Ver oportunidades
Iniciar sesión
Tu espacio de trabajo Guarda oportunidades y haz seguimiento del avance de tus solicitudes.
Doctorado Activo Inglés
Verificado Fuente oficial

Detalles de la oportunidad

Developing 3D printed lung models

Tipo de puesto
Doctorado
Fecha de publicación
October 11, 2026
Área de investigación
Medicine
Correo de contacto
huixin.ong@mq.edu.au
Los detalles de la fuente pueden ser limitados

Algunos detalles estructurados en Opportunità pueden estar todavía incompletos. Lee la página oficial de la universidad antes de solicitar.

Resumen de Explicify

Resumen de la oferta

The Woolcock Institute of Medical Research in Sydney, Australia, invites applications for a PhD focused on developing 3D‑printed lung models. The project aims to create a physiologically relevant artificial respiratory system that combines airway replicas with 3D bioprinting, enabling in‑vitro assessment of pharmacokinetics and pharmacodynamics for inhaled therapeutics. Researchers will also validate the model by comparing new inhalation therapies against industry‑approved testing methods. The role offers a salary and is open to candidates with a strong background in respiratory research, bioprinting, or related fields. Interested applicants should contact Dr Hui Xin Ong at huixin.ong@mq.edu.au for more information.

Generado a partir del contenido almacenado de la oferta. Confirma siempre los detalles en la publicación oficial.

Descripción del proyecto

Inhaled therapies have been a cornerstone in the treatment of patients living with chronic respiratory diseases. While there has been significant progress and research activity within the field of inhalation therapy, only a handful of new inhaled products have successfully progressed to market.

The failure to translate promising inhaled drugs to the clinic will continue to exist due to the absence of a predictive in vitro platform that could accurately mimic the physiological conditions and inhalation processes of the respiratory tract.

We aim to develop an artificial respiratory model that integrates airway replicas with 3D bioprinting as a physiologically relevant platform to assess the pharmacokinetics and pharmacodynamics of novel inhalation therapeutics in vitro. Additionally, the study will also validate the use of the model by testing different inhalation therapies and comparing them to industry-approved testing methodologies.

If you are interested in applying for this PhD opportunity and would like more information, please contact Dr Hui Xin Ong at huixin.ong@mq.edu.au.


Contacto académico

Dr Hui Xin Ong huixin.ong@mq.edu.au
Last Update Woolcock Institute of Medical Research woolcock.org.au
Volver arriba
0%