6 results match your criteria: "Level 8 Royal Darwin Hospital[Affiliation]"

The impact of perceived heat stress symptoms on work-related tasks and social factors: A cross-sectional survey of Australia's Monsoonal North.

Appl Ergon

January 2020

National Critical Care and Trauma Response Centre, Level 8 Royal Darwin Hospital, Rocklands Drive, Tiwi, 0810, NT, Australia; Thermal Hyperformance, PO Box 1356, Howard Springs, 0835, NT, Australia; Northern Institute, Charles Darwin University, Darwin, NT, 0909, Australia. Electronic address:

Heat poses a significant occupational hazard for labour-intensive workers in hot and humid environments. Therefore, this study measured the prevalence of heat-stress symptoms and impact of heat exposure on labour-intensive industries within the Monsoonal North region of Australia. A cohort of 179 workers completed a questionnaire evaluating environmental exposure, chronic (recurring) and/or severe (synonymous with heat stroke) symptoms of heat stress, and impact within work and home settings.

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Are Recommended Heat Stroke Treatments Adequate for Australian Workers?

Ann Work Expo Health

March 2019

National Critical Care and Trauma Response Centre, Level 8 Royal Darwin Hospital, Darwin NT, Australia.

Workers that combine physical exertion with exposure to hot conditions are susceptible to heat-related illnesses, including heat stroke. Despite recognition of cold water immersion as the heat stroke treatment of choice in the peer-reviewed literature, it was not included within recommended treatments of leading Australian healthcare training organizations and was omitted from Safe Work Australia's recently updated 'Managing the risks of working in heat' guidance material. On this basis, the guidance material appears an opportunity lost to assist Australian industry transition their heat stroke management to reflect the evidence.

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Burn injury as a result of interpersonal violence in the Northern Territory Top End.

Burns

August 2019

National Critical Care and Trauma Response Centre, Level 8 Royal Darwin Hospital, 105 Rocklands Drive, Tiwi, NT, 0810, Australia.

Aim: To describe the demographics, circumstances, burn wound characteristics and current tertiary centre management of interpersonal violence (IPV) burn victims in the Northern Territory Top End. It is anticipated that such knowledge gained will be of benefit to key stakeholders across the spectrum of injury prevention and management in this region.

Methods: All adult admissions to the Royal Darwin Hospital (RDH) during 2010-2015 were identified through the Burns Registry of Australia and New Zealand.

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Background: While factors including remoteness, alcohol consumption, age and Indigenous ethnicity are well-documented associations of trauma mortality, less is known of trauma seasonality. This is particularly relevant to Australia's Northern Territory, with its tropical regions experiencing a climate of wet (hot and humid) and dry (warm) seasons annually. The aim of this study was to therefore, examine the characteristics of trauma mortality in the Top End, Northern Territory, Australia.

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Influence of Chronic Heat Acclimatization on Occupational Thermal Strain in Tropical Field Conditions.

J Occup Environ Med

December 2016

National Critical Care and Trauma Response Centre, Level 8 Royal Darwin Hospital (Dr Brearley), Tiwi, NT, Australia; World Health Organisation (Dr Norton), Geneva, Switzerland; Queensland Fire and Emergency Services (Mr Rush, Mr Smith), Cannon Hill, Queensland; Northern Territory Fire and Rescue Service (Mr Hutton), Darwin, Northern Territory; Menzies School of Health Research (Ms Ward), Tiwi, Northern Territory; Princess Alexandra Hospital (Dr Fuentes), Woolloongabba, Queensland, Australia.

Objective: To examine whether non-heat acclimatized (NHA) emergency responders endure greater physiological and perceptual strain than heat acclimatized (HA) counterparts in tropical field settings.

Methods: Eight HA and eight NHA men urban search and rescue personnel had physiological and perceptual responses compared during the initial 4 hours shift of a simulated disaster in tropical conditions (ambient temperature 34.0 °C, 48% relative humidity, wet bulb globe temperature [WBGT] 31.

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Water immersion for post incident cooling of firefighters; a review of practical fire ground cooling modalities.

Extrem Physiol Med

October 2015

Discipline of Sports Studies, Faculty of Health, UC Research Institute for Sport and Exercise, University of Canberra, Canberra, ACT 2601 Australia ; Australian Capital Territory Fire and Rescue, Amberley Avenue, Fairbairn Business Park, Majura, ACT 2609 Australia.

Rapidly cooling firefighters post emergency response is likely to increase the operational effectiveness of fire services during prolonged incidents. A variety of techniques have therefore been examined to return firefighters core body temperature to safe levels prior to fire scene re-entry or redeployment. The recommendation of forearm immersion (HFI) in cold water by the National Fire and Protection Association preceded implementation of this active cooling modality by a number of fire services in North America, South East Asia and Australia.

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