H2MF
Dietary SupplementH2MF is a human milk-based breastmilk fortifier for preterm infants
NCT Number: NCT03797157
This is a randomised controlled multi-centre trial comparing the effect of diet supplementation of a human breast milk-based nutrient fortifier (H2MF®) with standard bovine protein-based nutrient fortifier in 222 extremely preterm infants (born before gestational week 28+0) exclusively fed with human breast milk (own mother´s milk and/or donor milk). The infants will be randomised to receive either the human breast-milk based H2MF® or the standard bovine protein-based nutrient fortifier when oral feeds have reached <100 ml/kg/day.
The randomised intervention, stratified by centre, will continue until the target gestational week 34+0. The infant must not be fed with formula during the intervention period. The allocation will be concealed before inclusion, but after randomisation the study is not blinded.
Primary endpoint of the intervention is the composite variable necrotizing enterocolitis (NEC), sepsis and mortality.
The enrolled infants are characterised with clinical data including growth, feeding intolerance, use of enteral and parenteral nutrition, treatment, antibiotics and complications collected daily in a study specific case report form from birth until discharge from the hospital (not longer than gestational week 44+0). A follow up focusing on neurological development, growth and feeding problems will be performed at 2 years of age (corrected) and 5.5 years of age.
This study is active but is not currently recruiting participants.
All sexes
Interventional
Phase 2 / Phase 3
Queen Silvia Children´s Hospital, Gothenburg, Sweden
This is a randomised controlled multi-centre trial comparing the effect of diet supplementation of a human breast milk-based nutrient fortifier (H2MF®) with standard bovine protein-based nutrient fortifier in 222 extremely preterm infants (born before gestational week 28+0) exclusively fed with human breast milk (own mother´s milk and/or donor milk). The infants will be randomised to receive either the human breast-milk based H2MF® or the standard bovine protein-based nutrient fortifier when oral feeds have reached <100 ml/kg/day. If fortification with extra enteral lipids is needed during the intervention period, the infants receiving H2MF® will be supplemented with the human milk-based Prolact CR®, while the infants receiving standard bovine protein-based fortification will be supplemented with the standard lipid products used at the unit. The study subject will be enrolled at level III neonatal intensive care unit (NICU)s. Only infants with a home clinic with the logistics to maintain the intervention until gestational week 34+0 will be included.
The randomised intervention, stratified by centre, will continue until the target gestational week 34+0. The infant must not be fed with formula during the intervention period. The allocation will be concealed before inclusion, but after randomisation the study is not blinded. It would not be possible to prescribe the fortifier and prepare of the breast milk in a blinded fashion, since the fortifiers are not exactly equal in nutrient content and also look different. Instead the assessment of several of the outcomes will be made blinded, such as the assessment of X-ray images in NEC cases.
The enrolled infants are characterised with clinical data including growth, feeding intolerance, use of enteral and parenteral nutrition, treatment, antibiotics and complications collected daily in a study specific case report form from birth until discharge from the hospital (not longer than gestational week 44+0). A follow up focusing on neurological development, growth and feeding problems will be performed at 2 years of age (corrected) and 5.5 years.
Since it is often difficult to distinguish between the diagnoses of NEC and sepsis, and their clinical consequences, the investigator's primary endpoint of the intervention is the composite variable NEC, sepsis and mortality. Secondary endpoints are feeding intolerance and other severe complication such as Bronchopulmonary dysplasia (BPD), Retinopathy of prematurity (ROP) and neurological impairment. Stool, urine and blood samples are also collected for microbiology, metabolomic and immunology analysis in order to study underlying mechanisms. Health economic analyses will be made to evaluate the costs and benefits of an introduction of human milk-based fortifier in NICUs in the Nordic countries.
