JMIR Pediatr Parent

The Tech behind the Mylee published

The Tech behind the Mylee published

Haramati S., JMIR Pediatrics and Parenting (2023). 'Novel At-Home Mother’s Milk Conductivity Sensing Technology as an Identification System of Delay in Milk Secretory Activation Progress and Early Breastfeeding Problems: Feasibility Assessment'

The study demonstrated the feasibility of using the MyLee breastmilk sensor to monitor milk conductivity at home as an indicator for breastfeeding challenges. This technology tracks the progress of milk production in high resolution, by computing milk maturation [MM%] based on conductivity as a reflector of electrolyte levels, particularly sodium ions, dynamics of which are known indicators of successful breastfeeding.

In a study involving over 500 mothers, the sensor reliably identified patterns linked to breastfeeding progress and challenges such as delayed milk production and low supply. By providing real-time, data-driven insights, MyLee empowers mothers and healthcare providers to detect potential breastfeeding issues early, supporting better breastfeeding outcomes.

The retrospective analysis of the real-world data was done in collaboration lead by  Dr. Navarro, PhD, IBCLC, RD, Department of nutrition science, Faculty of health sciences, Ariel University.  Dr. Navarro leads the SEED lab, Support for Early Eating Development and lactation lab.

 

Read to full Scientific paper

Haramati S, Firsow A, Navarro D, Shechter R
Novel At-Home Mother’s Milk Conductivity Sensing Technology as an Identification System of Delay in Milk Secretory Activation Progress and Early Breastfeeding Problems: Feasibility Assessment
JMIR Pediatr Parent 2023;6:e43837
DOI: 10.2196/43837

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