Results for Special Funding Round COVID-19


Can mobile robotic telepresence help clinicians safely deliver care to ED patients?

COVID-19 has impacted healthcare provision in Australian emergency departments (EDs). Infection control precautions, including isolation of patients with respiratory symptoms and methodical use of Personal Protective Equipment (PPE), are of paramount importance to reduce the risk of transmission within the healthcare setting.

Patients presenting to Australian EDs with epidemiological or clinical features suggesting risk of COVID-19 illness are isolated into a physically separate, high risk-zone (HRZ) within the ED. Entry into HRZ is restricted to essential staff wearing appropriate personal PPE. Consequently, interactions between patients and clinicians, particularly allied health, are limited.

Mobile robotic telepresence (MRT) has the potential to maintain quality of care while facilitating contactless communication between patients and staff in the HRZ and the external multidisciplinary team. MRT is a wifi-enabled wheeled devices with audio-video capabilities controlled remotely by a clinician. This study aims to determine the feasibility of using MRT to support clinical care in the HRZ of the ED.

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SARS-CoV2 infection and immunity in frontline hospital staff during the COVID-19 pandemic

Health workers are at increased risk of exposure and infection with severe acute respiratory syndrome coronavirus 2 (SARS-CoV2). The implications of healthcare worker infection are wide-reaching and impact not only the worker, but also have implications for nosocomial spread in the pre-symptomatic phase and depletion of the skilled workforce required to manage an increased volume of presentations.

Front-line health care workers represent a unique cohort to follow for trends in SARS-CoV-2 infection, immune response and antibody production as well as monitoring for re-infection. Understanding the implications of staff infection on the potential for long-lasting immunity is of key significance to staff and leaders of EDs. Equally, understanding of asymptomatic staff infection can inform policy regarding routine screening of staff to minimise the risk of nosocomial spread to other staff and patients.

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Patterns of QLD ED presentations for older adults in three time periods: pre, peri and post COVID-19

Since COVID-19 was declared a pandemic by the World Health Organization (WHO), the elderly population globally have been identified as a vulnerable group, yet there is limited literature exploring the effect of pandemics on Emergency Department (ED) presentations in this cohort.

Healthcare systems have rapidly adapted and made changes to prepare for a potential healthcare crisis that has largely targeted our frail older population. The impact of the pandemic and changes in health care delivery need to be evaluated, to ensure the measures taken did not have unforeseen negative consequences and subsequent positive consequences.

This research aims to describe the clinical profiles, patterns of presentations and factors associated with outcomes of patients, aged 60 years and over, presenting to Queensland EDs before, during and after the COVID-19 pandemic. The results of this study will assist clinicians and policymakers to better respond to the challenges of acute care provision for this complex population during future pandemics.

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Comparison of respiratory supports in the mitigation or exacerbation of environmental droplet contamination following coughing

COVID-19 is an infectious respiratory pathogen with significant capacity to spread within the healthcare environment which has been highlighted by the number of healthcare staff internationally that have died or suffered significant morbidity through transmission while caring for patients. Guidelines recommend distancing between healthcare staff and patients and the need for personal protective equipment (PPE).

The majority of hospitalised and unwell patients with COVID-19 will receive some type of respiratory support, however very little is known in regard to how differing devices mitigate or exacerbate spread of respiratory droplets during coughing. Inadequate information has led to restrictions on certain types of therapies being offered to patients at risk for COVID-19. This study aims to clarify the extent of environmental contamination from droplet spread during coughing and the effect of different types of standard respiratory support on this.

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The COVERED COVID study: Comprehensive Outcomes that VERify the impact on EDs from COVID-19

Reports worldwide indicate there has been a change in the cohort of patients seen within hospital emergency departments (EDs) during COVID-19, with fewer presentations for non-COVID symptoms, such as chest pain.

This study will evaluate the impact of COVID-19 on Queensland EDs by reviewing the number and nature of patient presentations, and generate a comprehensive statewide evidence-base to understand and manage patients who require emergency care during a global pandemic. It is expected that results will inform future management strategies and guiding documents generated in the event of a ‘second wave’, or other large scale disaster.

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Improving jellyfish sting treatment

EMF funding is improving emergency care for the elderly

Trauma: better treatment for severe bleeding

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