Analyses will be conducted using an intention to treat approach. An evaluation will be performed when 20 infants have been included to evaluate feasibility and make it possible to adjust the protocol for the remaining part of the study. Safety analyses will be performed by an independent data and safety monitoring board (DSMB) when 50, 100 and 150 infants have been included. A sample size re-estimation will be made by an independent statistician when 150 infants have been included. Thus, the definitive sample size might be increased (never decreased) based on this interim analysis. The study can be terminated before 322 infants have been enrolled based on a decision of the sponsor and the DSMB, if the primary outcome is significantly lower (with a significance level <0.001) in the H2MF® than in the standard fortification group in the interim analysis made after 150 infants have completed the neonatal period. The study subject will be enrolled at level III NICUs in the Nordic Countries. All study subjects will be followed during the neonatal period until discharge (not longer than gestational week 44+0) and also be included in a follow up at 2 and 5.5 years of age based on the national follow up program for extremely preterm infants.
Healthy volunteers accepted: No
Only the study team can determine whether someone qualifies for participation.
Inclusion criteria
Exclusion criteria
H2MF is a human milk-based breastmilk fortifier for preterm infants
Bovine milk-based fortifier is the standard breast milk fortifier in Sweden
Time frame: From birth until discharge from hospital (but not longer than gestational week 44+0)
An infant should have had any of these diagnoses to fulfil the criterion
Time frame: From birth until discharge from hospital (but not longer than gestational week 44+0)
An infant should have had any of these diagnoses to fulfil the criterion
Time frame: From birth until discharge from hospital (but not longer than gestational week 44+0)
An infant should have had any of these diagnoses to fulfil the criterion
Time frame: From birth until discharge from hospital (but not longer than gestational week 44+0)
The day of life the infant has received at least 150 mL/kg enteral feeds
Time frame: From birth until discharge from hospital (but not longer than gestational week 44+0)
Number of days feedings held for ≥12 hours or feeds reduced by >50% (ml/kg/d) not due to a clinical procedure or transitioning to the breast
Time frame: From birth until discharge from hospital (but not longer than gestational week 44+0)
Number of days of parental amino acid and/or lipid infusion. Only days when the enteral feed <150mL/kg/day should be included
Time frame: From birth until discharge from hospital (but not longer than gestational week 44+0)
≥100% pre-feed volume (2 hours feeding volume if continuous feeding). Lower limit=2 ml/kg.
Time frame: From birth until discharge from hospital (but not longer than gestational week 44+0)
Time frame: From birth until discharge from hospital (but not longer than gestational week 44+0)
Time frame: At 7, 14, 21 and 28 days, the end of intervention (gestational week 34+0), gestational week 36+0, at discharge from neonatal ward (or at gestational week 44+0, whatever comes first) and at 2 years of age (corrected) and 5.5 years of age (uncorrected).
Time frame: At 7, 14, 21 and 28 days, the end of intervention (gestational week 34+0), gestational week 36+0, at discharge from neonatal ward (or at gestational week 44+0, whatever comes first) and at 2 years of age (corrected) and 5.5 years of age (uncorrected).
Time frame: At 7, 14, 21 and 28 days, the end of intervention (gestational week 34+0), gestational week 36+0, at discharge from neonatal ward (or at gestational week 44+0, whatever comes first) and at 2 years of age (corrected) and 5.5 years of age (uncorrected).
Time frame: From birth until discharge from hospital (but not loner than gestational week 44+0)
Time frame: From birth until discharge from hospital (but not loner than gestational week 44+0)
Time frame: From birth until discharge from hospital (but not loner than gestational week 44+0)
Time frame: From birth until discharge from hospital (but not loner than gestational week 44+0)
Time frame: From birth until discharge from hospital (but not loner than gestational week 44+0)
Time frame: From birth until discharge from hospital (but not loner than gestational week 44+0)
Time frame: From birth until discharge from hospital (but not loner than gestational week 44+0)
Pathological X-ray confirmed by an independent radiologist, need of increased respiratory support/oxygen and laboratory inflammatory response
Time frame: At gestational week 36+0
Need of extra oxygen, continuous positive air pressure (CPAP) or ventilator at gestational week 36+0
Time frame: From birth until gestational week 42+0
Classified into stage I-V. The diagnosis is set after gestational week 42+0
Time frame: From birth until discharge from hospital (but not loner than gestational week 44+0)
Classified into grade I-IV according to Papile
Time frame: From birth until discharge from hospital (but not loner than gestational week 44+0)
Criteria according to de Vries
Time frame: From birth until discharge from hospital (but not loner than gestational week 44+0)
Need of respirator or CPAP until discharge (not later than gestational week 44+0).
