Posted: 24 May 2024
At a Glance:
- Emerging treatments for muscle, kidney and heart diseases will be among the stem cell projects showcased at the reNEW Annual Scientific Meeting.
- MCRI Director Professor Kathryn North AC will open the event, welcoming international researchers and stakeholders to Murdoch Children’s Research Institute (MCRI).
- Guests will include Novo Nordisk Foundation Cellerator CEO Dr Thomas Carlsen, Novo Nordisk Foundation Scientific Manager Dr Isabella Samuelson, as well as San Francisco’s Gladstone Institutes President Professor Deepak Srivastava and NSW’s Children’s Medical Research Institute Deputy Director Professor Patrick Tam.
- The showcase will highlight the breadth and success of stem cell research being conducted at the Melbourne node of reNEW, based at MCRI.
Emerging treatments for muscle, kidney and heart diseases will be among the stem cell projects showcased at the Annual Scientific Meeting of the Novo Nordisk Foundation Center for Stem Cell Medicine in Melbourne.
The Novo Nordisk Foundation Center for Stem Cell Medicine, reNEW, is an international consortium that aims to harness human stem cells to improve drug development, develop regenerative therapies and advance gene editing to correct genetic errors that lead to disease.
reNEW’s annual scientific meetings provide a platform for updates on research progress and opportunities for fostering collaborations.
This year’s meeting will be held in Melbourne with Murdoch Children’s Research Institute (MCRI) hosting international researchers and stakeholders at the opening event on May 27. It will showcase MCRI’s world leading stem cell medicine research, led by Professor Enzo Porrello, Director of the Melbourne node of reNEW.
Project highlights include:
- Professor Porrello’s research engineering stem cells into heart tissue to potentially delay or prevent the need for heart transplants
- Associate Richard Mills’ lab-grown muscle tissue to explore potential treatments for muscle weakness conditions
- Dr Jessica Vanslambrouck’s new method for growing models of kidney tissue in the lab which better resemble human kidneys
Many of the reNEW Melbourne research projects are underpinned by PREPARE, an interdisciplinary research team that bridges the gap between research, clinical practice, regulatory and commercial sectors and the general public.
MCRI Director Professor Kathryn North AC will open the event, welcoming researchers from across reNEW Leiden, based at the Leiden University Medical Center and reNEW Copenhagen, based at the University of Copenhagen.
Guests will include Novo Nordisk Foundation Cellerator CEO Dr Thomas Carlsen, Novo Nordisk Foundation Scientific Manager Dr Isabella Samuelson, as well as San Francisco’s Gladstone Institutes President Professor Deepak Srivastava and NSW’s Children’s Medical Research Institute Deputy Director Professor Patrick Tam.
The event will also be attended by reNEW’s Scientific Advisory Committee, eminent scientists and clinicians from across the world with expertise in all aspects of stem cell medicine, including commercial development, clinical translation, ethics and policy.
reNEW CEO and MCRI Chief Scientist Professor Melissa Little AC said: “The showcase will be an incredible opportunity to gather our international researchers and experts in one room and highlight the breadth and success of stem cell research being conducted at reNEW Melbourne, based at MCRI.
“The event will also demonstrate the strength of our collaborations with The Royal Children’s Hospital, which ensures that our research remains centered around the clinical needs of the children and adults who may one day benefit from stem cell based therapies.”
The audience will also hear about reNEW’s Hope Springs Eternal project, which aims to start conversations about the future of stem cell-based therapies with the broader community.
The Annual Scientific Meeting will continue offsite, to deep dive into reNEW’s research projects and mission to deliver innovative stem cell-driven therapies to transform the lives of people suffering from incurable diseases.
Find out more.
