Prematurity
Conditions
Keywords
IPISTOSS, Skin to skin, SSC, Neonatal, kangaroo mother care
Brief summary
The World Health Organization recommend all stable low birth weight neonates to have Skin-to-skin-Contact (SSC) after birth. Intermittent SSC is used in Sweden in neonatal units. Observations indicate that SSC makes neonates feel good. However, there is limited research done on SSC treatment on neonates born prior to week 33. The aim of this study is to investigate whether Skin-to-skin-Contact (SSC) leads to an improved physiological stabilization, altered epigenetic profile and improved longterm psychomotor outcome in neonates born in gestation age between week 28+0 - 32+6. This is a parallel, two-arm, multicentre, randomized controlled superiority trial. The two arms to be compared are a) immediate SSC with one parent/caregiver continous during the first 6 hours after birth and as much as possible during the first 72 hours, and b) conventional method of care during the same time.
Interventions
PROCEDURESkin-to-skin
Neonates will get Skin-to-skin Contact with parent/caregiver continuously the first 6 hours after birth and as much as possible the first 72 hours after birth.
PROCEDUREConventional care
Neonates will get Conventional care the first 72 hours after birth
Sponsors
University of Bergen
Björn Westrup, MD PhD
Study design
Allocation
RANDOMIZED
Intervention model
PARALLEL
Primary purpose
TREATMENT
Masking
NONE
Eligibility
Sex/Gender
ALL
Healthy volunteers
No
Inclusion criteria
* Born in gestation week plus days 28+0 - 32+6. * Born at maternity ward at study center * Consent from parents/caregivers * Parent or caregiver or substitute are available to start skin-to-skin Contact during the first hour of life.
Exclusion criteria
* Born outside the hospital * Triplets or more * Known malformation which will require immediate surgical action * On-going resuscitation or intensive Medical care (mechanic ventilation or inotropy) after the first lifespan \* Known congenital infection * Parent/care giver can not communicate in Swedish/Norwegian or English * Not suited for the study for other reasons (according to the principal investigator)
Design outcomes
Primary
| Measure | Time frame | Description |
|---|---|---|
| Cardiorespiratory stability | After six hours | Using the Stability of the CardioRespiratory system In the Preterm-score (SCRIP-score). A higher SCRIP score indicates greater physiological stability |
Secondary
| Measure | Time frame | Description |
|---|---|---|
| Need for surfactant | After 3 months | Number of doses of surfactants from birth to discharge from hospital, |
| Need of Continuous positive airway pressure | After 3 months | Days in use of Continuous positive airway pressure (CPAP)- from birth to discharge from hospital |
| Need for oxygen | After 3 months | Days in use of oxygen from birth to discharge from hospital |
| Heart Rate Variability | Up to 3-4 months | — |
| Body temperature | At 0 hour (postpartum), 1, 2, 3, 4, 5 and 6 hours | Axillary body temperature |
| Sepsis episodes | After 3 months | Number of Sepsis episodes from birth to discharge from hospital, based on the Medical records |
| Number of Antibiotic treatment | After 3 months | Number of Days with antibiotic treatment from birth to discharge from hospital based on Medical records |
| Status of Breast-feeding | Up to12 months | Status of Breast-feeding according to a specific questionnaire: Index of Breastfeeding (IBS) |
| Time to Full enteral nutrition | After 3 months | Days from birth until Full enteral nutrition |
| Time in use of Nasogastric tube feeding | After 3 months | Days from birth in use of Nasogastric tube feeding |
| Time to recovered birth weight | After 3 months | Days from birth until recovered birth weight |
| Weight gain | Up to 12 months | Weight gain from birth |
| Need for respiratory support | After 3 months | Days in respirator from birth to discharge from hospital |
| Telomere profiling in buccal cells | Up to 24 months | Whole-genome methylation analysis and locus specific analysis of selected stress related genes, will be conducted to investigate telomere length. |
| Epigenetic profiling in blood samples | Up to 24 months | Whole-genome methylation analysis and locus specific analysis of selected stress related genes, will be conducted to investigate early, intermediate and long-term epigenetic changes due to the intervention. |
| Telomere profiling in blood samples | Up to 24 months | Whole-genome methylation analysis and locus specific analysis of selected stress related genes, will be conducted to investigate telomere length |
| Microbiota | 0-6 hours, 72 hours, 3-4 months, 12 and 24 months. Mother is tested at 0-6 hours and partner with skin swabs at 0-6 hours. | The child's colonization with bacteria is identified by DNA-analysis from stool samples, nasal and skin swabs, compared with parents (mother is tested by vaginal, rectal, nasal and skin swabs. |
| Maturation of EEG-pattern | Postnatal day 4-10 and postmenstrual age of 40-42 weeks | — |
| Structural and functional maturation of the infant brain | At term age | Magnetic Resonance Imaging scans will be performed with a 3 Tesla machine. Three-dimensional and diffusion sequences as well as functional MRI (fMRI) sequences will be performed in order to examine structural and functional maturation respectively. Structural sequences are used to study the different tissues of the brain; diffusion images give information about the connections of the brain (white matter) and fMRI gives information on how the brain integrates information to perform a specific function. |
| Maternal brain responsiveness | At 4 months | The maternal brain responses will be evaluated by using structural and functional magnetic resonance imaging to measure structural changes on social, emotional and behavioural networks as well as the cerebral response of mothers viewing neutral, happy and distress face images of their own infant, along with a matched unknown infant. We will use a 3 Tesla machine. We will study cortical and subcortical networks related with the emotional, social and behavioral responses involving the mother-child interactions and responses, such as the insula, the cingulate cortex, the precentral gyrus, the right orbital gyrus, the inferior, middle and superior frontal gyrus the fusiform gyrus, supramarginal gyrus, the superior parietal gyrus, the inferior temporal gyrus, and basal ganglia among others. |
| Bonding and interaction between parent and child | At 3-4 months and at 12 and 24 months. | A videotaped mother-infant interaction session will be assessed through with the Parent-Child Early Relational Assessment (PCERA) |
| Parents' experiences | Up to 12 months | Parents will fill in the following questionnaire: State-Trait Anxiety Index(STAI) |
| Maternal-Child physiological attunement in stress regulation | In the morning and in the evening at the day of discharge, At the day of discharge before and after diaper change, at 3-4 months, at the same day as Still Face-test before and after, at 12 months. | Saliva Cortisol both mother and child |
| Neuro Behaviour of Child | At term age, at 3-4, 12 and 24 months | According to records and to questionnaires for example Infant Behavior Questionnaire (IBQ) |
| Epigenetic profiling in buccal cells | Up to 24 months | Whole-genome methylation analysis and locus specific analysis of selected stress related genes, will be conducted to investigate early, intermediate and long-term epigenetic changes due to the intervention. |
Countries
Norway, Sweden
Outcome results
None listed