Time frame: From birth until discharge from hospital (but not loner than gestational week 44+0)
Gestational week and day at discharge (not later than gestational week 44+0).
Time frame: From birth until discharge from hospital (but not loner than gestational week 44+0)
Gestational week and day when the infant does not need it anymore (not later than gestational week 44+0)
Time frame: At 2 years of age
Bayleys III, PARCA-R (Parental Report of Children´s Abilities-Revised) and ASQ-3 (Ages and stages questionnaire)
Time frame: At 2 years of age
Time frame: At 2 years of age
Time frame: At 2 years of age
Time frame: At 2 years of age
Time frame: From gestational week 44 until 2 years of age
Time frame: From birth until 2 years of life
Time frame: From gestational week 44 until 2 years of age
Time frame: From gestational week 44 until 2 years of age
Time frame: From gestational week 44 until 2 years of age
Time frame: At 5.5 years of age
Wechsler Preschool and Primary Scale of Intelligence IV (WPPSI-IV TM) and Movement ABC-2: the total scale points as well as the points of sub scales (motor, cognitive, language) will be presented. The prevalence of infants with a realist below 2 standard deviations will be defined to have mental retardation.
Time frame: At 5.5 years of age
Time frame: At 5.5 years of age
Time frame: At 5.5 years of age
Time frame: At 5.5 years of age
Time frame: At 5.5 years of age
Time frame: At 1, 2, 3 and 4 weeks of age and gestational week 36+0
The relative abundance and diversity of microbial taxa will be analyses with next generation sequencing and be related till the study intervention
Time frame: At 1, 2 and 4 weeks of age and gestational week 36+0
T helper subsets (TH1, Th2, TH17, Treg), T cells subsets associated with the intestinal mucosa (gamma/delta-T cells, MAIT cells) and neutrophils will be assessed using masscytometry
Time frame: At 1, 2 and 4 weeks of age and gestational week 36+0
Pre planned analyses are anti-inflammatory (e.g. IL-10) and proinflammatory (e.g. TNF) cytokines and chemokines (e.g. CXCL11, CCL18).
Time frame: At 1, 2 and 4 weeks of age and gestational week 36+0
The levels of growth factors such as IGF-1 and the associated IGFBP-3 will be analysed.
Time frame: At 1, 2 and 4 weeks of age and gestational week 36+0
Fatty acids in plasma
Time frame: At 1, 2 and 4 weeks of age and gestational week 36+0
Neurotransmitters such as GABA and serotonin in plasma
Time frame: At 1, 2, 3 and 4 weeks of age and gestational week 36+0
Metabolic peptide will be measured with proton nuclear magnetic resonance spectroscopy (NMR), liquid chromatography (LC) and mass spectroscopy couple to gas chromatography (GC-MC).
Time frame: At 1, 2 and 4 weeks of age and gestational week 36+0
Markers of CNS damage such as neurofilament light protein will be measured in plasma
Time frame: At 1, 2, 3 and 4 weeks of age and gestational week 36+0
Protein composition will be measured with multiplex methods
Time frame: At 1, 2, 3 and 4 weeks of age and gestational week 36+0
The levels of human milk oligosaccharides will be measured with high-performance anion-exchange chromatography with pulsed amperometric detection.
Time frame: From birth until discharge from hospital (but not loner than gestational week 44+0)
The number of days at each level of care will be recorded until discharge from the hospital (not longer than gestational week 44+0). The cost will be calculated by multiplying the number of days at each level of care by the average cost
Thomas Abrahamsson, MD, PhD
Other
Nordic Study on Human Milk Fortification in Extremely Preterm Infants: a Randomized Controlled Trial
Acronym: N-forte
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