Skip to content

Search

New research prepares for COVID-19 vaccine roll-out

As the world waits for a COVID-19 vaccine Perth researchers are getting one step ahead – embarking on a new study designed to prepare parents and government for a potential Australia-wide vaccination program.

Antiviral drug shown to speed up COVID-19 recovery

An international research collaboration, including The Kids Research Institute Australia infectious disease specialist Tobias Kollmann, has shown that the antiviral drug Interferon can speed up the recovery of COVID-19 patients.

BHP commits $2.6 million to research focused on stopping COVID-19 spread

Researchers from The Kids Research Institute Australia will lead a world first trial to test the effectiveness of the drug interferon in stopping outbreaks of COVID-19 by reducing the infectiousness of people who contract the virus.

Home participation resource for children with disability and complex needs

For families with a child with disability, this involves many extra care duties especially if their child has high and complex needs.

Tips for discussing coronavirus with your kids

The rapidly developing coronavirus crisis is affecting our daily lives in unprecedented ways and brings with it uncertainty and fear.

COVID-19 information

The situation with COVID-19 is constantly evolving, and there is an extraordinary amount of information circulating which can be both overwhelming and difficult to navigate.

What parents should know about coronavirus

Schools are issuing restrictions around attendance after travel overseas due to coronavirus. Here's how to prepare your kids against the spread of infectious disease on their return to school.

Perth researchers lead world-first clinical trial in Chile to stop COVID-19 outbreaks

Perth researchers are leading an international clinical trial focused on preventing the spread of COVID-19 by testing the effectiveness of the drug interferon in reducing the infectiousness of people who contract the virus.

Analysis of Adherence Junctions in Rhinovirus-Infected Airway Epithelial Cells

The airway mucosal epithelium is the main gateway of entry for numerous human respiratory viruses, including human influenza virus, respiratory syncytial virus, coronavirus, and rhinoviruses. For respiratory viruses to perpetuate infection, they must be able to traverse the airway mucosal epithelium and then spread into distal sites of the respiratory tract and lung parenchyma.

Investigation of Differentiated Nasal Epithelial Responses to Infection with Clinical Isolates of Rhinovirus A and C

The nasal epithelium is the primary point of contact for inhaled respiratory viruses such as rhinovirus, respiratory syncytial virus, influenza, and coronavirus, among others. In order to establish infection, these viruses must engage their respective receptors located on host epithelial cells and begin replication.