About this event
Description:
Low milk supply is the most cited reason for early breastfeeding cessation, yet it remains one of the least understood aspects of human lactation physiology. Here we address the critical knowledge gap between the prevalence of low milk production and our limited understanding of its underlying mechanisms. We will explore how to accurately define and diagnose low milk supply, examine the multifactorial causes including hormonal, metabolic, anatomical, and molecular factors that impair milk synthesis. Importantly, we will highlight exciting advances in diagnostic approaches, including milk composition biomarkers for early identification of at-risk mothers. Finally, we will discuss emerging molecular and hormonal treatment strategies that hold promise for enhancing milk production. This session aims to bridge the gap between clinical challenges and research opportunities, ultimately improving outcomes for breastfeeding mothers and their infants.
Learning objectives:
Define and identify low milk supply: Participants will be able to define low milk supply using evidence-based criteria, describe its prevalence as a leading cause of breastfeeding cessation, and explain the paradox between its significant impact and limited research.
Analyze the multifactorial causes of low milk production: Participants will be able to identify and discuss the hormonal, anatomical, metabolic, and molecular factors that contribute to insufficient milk synthesis, including the role of maternal health conditions on mammary gland function.
Evaluate current and future opportunities for intervention: Participants will be able to assess emerging strategies for early identification and management of low milk supply, including diagnostic biomarkers such as milk composition, hormonal, and molecular markers.
This program has been approved for 1.0 Contact Hours; provider approved by the California Board of Registered Nursing, Provider #13692
Hosted by
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Guest speaker
Donna GeddesG
Prof. Donna Geddes, DMU, PostGrad Dip. (Sci), PhD, is globally recognized for her pioneering research in human lactation and breastfeeding. She directs the UWA Centre for Human Lactation Research and Translation, ABREAST, and the WA Human Milk Biobank. Her work addresses lactation challenges, including low milk production, and develops diagnostic tools and treatments. Her team uses innovative techniques like ultrasound to study breast anatomy, milk ejection, and infant feeding. They also explore milk composition—its microbiome, immune proteins, nutrients, and hormones—to understand its impact on maternal and infant health. As Sensor Lead for the ARC Biomedical Analysis Training Centre, she integrates advanced technologies into point-of-care diagnostics. She also advises the International Milk Composition Consortium (iMiC) and the MILQ project, contributing to global lactation science.
Medela Webinars
Turning Science into CareWe believe in turning science into care. Offering solutions based on deep insights into research and nature. Listening to real needs. For the benefit of mothers, patients and healthcare professionals.
