Stream 3 Session #10: Glucose Control

Tracks
Meeting Room 105 & 106
Friday, August 21, 2026
2:00 PM - 3:30 PM
Meeting Room 105 & 106 (Level 1)

Speaker

Prof Christopher Nolan
Endocrinologist
Canberra Health Services

Chairperson

Biography

Dr Belinda Yau
Postdoctoral Research Fellow
The University of Sydney

Chairperson

Biography

Assoc Prof Melkam Kebede
Associate Professsor
The University of Sydney

Optimizing pancreatic beta-cell function through targeting the insulin secretory granule biogenesis pathway

2:00 PM - 2:25 PM

Biography

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Prof Weiping Han
Distinguished Principal Scientist
IMCB, A*STAR

Invited Talk

2:25 PM - 2:50 PM

Biography

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Ms Li Ern Yap
PhD Candidate
The University of Sydney

Regulated mobilisation of a sequestered GLUT4 pool is selectively impaired in insulin resistance

2:50 PM - 3:05 PM

Abstract

Biography

Li Ern is a second-year PhD candidate in the David James Lab at The University of Sydney. Her research aims to uncover the molecular mechanisms that cause selective impairments in GLUT4 trafficking, a key process disrupted in insulin resistance.
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Dr Simon Bond
Research Officer
The Baker Heart and Diabetes Institute

Chronic mtDNA damage drives muscle wasting through sustained integrated stress response activation and one-carbon metabolic rewiring

3:05 PM - 3:20 PM

Abstract

Biography

Dr Simon Bond is a cardiometabolic disease researcher investigating the molecular mechanisms underlying mitochondrial dysfunction and activation of the Integrated Stress Response. His work integrates novel pre-clinical models with mechanistic approaches to elucidate maladaptive stress signalling in cardiometabolic disease and identify potential therapeutic targets.
Simran Singh
Ph.d.
IIT Kanpur

Macrophage GPR18 signaling suppresses β-cell insulin secretion via a Gq-AMPK-sphingolipid pathway

3:20 PM - 3:35 PM

Abstract

Biography

Simran Singh is a PhD researcher in metabolic immunology studying macrophage–β-cell communication in obesity and diabetes. Their work focuses on GPCR signaling, lipid mediators, and immune regulation of pancreatic islet function to understand mechanisms underlying β-cell dysfunction in metabolic disease.
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