The purpose of this study is to assess the accuracy of FEEDBACK for measuring breastmilk intake of a pre-term baby. Mothers and babies will use the FEEDBACK system during a breastfeeding session in the NICU. Babies will be weighed prior to breastfeeding and again after breastfeeding. The weight gain of the baby will be compared to the volume measured using FEEDBACK. The study will also evaluate the device safety and ease of use.
Researchers have long stated that accurate assessment of infant milk intake while breastfeeding is needed for clinical practice and research. Many methods for measuring milk intake have been studied. While the intake of formula fed infants can be directly measured based on the amount of fluid in the bottle, determining the actual milk intake for breastfed infants is more difficult. Precise feed volumes are especially important for infants in the NICU. Most premature infants are unable to breastfeed because they are not able to coordinate suckling and swallowing. The FEEDBACK system includes a nipple shield and a monitoring unit. It helps protect the nipple of a breastfeeding mother as well as measures and displays the volume of milk, in mL or oz, that an infant consumes during a breast feeding session. Based on this information, a mother has quantitative data regarding her infant's milk intake for her own use or to share with her health care provider. This study is designed in two phases. First, data will be collected from breastfeeding mothers of pre-term infants to develop an algorithm that can identify feeding patterns in the pre-term infant. Once established, accuracy of FEEDBACK will be assessed comparing pre and post weights of the breastfed infant to the volume intake measured by FEEDBACK.
Study Type
INTERVENTIONAL
Allocation
NA
Purpose
BASIC_SCIENCE
Masking
NONE
Enrollment
40
Smart Nipple Shield and Monitor Unit
University of Virginia
Charlottesville, Virginia, United States
Measurement of pre and post test weights (grams) during a breastfeeding session compared to the volume calculated by the FEEDBACK system.
The weight of the pre-term infant will be measured (grams) before and after breastfeeding. During the feeding the FEEDBACK system records digital signals which are used to calculate flow rate and volume. The weight gain (grams) will then be compared to the volume calculated by FEEDBACK to develop the algorithm.
Time frame: 3 weeks per mother / infant dyad; up to 5 feedings
Accuracy (in grams) of the FEEDBACK system, based on comparison of the pre and post breastfeeding test weights to the calculated FEEDBACK volume.
The weight of the pre-term infant will be measured (grams) before and after breastfeeding. The weight gain will be compared to the FEEDBACK volume to calculate accuracy.
Time frame: 2 weeks per mother / infant dyad; 5 feedings
Measure the Device Ease of Use via a questionnaire
Measure the mother's ease of use for the the FEEDBACK system based on a series of questions with a score of 1 - 5. (1 = difficult, 5 = easy)
Time frame: 2 weeks, (after feeding session 5) for each mother/infant dyad
Measure the Mother's Perception of Breastfeeding via a questionnaire
Measure the mother's perception of breastfeeding based on a series of questions with a score of 1 - 5 (1 = difficult, 5 = easy) (Pilot Phase)
Time frame: 2 weeks, (prior to feeding session 1 and after feeding session 5) for each mother/infant dyad
This platform is for informational purposes only and does not constitute medical advice. Always consult a qualified healthcare professional.