of infection to occur all of the following elements must be present:

Presence of an infectious agent (pathogen), e.g. MRSA,

Clostridium difficile

, influenza, etc.

A reservoir where the organism can live and thrive and replicate, e.g. soil, water, animals, people, inanimate objects (the environment).

An exit route for the pathogen to escape its reservoir: urine, vomit, sputum, blood, faeces and the airborne route.

A transmission route:

direct contact: kissing, touching, biting, sexual intercourse, droplet spread into the mouth, eyes and nose during coughing, sneezing, singing and talking; faecal–oral route via ingestion of faeces;

indirect contact: via contaminated bedding, clothing, crockery, cutlery, surgical instruments, dressings, water, food and toys; via blood and body fluids; via the hands of healthcare workers; via vectors such as biting or crawling insects; faecal–oral route via contaminated food or objects, e.g. toilet flush handles and toys;

airborne spread where an aerosol containing the pathogen is inhaled.

An entry route: inoculation, ingestion, sexual contact, vertical transmission, inhalation, vector-borne, e.g. malaria.

A susceptible host – many people are susceptible to infection for a variety of reasons, for example:

those with a weakened immune system caused by advancing age or immaturity, medication, disease;

those whose natural defences are compromised through surgery, interventions and disease; the presence of wounds, non-intact skin, indwelling medical devices such as urinary catheters, intravenous cannula, etc.

The chain of infection can be broken by using the standard principles of infection prevention and control.

Standard principles of infection prevention and control

These principles were originally referred to as ‘universal precautions’ and are often referred to as ‘standard precautions’.

To break the chain of infection the standard principles of infection control should be applied, which are:

Hand hygiene.

Correct use of personal protective equipment (gloves, aprons, visors and masks).

Control of the environment, which incorporates:

decontamination (of healthcare equipment and the healthcare environment; management of blood and body fluid spillages);

isolation and cohorting;

respiratory hygiene;

safe management of sharps and splash injuries;

safe sharps practice;

safe disposal of clinical waste;

safe handling of linen and laundry.

The aseptic non-touch technique is included here, as it is essential for infection prevention and control.

Hand hygiene

Washing the hands is the most effective way to prevent the spread of infection. This section is broken down into two subsections: the first covers when to wash the hands and the technique for doing so effectively; the second section discusses hand hygiene equipment, including soap, nailbrushes and hand washbasins.

When and how to clean the hands

WHEN

Hands should be cleaned at the ‘five moments for hand hygiene’:

Before touching a patient.

Before a clean/aseptic procedure.

After exposure to blood/body fluids.

After touching a patient.

After touching a patient’s surroundings.

More broadly speaking, this includes:

Before and after handling invasive devices (moments 1, 2 and 3).

Before and after dressing wounds (moments 1, 2 and 3).

Before and after contact with immunocompromised patients (moments 1 and 4).

After contact with equipment contaminated with blood/body fluid (moment 3).

After contact with blood/body fluid (moment 3).

After handling used laundry and clinical waste (moment 3).

After glove removal (moment 3).

Before leaving the clinical area (moments 4 and 5).

After using the toilet (not specific to healthcare, but essential).

Before and after handling food/drink (not specific to healthcare, but essential).

HOW

Using the six-step technique for hand washing (below) described by Ayliffe et al. (1978) should take approximately 15–20 seconds and allows all surfaces of the hands to be cleaned effectively. The mechanical action of rubbing the hands together is important in hand washing to dislodge bacteria from the skin’s surface.

Hands should be wet before soap is applied in order to get a better lather and spread of the soap and to avoid the irritation that can occur when soap is applied directly to the skin, repeatedly.

Rub hands together palm to palm.

Rub hands together, palm to palm with fingers interlaced.

Rub left hand over right hand with palm of left hand rubbing back of right hand, with fingers interlaced, and then right hand over left hand with palm of right hand rubbing back of left hand, with fingers interlaced.

Rub fingertips of left hand into right palm and fingertips of right hand into left palm.

Rub hands together with backs of fingers to opposing palms.

Grip thumb of left hand with right hand and rub in a rotational manner and then repeat on the other side.

The hands should then be rinsed and dried thoroughly.

Surgical scrubbing/rubbing

Surgical scrubbing/rubbing involves using the six-step technique described above to wash the hands, including the forearms. An antibacterial soap is used and the process takes around two minutes.

Surgical scrubbing/rubbing is essential before donning sterile theatre gowns, gloves, etc.

All hand and wrist jewellery must be removed.

Nailbrushes should not be used but nail picks can be used if the nails appear dirty.

Hand hygiene equipment

SOAP AND WATER

Plain liquid soap and water are adequate for hand washing for the majority of clinical care activities – the technique used to clean the hands is more important than the type of soap used. The six-step technique for hand washing is already discussed. It is also important that hands are washed under running water and not in static water, as the objective is to remove microorganisms from the hands and flush them down the drain; washing hands in static water, i.e. in a hand washbasin with a plug in, does not clean the hands as effectively as washing under running water.

