Babies are the best in class in order to get human milk out of a lactating breast. With this in mind, Philips has developed the a new electric breast pump, attempting to mimic the babies sucking behavior. The new electric breast pump includes a new vacuum profile and 2 new expression kits.
Breast pumps currently on the market function by applying vacuum directly to the breast. The effect of a build-up of pressure within the breast due to the accumulation of milk, combined with the external negative pressure introduced by the breast pump, results in the expression of milk. However, in order to express sufficient amounts of milk it is important to stimulate the Milk Ejection Reflex (MER). The MER, also called letdown, draught ejection, expulsion or pumping reflex, is described as a response of the mammary gland to oxytocin. When the nipple is stimulated, the mother's posterior pituitary gland releases oxytocin into the bloodstream. Upon reaching the breast tissue, oxytocin provokes contraction of cells within the structure of the breast causing milk flow. Without the MER successful breastfeeding or breast milk expression cannot happen. In order to stimulate the MER, Philips has developed 2 new expression kits to better mimic the suckling pattern of an infant.
Study Type
INTERVENTIONAL
Allocation
RANDOMIZED
Purpose
TREATMENT
Masking
NONE
Enrollment
40
Each subject will undergo two expression sessions for single and double electric pumping in randomized order to reduce the variation.
Philips Innovation Site Eindhoven
Eindhoven, Netherlands
Evaluating the performance via percentage of the end milk weight that is expressed during the first 5 minutes after pump start of the Eureka electric breast pump and 1K and 2K expression kits.
The data of the expression sessions will be averaged within each of the single and double pumping regimes.
Time frame: 3 months
Evaluating the performance weight of expressed milk at 1-minute intervals of the Eureka electric breast pump and 1K and 2K expression kits.
The data of the expression sessions will be averaged within each of the single and double pumping regimes.
Time frame: 3 months
Evaluating the performance via total expression time in minutes of the Eureka electric breast pump and 1K and 2K expression kits.
The data of the expression sessions will be averaged within each of the single and double pumping regimes.
Time frame: 3 months
Evaluating the performance of time to first milk ejection reflex (MER) pump in seconds of the Eureka electric breast pump and 1K and 2K expression kits.
The data of the expression sessions will be averaged within each of the single and double pumping regimes.
Time frame: 3 months
Evaluating the performance via weight (grams) of expressed milk after full expression session of the Eureka electric breast pump and 1K and 2K expression kits.
The data of the expression sessions will be averaged within each of the single and double pumping regimes.
Time frame: 3 months
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