Non-interventional study evaluating exposure to inhaled, low-dose methoxyflurane experienced by hospital emergency department personnel in France

ObjectivesLow-dose methoxyflurane is a non-opioid, inhaled analgesic administered via the Penthrox inhaler and was recently licensed in Europe for emergency relief of moderate-to-severe trauma-associated pain in conscious adults. This non-interventional study investigated occupational exposure to me...

Full description

Bibliographic Details
Main Authors: John Frangos, Anissa Belbachir, Sandrine Dautheville, Christiane Jung, Key Herklotz, Freya Amon, Sara Dickerson, Berangere Chomier
Format: Article
Language:English
Published: BMJ Publishing Group 2020-02-01
Series:BMJ Open
Online Access:https://bmjopen.bmj.com/content/10/2/e034647.full
id doaj-3fe430018a074d09b5b848592c7a1e6a
record_format Article
spelling doaj-3fe430018a074d09b5b848592c7a1e6a2021-07-31T15:31:36ZengBMJ Publishing GroupBMJ Open2044-60552020-02-0110210.1136/bmjopen-2019-034647Non-interventional study evaluating exposure to inhaled, low-dose methoxyflurane experienced by hospital emergency department personnel in FranceJohn Frangos0Anissa Belbachir1Sandrine Dautheville2Christiane Jung3Key Herklotz4Freya Amon5Sara Dickerson6Berangere Chomier71 CDM Smith Inc, Melbourne, Victoria, Australia2 Emergency Department, Hospital Cochin, Paris, Île-de-France, France3 Emergency Department, Hospital Tenon, Paris, Île-de-France, France4 CDM Smith Consult GmbH, Frankfurt, Germany4 CDM Smith Consult GmbH, Frankfurt, Germany1 CDM Smith Inc, Melbourne, Victoria, Australia5 Medical Affairs, Mundibiopharma Limited, Cambridge, UK6 Mundipharma France, Paris, Île-de-France, FranceObjectivesLow-dose methoxyflurane is a non-opioid, inhaled analgesic administered via the Penthrox inhaler and was recently licensed in Europe for emergency relief of moderate-to-severe trauma-associated pain in conscious adults. This non-interventional study investigated occupational exposure to methoxyflurane in the hospital emergency department (ED) personnel during routine clinical practice.Setting and participantsThe study was conducted in two hospital ED triage rooms in France over a 2-week and 3-week period, respectively. Low-dose methoxyflurane analgesia was self-administered by patients via the inhaler under the supervision of nursing staff, per routine clinical practice. An organic vapour personal badge sampler was attached to the uniform of the nurses working in the treatment rooms throughout an 8-hour shift (total of 140 shifts during the study period). Seven-day ambient air monitoring of each treatment room was also performed. Methoxyflurane levels adsorbed in each badge sampler were measured by a central laboratory. The primary objective was to evaluate methoxyflurane exposure experience by the hospital ED nurses during an 8-hour shift.ResultsIn 138 badge samplers, the median (range) concentration of methoxyflurane present following 8-hour nursing shifts was 0.017 (0.008, 0.736) ppm. This level was almost 900-fold lower than the previously reported 8-hour-derived maximal exposure level of 15 ppm; methoxyflurane exposure approaching this threshold was not documented in any badges. There was no correlation between the number of applications of low-dose methoxyflurane administered during a shift (range 0–5) and the vapour exposure measured on the personal badge samplers.ConclusionsThis study indicates that nurses working in hospital EDs experience very low levels of occupational exposure to methoxyflurane vapour during routine clinical practice. These real-world data can provide reassurance to healthcare providers supervising patients receiving low-dose methoxyflurane analgesia via a Penthrox inhaler; further studies may inform exposure in other hospital ED settings.https://bmjopen.bmj.com/content/10/2/e034647.full
collection DOAJ
language English
format Article
sources DOAJ
author John Frangos
Anissa Belbachir
Sandrine Dautheville
Christiane Jung
Key Herklotz
Freya Amon
Sara Dickerson
Berangere Chomier
spellingShingle John Frangos
Anissa Belbachir
Sandrine Dautheville
Christiane Jung
Key Herklotz
Freya Amon
Sara Dickerson
Berangere Chomier
Non-interventional study evaluating exposure to inhaled, low-dose methoxyflurane experienced by hospital emergency department personnel in France
BMJ Open
author_facet John Frangos
Anissa Belbachir
Sandrine Dautheville
Christiane Jung
Key Herklotz
Freya Amon
Sara Dickerson