ANTIBACTERIAL SOAPS

Antibacterial soaps are not required for general clinical activity; they are most useful in surgery due to their ability to lower the number of bacteria on the skin to a lower level than washing with plain soap would achieve, plus they have a residual effect, which means that it takes longer for the number of bacteria on the skin to return to normal.

Antibacterial soaps also have a cumulative effect in that the more often they are used, the greater the number of bacteria removed. Subsequently it takes longer for the number of bacteria on the skin to return to normal.

ALCOHOL HANDRUB

Alcohol handrub can be used to decontaminate the hands providing they look and feel clean. It should not be used on hands that are soiled or contaminated, as it will have no effect. Alcohol handrubs sanitise the hands by killing microorganisms on the skin’s surface; they do not remove soil or organic matter from the skin.

Alcohol is a disinfectant and is inactivated by dirt and organic matter. As such, if applied to a soiled or dirty hand it will not have the desired effect.

Alcohol handrub should be applied to all surfaces of the hands and the hands rubbed until dry in order to be effective.

The six-step technique for hand washing should be used when applying alcohol handrub.

After 4–5 applications of alcohol handrub, hands should be washed using soap and water.

Alcohol handrub can be used to clean the hands after removing gloves providing hands look and feel clean.

Alcohol handrub is not reliable against the bacteria and viruses that cause diarrhoea and should not be used whenever patients have diarrhoea symptoms. Hands should be washed with soap and water at these times.

Alcohol handrub should be applied directly to the skin – it should not be applied to gloves. Gloves should be removed and a new set donned. Gloves are single-use items and should not be cleaned and reused under any circumstances.

NAILBRUSHES

Nailbrushes should not be used as they can tear and damage the skin, creating more places for bacteria to accumulate on the hands. If used for theatre scrubbing they should be used once and discarded or returned to sterile services for decontamination before being used again.

SKIN CARE

Any cuts or abrasions on the hands should be covered with a waterproof dressing.

Hand cream should be applied during breaks and when off duty.

Shared tubs or pots of hand cream should not be used, as they can become contaminated and lead to hand contamination. Pump dispensers and tubes are ideal.

Hand creams that make it more difficult to clean the hands after application should not be used.

Hand creams that cause any type of deterioration in glove material should not be used.

HAND ETIQUETTE

Clinical staff should have short clean nails free from dirt, nail varnish, false nails or nail attachments in order that hands can be cleaned effectively. (False nails are known to harbour more bacteria than natural nails.)

BARE BELOW THE ELBOW

It is Department of Health policy in the United Kingdom for clinical staff working with patients to be ‘bare below the elbow’ during clinical care activities, in order that hands can be cleaned most effectively, which is best achieved in the absence of long sleeves and hand and wrist jewellery. A plain metal band (wedding ring) can be worn but should be moved up and down the finger during hand washing in order to cleanse the skin underneath.

HAND WASHBASINS

To support effective hand washing, hand washbasins in clinical areas should have the following features:

Mixer taps.

Elbow/wrist/pedal/knee/sensor-operated taps, i.e. hands-free operation.

No plug and not capable of taking a plug.

No overflow.

The water from the tap should not flow directly into the drainage aperture.

Hand washbasins and taps should be wall mounted, not countersunk.

Hand washbasins in clinical areas should be used exclusively for hand washing, as using them for other activities such as emptying basins and cleaning equipment or crockery allows the sink to become contaminated, which can lead to contamination of the hands during hand washing.

Gloves, aprons, visors and masks – personal protective equipment (PPE)

This section is broken down into smaller sections on general principles of PPE use – gloves, aprons and gowns, masks, visors and goggles, headwear and footwear – and a summary of when to use PPE is included.

General principles

The principles described here apply to all situations and all clinical settings. The term PPE refers to gloves, aprons, gowns, masks, goggles and visors. The appropriate use of PPE is essential for infection control. The benefit of wearing PPE is twofold in that it provides protection to both the wearer and the patient.

Before donning PPE you should risk assess the situation – which items are most appropriate for the task/situation, depending on what you might be exposed to, e.g. blood/other body fluids? Not all items will be required each time.

You should also consider sensitivities and the risk of latex allergy (your infection control team and occupational health department will be able to advise you on local policy).

ORDER OF APPLICATION AND REMOVAL

The order of applying PPE is less critical than the order of removal – remember that when removing PPE each item is contaminated and it is important to take each item off in the correct order for your protection.

PPE should be applied in the following order:

Apron/gown.

Mask.

Goggles.

Gloves.

PPE should be removed in the following order:

Gloves.

Apron/gown.

