This website is intended for Medical Professionals only. By using this site you confirm that you are a healthcare professional.

News
Could a less sedentary lifestyle help to ... The effects on osteoporosis of prolonged periods of sitting – ... (13 Jan 2019)
Treat vitamin D deficiency to prevent deadly ... Vitamin D supplements have been found to reduce the risk of ... (13 Jan 2019)
Even moderate alcohol consumption is a risk ... A new study published in HeartRhythm reports that regular ... (13 Jan 2019)
Are Your Facebook Friends Making You Feel ... Research published in Heliyon finds that Facebook users who ... (13 Jan 2019)
High intake of dietary fibre and whole ...   High intake of dietary fibre and whole grains associated ... (13 Jan 2019)
Thursday, 22 June 2017 12:17

Flights can make aircrew sick, Stirling study suggests Featured

Rate this item
(1 Vote)

Flying a plane should come with a health warning, according to research led by the University of Stirling. A new study, published in the World Health Organisation journal Public Health Panorama, is the first of its kind to look in-depth at the health of aircrew who are suspected to have been exposed to contaminated air during their careers.

pilotsIt shows a clear link between being exposed to air supplies contaminated by engine oil and other aircraft fluids, and a variety of health problems.
Adverse effects in flight are shown to degrade flight safety, with the impact on health ranging from short to long-term.
The scientists confirmed a cohort of more than 200 aircrew had been exposed to a number of substances through aircrafts’ contaminated air and reveal a clear pattern of acute and chronic symptoms, ranging from headaches and dizziness to breathing and vision problems.
Dr Susan Michaelis, of the University of Stirling’s Occupational and Environmental Health Research group, said: “This research provides very significant findings relevant to all aircraft workers and passengers globally.
“There is a clear cause-and-effect relationship linking health effects to a design feature that allows the aircraft air supply to become contaminated by engine oils and other fluids in normal flight. This is a clear occupational and public health issue with direct flight-safety consequences."
The experts conducted two independent surveys to review the circumstances and symptoms of aircrew working in the pressurised air environment of aircraft. The symptoms were confirmed using medical diagnoses.
One test looked at pilots’ health and showed 88% were aware of exposure to aircraft contaminated air. Almost 65% reported specific health effects, while 13% had died or experienced chronic ill health.
The other test looked at specific oil leak incidents: 80% involved fumes only and all of the events took place when the aircraft was preparing for, or in, flight.
Two-thirds of the incidents involved further reports of fumes both before and after the incident. 93% of the incidents involved symptoms ranging from in-flight impairment to incapacitation and almost 75% included adverse symptoms in more than one crew member, with anywhere between 10 and 23 different symptoms reported in relation to 47% of events.
87% of the incidents confirmed oil leakage from the engines during subsequent maintenance investigations.
Professor Vyvyan Howard, Professor of Pathology and Toxicology at the University of Ulster, added: "What we are seeing here is aircraft crew being repeatedly exposed to low levels of hazardous contaminants from the engine oils in bleed air, and to a lesser extent this also applies to frequent fliers.
“We know from a large body of toxicological scientific evidence that such an exposure pattern can cause harm and, in my opinion, explains why aircrew are more susceptible than average to associated illness. However, exposure to this complex mixture should be avoided also for passengers, susceptible individuals and the unborn."
More than 3.5 billion passengers and 500,000 aircrew were exposed to low levels of engine oils in 2015. Unfiltered breathing air is supplied to aeroplane cabins via the engine compressor.


Source: University of Stirling
Full bibliographic information:
Public Health Panorama - Volume 3, Issue 2, June 2017 - Original research - Aerotoxic syndrome: a new occupational disease?, Susan Michaelis, Jonathan Burdon, C. Vyvyan Howard.

Read 2307 times

Latest news

Highlights

  • WASP - Writing A Scientific Paper

    Quantitative Statistical Analysis
    3-5th April 2019 @ Malta Life Sciences Park
    San Gwann, Malta
    Endorsed by EBCOG and MIPS

    The Write a Scientific Paper (WASP) is an intensive 3 day course that covers all aspects pertaining to writing a scientific paper: from proposal to data protection, data gathering, analysis, writing, dealing with editors and presenting one's research. WASP's uniqueness is its breadth, particularly the statistical analysis sections which are explained in an extremely simple manner.

    Written on December 21, 2018 Read more...
  • FULL TIME MEDICAL REPRESENTATIVE

    A new vacancy has arisen within the Healthcare Division of the Company for a Full Time Medical Representative. Click here for more information.

    Written on December 12, 2018 Read more...

Join

Connect with other Medical Professionals on fb in a closed facebook group

Login

Top
We use cookies to improve our website. By continuing to use this website, you are giving consent to cookies being used. More details…