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Enrolling by invitationPHASE4INTERVENTIONAL

Prehospital Inhaled Methoxyflurane Non-Clinical Occupational Exposure Study

This study is investigating whether paramedics are exposed to too much of a pain-relief medicine called methoxyflurane while treating patients. Methoxyflurane is an inhaled gas that quickly eases pain, often used in emergencies. Even though the inhaler has a filter to catch exhaled gas, paramedics working in small spaces like ambulances might still breathe in some. This study will involve healthy volunteers in a mock ambulance setting to measure how much methoxyflurane is present. The aim is to understand the risks for paramedics, especially if they use it multiple times in one shift, and to develop safe guidelines for its use to protect both patients and healthcare workers.

At a glance

Status
Enrolling by invitation
Phase
PHASE4
Sponsor
Ottawa Hospital Research Institute
Enrolment target
30
Start
01 Sep 2023
Estimated completion
30 Sep 2024

What is this study about?

Imagine you're in a lot of pain after an accident, and a paramedic offers you a quick-acting inhaler that eases it in minutes. That's what methoxyflurane does – it's a gas you breathe in that quickly helps with pain, and it's been used safely in countries like Australia and New Zealand for many years. It's given through a small, hand-held device, and the patient breathes it in themselves.

While this medicine is great for patients, there's a question about how safe it is for the paramedics giving it. Even though the inhaler has a special filter to catch most of the exhaled gas, paramedics work in small, enclosed spaces like the back of an ambulance. This means they might breathe in small amounts of the gas themselves. We want to find out how much they might be exposed to, especially if they use it several times during a shift.

This study is important because it will help us create clear rules for how paramedics can safely use methoxyflurane. We need to make sure that while patients are getting effective pain relief, the healthcare workers looking after them are also protected from any potential risks. By understanding the levels of exposure, we can ensure that guidelines are put in place that benefit everyone.

Key takeaways

  • This study is about protecting paramedics' health while they provide pain relief.
  • It measures air levels of methoxyflurane in a simulated ambulance.
  • Healthy volunteers are needed, aged 18 and over.
  • You will not be given the medicine, just help with environmental measurements.
  • The results will help create safer guidelines for paramedics.

Who may be eligible?

This study is looking for healthy adults aged 18 or older to take part. To be suitable, you can't have certain health conditions.

Specifically, you won't be able to join if you have a history of serious liver, kidney, heart, or lung problems. If you've had an allergic reaction to methoxyflurane before, or if anyone in your close family has a history of a condition called malignant hyperthermia, you can't take part. You also shouldn't be pregnant, breastfeeding, or have used methoxyflurane in the last three months. Finally, if you're taking any medicines that could harm your kidneys, you won't be eligible. Don't worry, all these checks will be done through your medical history and some blood tests.

Could this study suit you?

Answer these quick questions to see if you may be eligible. This is a guide only — the research team makes the final call.

  1. Are you 18 years old or older?
  2. Do you have a history of serious liver, kidney, heart, or lung problems?
  3. Are you currently pregnant or breastfeeding?
  4. Have you used methoxyflurane in the last 3 months?
  5. Are you taking any medications that could potentially harm your kidneys?
Answer every question to see your result.

What does participation involve?

If you join this study, you'll be asked to come to a controlled laboratory setting, which will be set up like the back of an ambulance. You'll go through a specific set of actions within this space. While you're there, special sensors will be placed around the ambulance to measure any methoxyflurane gas in the air. The study will involve a single visit, and you won't be receiving the methoxyflurane pain relief yourself; instead, you'll be helping us understand how the gas spreads in the environment.

Potential risks and benefits

The main benefit of this study is that it will help improve the safety of paramedics who use methoxyflurane to treat patients. This research will provide crucial information to develop safer working guidelines for them. As you won't be given methoxyflurane, the risks are minimal, but you will undergo health screening, including blood tests, and spend time in a confined space. You have the right to withdraw from the study at any time, for any reason, without it affecting your care or your relationship with medical professionals.

Locations (1)

  • Dr Michael A Austin
    Verified postcode
    Ottawa, Canada

Common questions

What is methoxyflurane?

Methoxyflurane is a type of gas that's breathed in to provide quick pain relief, often used in emergencies.

Why is this study being done?

The study aims to measure how much methoxyflurane paramedics might breathe in when treating patients in tight spaces like ambulances, to ensure their safety.

Will I receive methoxyflurane in this study?

No, you will not receive methoxyflurane. You'll be helping researchers measure air quality in a simulated ambulance environment.

Who can volunteer for this study?

Healthy adults aged 18 or older, without certain medical conditions or drug interactions, can volunteer.

What will happen during the study visit?

You'll be in a mock ambulance setting while air sensors collect data. You'll follow specific instructions during this time.

How to find out more

Always speak to your GP or specialist before deciding to take part in a study.

Interested in taking part?

Register your interest

Share your details and the research team for "Prehospital Inhaled Methoxyflurane Non-Clinical Occupational…" will contact you if you may be eligible. Always speak to your GP before agreeing to take part.

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