Berangere Chomier
author_sort John Frangos
title Non-interventional study evaluating exposure to inhaled, low-dose methoxyflurane experienced by hospital emergency department personnel in France
title_short Non-interventional study evaluating exposure to inhaled, low-dose methoxyflurane experienced by hospital emergency department personnel in France
title_full Non-interventional study evaluating exposure to inhaled, low-dose methoxyflurane experienced by hospital emergency department personnel in France
title_fullStr Non-interventional study evaluating exposure to inhaled, low-dose methoxyflurane experienced by hospital emergency department personnel in France
title_full_unstemmed Non-interventional study evaluating exposure to inhaled, low-dose methoxyflurane experienced by hospital emergency department personnel in France
title_sort non-interventional study evaluating exposure to inhaled, low-dose methoxyflurane experienced by hospital emergency department personnel in france
publisher BMJ Publishing Group
series BMJ Open
issn 2044-6055
publishDate 2020-02-01
description ObjectivesLow-dose methoxyflurane is a non-opioid, inhaled analgesic administered via the Penthrox inhaler and was recently licensed in Europe for emergency relief of moderate-to-severe trauma-associated pain in conscious adults. This non-interventional study investigated occupational exposure to methoxyflurane in the hospital emergency department (ED) personnel during routine clinical practice.Setting and participantsThe study was conducted in two hospital ED triage rooms in France over a 2-week and 3-week period, respectively. Low-dose methoxyflurane analgesia was self-administered by patients via the inhaler under the supervision of nursing staff, per routine clinical practice. An organic vapour personal badge sampler was attached to the uniform of the nurses working in the treatment rooms throughout an 8-hour shift (total of 140 shifts during the study period). Seven-day ambient air monitoring of each treatment room was also performed. Methoxyflurane levels adsorbed in each badge sampler were measured by a central laboratory. The primary objective was to evaluate methoxyflurane exposure experience by the hospital ED nurses during an 8-hour shift.ResultsIn 138 badge samplers, the median (range) concentration of methoxyflurane present following 8-hour nursing shifts was 0.017 (0.008, 0.736) ppm. This level was almost 900-fold lower than the previously reported 8-hour-derived maximal exposure level of 15 ppm; methoxyflurane exposure approaching this threshold was not documented in any badges. There was no correlation between the number of applications of low-dose methoxyflurane administered during a shift (range 0–5) and the vapour exposure measured on the personal badge samplers.ConclusionsThis study indicates that nurses working in hospital EDs experience very low levels of occupational exposure to methoxyflurane vapour during routine clinical practice. These real-world data can provide reassurance to healthcare providers supervising patients receiving low-dose methoxyflurane analgesia via a Penthrox inhaler; further studies may inform exposure in other hospital ED settings.
url https://bmjopen.bmj.com/content/10/2/e034647.full
work_keys_str_mv AT johnfrangos noninterventionalstudyevaluatingexposuretoinhaledlowdosemethoxyfluraneexperiencedbyhospitalemergencydepartmentpersonnelinfrance
AT anissabelbachir noninterventionalstudyevaluatingexposuretoinhaledlowdosemethoxyfluraneexperiencedbyhospitalemergencydepartmentpersonnelinfrance
AT sandrinedautheville noninterventionalstudyevaluatingexposuretoinhaledlowdosemethoxyfluraneexperiencedbyhospitalemergencydepartmentpersonnelinfrance
AT christianejung noninterventionalstudyevaluatingexposuretoinhaledlowdosemethoxyfluraneexperiencedbyhospitalemergencydepartmentpersonnelinfrance
AT keyherklotz noninterventionalstudyevaluatingexposuretoinhaledlowdosemethoxyfluraneexperiencedbyhospitalemergencydepartmentpersonnelinfrance
AT freyaamon noninterventionalstudyevaluatingexposuretoinhaledlowdosemethoxyfluraneexperiencedbyhospitalemergencydepartmentpersonnelinfrance
AT saradickerson noninterventionalstudyevaluatingexposuretoinhaledlowdosemethoxyfluraneexperiencedbyhospitalemergencydepartmentpersonnelinfrance
AT berangerechomier noninterventionalstudyevaluatingexposuretoinhaledlowdosemethoxyfluraneexperiencedbyhospitalemergencydepartmentpersonnelinfrance
_version_ 1721246712938364928