Goggles.

Mask.

After removing PPE you must wash your hands. This is necessary to ensure that any microorganisms that may have got on to your hands when wearing and removing PPE are not transmitted to other surfaces/patients/staff that you come into contact with.

PPE should be appropriate, fit for purpose and suitable for the person using/wearing it, with supplies located close to the point of use. It is your responsibility to ensure you have what you need, that it fits you properly and you know how to wear/use it.

PPE should be worn only when required and removed when no longer required, with hands washed immediately afterwards.

PPE should not be worn by staff when transferring patients.

Disposable gloves, aprons, gowns and masks are single-use items and their packaging will clearly state this. They should never be reused. They should be removed and disposed of when the task for which they were worn is completed, with hands washed immediately afterwards.

Reusable masks and visors must be cleaned after each use. Soapy water or a detergent wipe may be used unless blood/body fluid contamination has occurred, in which case disinfection with hypochlorite solution at 10 000 parts per million available chlorine strength is required. See the section on spillage management.

Face protection should not be touched whilst being worn as this can lead to hand contamination.

Manufacturer’s guidance on the use of PPE should always be adhered to.

Gloves

CHOOSING

Gloves are a medical device and should be treated as such:

Choose the right size to ensure a good fit in order to avoid friction, excessive sweating, finger and hand muscle fatigue and interference with dexterity.

Check the expiry date of the gloves you use – never use gloves that are out of date (glove material can deteriorate over time and an out of date glove might not perform as well).

Never use disposable latex gloves containing powder (due to the risks associated with aerosolisation and latex allergies).

USING

Gloves should be donned before commencing a procedure where you might come into contact with blood/body fluids/chemicals/therapeutic creams/lotions and as required for the preparation of medications.

Gloves should be changed if they become punctured, damaged or torn, or if damage to the glove is suspected.

Two pairs of gloves should be worn (double gloving) during some exposure prone procedures (EPPs), e.g. orthopaedic and gynaecological procedures.

Gloves should be removed promptly after use (as soon as the procedure is complete) before touching non-contaminated/clean areas/items, environmental surfaces or other persons (including yourself), with hands washed immediately afterwards.

Gloves being worn for a procedure/activity should not be worn to handle or write on charts, or to touch any other communal, clean surfaces.

Gloves should not be decanted from the original box to ensure the expiry date is known and the integrity maintained.

Gloves should never be washed or have alcohol handrub applied to them. Instead, gloves should be removed, hands cleansed and a new pair of gloves donned, if required.

Wearing gloves does not mean that hands do not need to be washed – hands should be washed before donning gloves and after removing them.

Jewellery should not be worn under gloves. Plain metal bands are generally tolerated but stoned rings may tear the glove material and should not be worn during clinical activity.

REMOVING

Care should be taken when removing used gloves to avoid contamination. Holding the wrist end of the glove, pull it down over itself so that it goes inside out as you pull it down your hand. Hold the removed glove in the hand that pulled it down. Now using the ungloved hand, slowly pull the other glove down, inside out, in the same way, over the fingers and the first glove and dispose of them into the clinical waste as a wrapped package.

Gloves should be changed between patients and between procedures on the same patient to prevent cross-contamination.

Torn, punctured or otherwise damaged gloves should not be used and should be removed immediately (safety permitting) if this occurs during a procedure.

Aprons and gowns

CHOOSING

Aprons and gowns should be water repellent and should allow you a full range of movement when worn and not interfere with your clinical activity.

Check expiry dates on sterile gowns before use – never use an out of date gown.

USING

An apron or gown should be worn when contamination of your clothing or uniform might occur.

Disposable aprons and gowns are single-use items and should be disposed of via the clinical waste stream immediately after use.

Disposable, single-use plastic aprons should be worn when there is a risk of contact with blood/body fluids.

An impermeable gown should be worn rather than a plastic apron when there is a risk of significant splashing of body fluids, e.g. in an operating theatre or during invasive procedures.

Disposable long-sleeved gowns should be worn when caring for patients known or

sus

pected to have scabies or any other parasitic skin infestation.

Colour-coded aprons and gowns are often worn for different tasks in a ward setting, e.g. a specific colour may be worn when patients are isolated and another for serving meals –

ensure that you wear the correct colour for the task in hand in accordance with local policy.

Reusable gowns, such as those worn in operating theatres, should be worn once and then laundered. They must be changed between patients.

Disposable aprons and gowns must never be cleaned and reused.

An apron or gown should be worn for one patient and then removed. It may be necessary to change your apron or gown between tasks on the same patient to prevent cross-contamination.

A torn or damaged apron or gown should not be used and should be removed immediately (safety permitting) if this occurs during a procedure.

An apron or gown should be removed as soon as the task for which it was worn is complete, before touching non-contaminated and clean areas, items, environmental surfaces and contact with other patients and staff.

