Breast Milk, Digestion, Nutrition, Smell Stimulation, Preterm Birth
Conditions
Keywords
Breast Milk, Abdominal Perfusion, Preterm Newborn, Smell Stimulation, Feeding
Brief summary
The study was planned to determine the effect of breast milk odor applied during gavage feeding on early feeding cues of preterm newborns, the transition time to oral feeding and abdominal perfusion.
Detailed description
It is known that nutrient odors stimulate the initiation of digestion. However, in preterm newborns who are fed by gavage or parenterally, exposure to the nutrient smell that initiates digestion disappears. For this reason, it is known that odor stimulation is applied to preterm newborns to improve nutrition. It is known that fragrances such as fragrant essential oils, the smell of breast milk, and amniotic fluid have positive effects such as shortening the transition time to oral feeding in preterm newborns, increasing nutritional tolerance and weight gain, increasing hunger symptoms, providing analgesic effect in painful procedures, and reducing hospital stay. However, no study was found to jointly evaluate the effect of odor stimulation with breast milk on early nutritional cues, transition time to oral nutrition and abdominal perfusion in preterm newborns.
Interventions
BEHAVIORALOlfactory stimulation
Newborns in the experimental group will be given the smell of breast milk during 3 consecutive feedings and for 3 days in the morning. Smell stimulation will be started 1 minute before gavage feeding and the application of breast milk odor will continue until the feeding ends. A hand-cleaning researcher will drip 15 drops of breast milk on sterile gauze to apply the smell of breast milk. Sterile gauze dripped with breast milk will be placed as close to the newborn's nose as possible and not in contact with the newborn's skin. After the feeding of the newborn is completed, the application of the smell of breast milk will be terminated and the gauze will be removed from the incubator. A new sterile gauze will be used for each feeding, and these processes will be repeated with each smell stimulation for three days.
Sponsors
Selcuk University
Study design
Allocation
RANDOMIZED
Intervention model
PARALLEL
Primary purpose
SUPPORTIVE_CARE
Masking
SINGLE (Outcomes Assessor)
Intervention model description
In this study, stratified sampling was used according to postmenstrual week (PW) and type of nutrition. In order to ensure homogeneity in the intervention and control groups, according to PW \[28-(33+6)\] and \[34-35+6)\], according to the type of nutrition \[mixed nutrition (breast milk + formula milk)\] and \[breast milk\] 4 layers were formed. Firstly, 56 preterm newborns were divided as random into intervention (group A) and control (group B). Groups A and B were stratified first to the PW, then according to the type of feeding. Permutation was also used to strike a balance between the strata. Block sets were generated for each combination of the prognostic factors (PW and type of nutrition). The intervention and control groups were then randomized into the strata using a random numbers table.
Eligibility
Sex/Gender
ALL
Age
28 Weeks to 36 Weeks
Healthy volunteers
Yes
Inclusion criteria
* Born at 28-36 weeks of PW * Birth weight \>1000 gr * 1\. and 5. Apgar score average per minute ≥ 6 * Gavage method used in nutrition * Intermittent infusion method used in nutrition, * Not receiving mechanical ventilation / CPAP support, * No medication or treatment is administered by the nasal route, * Without nasal obstruction, * Have not received any established medical diagnosis
Exclusion criteria
* Drugs that affect gastrointestinal function (drugs that facilitate gastric emptying and gastrointestinal passage of nutrients by increasing gastrointestinal tract motility, and drugs that reduce gastrointestinal tract motility) * Newborns without breast milk * Continuous infusion or parenteral feeding method is used in nutrition
Design outcomes
Primary
| Measure | Time frame | Description |
|---|---|---|
| Newborn Information Form | First measurement, 5 minutes | It is a form prepared by researchers in accordance with the literature (Yildiz ve ark. 2011, Pillai ve ark. 2018, Schriever ve ark. 2018, Neal-Kluever ve ark. 2019). In the form; gender of the baby, date of birth, method of birth, gestational week at birth, average apgar score (1. and 5. in minutes), birth weight, postnatal age, duration of transition to oral nutrition, daily body weight, nutrition frequency, amount of nutrition, food type, breast milk type, daily vomiting frequency and daily defecation frequency are information. |
| Abdominal Perfusion and Distension Follow-Up Form | Before 1 minute from feeding | It is a form that contains information about abdominal perfusion level developed by researchers in accordance with the literature (Gay ve ark. 2011, Gillam-Krakauer ve ark. 2013, Thomas ve ark. 2018). Near Infrared Spectroscopy (NIRS) is a noninvasive device used in routine of neonatal intensive care unit and will be used in this study to determine the abdominal perfusion of the baby. |
| Early Feeding Tips Tracking Form | Before 1 minute from feeding | The form developed by the researchers in line with the literature includes the physiological and behavioral hunger symptoms of the baby, which are accepted as criteria for starting oral feeding in babies and maintaining oral nutrition successfully and reliably (Kirk, Alder ve King 2007, Ludwig ve Waitzman 2007, White ve Parnell 2013, Holloway 2014, Lubbe 2018). The form consists of 9 items, and the answers to the items are in the form of Yes / No. Evaluation of the items in the form will be done simultaneously and separately by two observers (researcher and clinical nurse) right after the babies begin to feed, and interobserver agreement will be evaluated in order to test the reliability of the form. |
Secondary
| Measure | Time frame | Description |
|---|---|---|
| Abdominal Perfusion and Distension Follow-Up Form | The second measurement is 10, 30, 60 and 120 after feeding is completed. minutes. | It is a form that contains information about abdominal perfusion level developed by researchers in accordance with the literature (Gay ve ark. 2011, Gillam-Krakauer ve ark. 2013, Thomas ve ark. 2018). Near Infrared Spectroscopy (NIRS) is a noninvasive device used in routine of neonatal intensive care unit and will be used in this study to determine the abdominal perfusion of the baby. |
Countries
Turkey (Türkiye)
Contacts
Primary ContactSibel Kucukoglu, PhD
Outcome results
None listed