REMOVING

When removing an apron or gown you should avoid touching the most heavily soiled/contaminated areas. You should also take care not to touch your clothing or uniform worn underneath to avoid contamination.

Turn the outer contaminated side of the gown inward, roll the aprons or gown into a ball and dispose of it via the clinical waste stream.

Masks

CHOOSING

A wide range of masks are available: reusable and disposable surgical and FFP3 masks; masks with visors; masks without visors, etc. Make sure you know what is available in your place of work, how to wear it and how to use it – always follow the manufacturer’s guidance on use, make sure each item fits comfortably and check expiry dates.

If there is any possibility that blood, body fluids, medications or fluids of any type may be splashed in your face, you should wear a surgical mask.

If you are caring for someone with an infection that is transmitted via the airborne route, e.g. influenza, and will be performing an aerosol generating procedure such as intubation, oro/nasopharyngeal suctioning, tracheostomy care, chest physiotherapy, bronchoscopy/CPR, etc., you should wear an FFP3 mask.

Manufacturers’ instructions should be adhered to while donning masks to ensure the most appropriate fit and optimum protection.

USING

The purpose of wearing a mask is to prevent splashes from going in your mouth or up your nose. Specialist masks also filter the air you breathe. Torn or damaged masks should not be worn as they may not provide the desired level of protection.

SURGICAL MASKS

These provide a physical barrier against splashes to the mouth and nose. They do not filter the air you inhale and are not an effective barrier for fine aerosol droplets that float through the air and are inhaled. Care should be taken to ensure that surgical masks fit snugly around the nose and chin.

Surgical masks are single-use, disposable items and should be removed when no longer required. They should not be worn around the neck and should be changed when moist/wet/contaminated.

FILTERING FACEPIECE MASKS (FFP MASKS)

These provide a physical barrier against splashes to the mouth and nose and also filter the air you inhale. They are capable of filtering fine aerosols. FFP3 masks are the mask of choice, providing a higher level offiltration than FFP2 masks.

FFP3 masks should be worn when aerosolising procedures are underway with patients with infections transmitted via the airborne route, e.g. influenza, tuberculosis, etc. They must be fitted to ensure the best possible fit on to your face. A ‘fit test’ should be carried out to check how well the mask fits (Box 1).

Box 1 Fit test for masks

FFP3 mask fit testing

Fit testing is a one-off test but should be repeated if facial shape changes/following significant weight gain/loss.

FFP3 fit testing is a legal requirement.

The wearer must achieve an adequate fit with each specific model of FFP3.

Factors affecting face seal

Jewellery – may need to be removed.

Facial markings, e.g. scar/mole.

Safety or prescription glasses (should be worn during fit test).

Facial hair. A small goatee or beard than will be covered by the mask may be okay, otherwise staff must be clean shaven for a proper fit and face seal. Otherwise, those with facial hair should shave/do not perform aerosolising procedures/use a hood with powered extraction.

Carry out a fit check before the fit test

Cover the mask surface with flat hands. For valved masks inhale sharply and for unvalved masks exhale sharply. If leaks around the seal are detected, correctly fit the mask before entering a hazardous area.

REMOVING

When removing disposable masks the outer contaminated side of the mask should be turned inward upon removal and the masks disposed of via the clinical waste stream.

Visors and goggles (eye protection), headwear and footwear

CHOOSING

Goggles should protect you against splashes to your eyes. They should wrap around the eye area to ensure side areas are protected.

Visors may be worn instead of a mask and goggle combination when there is a high risk of splattering or spray of blood or other body fluids.

USING

Visors/goggles should be worn to protect the eyes whenever there is a risk of splashing to the face. They should be removed when no longer required.

Visors/goggles should be worn during aerosol generating procedures (intubation, oro/nasopharyngeal suctioning, tracheostomy care, chest physiotherapy, bronchoscopy/cardiopulmonary resuscitation).

Visors/goggles should be worn by all theatre staff directly participating in an invasive procedure where there is a risk of splashing to the face.

Torn or otherwise damaged face protection should not be used and should be removed immediately (safety permitting) if this occurs during a procedure.

REMOVING

Remove goggles/visors promptly after use, avoiding contact with most likely contaminated areas, e.g. the front surface. This should be done by handling the straps/ear loops/goggle legs only (manufacturers’ instructions should be followed).

HEADWARE

Theatre hats should be worn in theatres, sterile services departments and clean rooms. They should cover the hair entirely and should be changed between sessions or if contaminated with blood or body fluids.

FOOTWARE

Footwear should be clean and well maintained. It should support and cover the whole foot to protect from dropped sharps and blood/body fluid spillages. Footwear dedicated to a specific clinical area, such as theatre, should be removed before leaving that area.

Summary of when to use PPE

The guidance contained within Table 1