Growth and metabolic biomarkers of healthy term infants fed formulas with staged protein concentrations over the first year of life
The overall objective of this study is to assess growth and biomarkers of energy and protein metabolism in healthy term infants fed with two different study formula regimens from birth to 12 months of age and to follow up the infants to 4 years of age.
Study Type
INTERVENTIONAL
Allocation
RANDOMIZED
Purpose
OTHER
Masking
QUADRUPLE
Enrollment
691
CHU Pellegrin
Bordeaux, Bordeaux, France
Hospices Civils de LYON - Hôpital Femme Mère Enfant de Bron
Bron, France
Centre Hospitalier Régional Universitaire de Lille
Lille, France
Hospices Civils de LYON - Hopital de La Croix Rousse
Growth velocity of formula regimen 1 and 2 versus WHO growth curve
Compare weight gain velocity (g/day) of each formula-fed group from enrollment to 6 months of age and compare to the World Health Organization (WHO) standards
Time frame: 0-6 months
Growth velocity (g/day) of formula regimen 1 and 2 versus a human milk (HM)-fed comparator group
Assess the growth velocity of each formula-fed group from enrollment to 6 months of age and compare to growth velocity of a human milk (HM)-fed comparator group.
Time frame: 0-6 months
Growth velocity of formula regimen 1 and 2 versus WHO growth curve and versus a human milk (HM)-fed comparator group
Assess the growth velocity of each formula-fed group from enrollment to 3 months, and from enrollment to 12 months, and compare to both WHO standards and to the HM-fed comparator group.
Time frame: 0-3 months and 0-12 months
Other growth parameters z-scores of formula regimen 1 and 2 versus WHO standards and versus a human milk (HM)-fed comparator group
Weight-for-length, weight-for-age, length-for-age, head circumference-for-age, and BMI-for-age z-scores
Time frame: 6 and 12 months
Compare metabolic biomarkers measures in each formula-fed group to the HM-fed group
Assess and compare metabolic biomarkers in each formula-fed group to the HM-fed group. Here is the list of metabolic biomarkers that will be measured: free and total IGF-1, IGF-binding protein 2, IGF-binding protein 3, C-peptide, insulin, glucose, leptin, adiponectin, ghrelin in all subjects and complete amino acid profile in subset
Time frame: 0-4 years
Assess the adverse events (AEs) among all study subjects
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Lyon, France
Assistance Publique-Hôpitaux de Marseille, Hôpital de la Conception
Marseille, France
Assistance Publique-Hôpitaux de Marseille, Hôpital NORD
Marseille, France
Centre Hospitalier du Belvédère
Mont-Saint-Aignan, France
CHU de Nancy - Hôpital Brabois
Nancy, France
CHU - Hôpitaux de ROUEN
Rouen, France
Assess the type, incidence, severity, seriousness, and relationship to study formulas of AEs among study subjects.
Time frame: 0-4 years
Assess and compare the child behavior in each group until 4 years of age
Neurodevelopment will be assessed by parental ratings of child development using validated measures Ages and Stages Questionnaire (ASQ)
Time frame: 0-4 years
Assess and compare the neurodevelopment in each group until 4 years of age
Neurodevelopment will be assessed by tests of child development using validated Wechsler Preschool and Primary Scale of Intelligence (WPPSI-IV)
Time frame: 0-4 years
Body Composition: Body density [kg/L] using PeaPod
Body density in kg/L will be assessed using PeaPod
Time frame: 1-6 months
Body Composition: Body mass [kg] using PeaPod
Body mass in kg will be assessed using PeaPod
Time frame: 1-6 months
Body Composition: Body surface area [cm²] using PeaPod
Body surface area in cm² will be assessed using PeaPod
Time frame: 1-6 months
Body Composition: Body volume [L] using PeaPod
Body volume in L will be assessed using PeaPod
Time frame: 1-6 months
Body Composition: Fat free mass [kg] using PeaPod
Fat free mass in kg will be assessed using PeaPod
Time frame: 1-6 months
Body Composition: Fat free mass density [kg/L] using PeaPod
Fat free mass density in kg/L will be assessed using PeaPod
Time frame: 1-6 months
Body Composition: Fat mass [kg] using PeaPod
Fat mass in kg will be assessed using PeaPod
Time frame: 1-6 months
Body Composition: Percentage fat free mass using PeaPod
Percentage fat free mass will be assessed using PeaPod
Time frame: 1-6 months
Body Composition: Percentage fat mass using PeaPod
Percentage fat mass will be assessed using PeaPod
Time frame: 1-6 months
Body Composition: Thoracic gas volume (L) using PeaPod
Thoracic gas volume in L will be assessed using PeaPod
Time frame: 1-6 months
Body Composition: Bone area [cm²] using DEXA
Bone area in cm² will be assessed using DEXA
Time frame: 0-3 years
Body Composition: Bone Mineral Content [g] using DEXA
Bone Mineral Content in g will be assessed using DEXA
Time frame: 0-3 years
Body Composition: Bone Mineral Density [g/cm²] using DEXA
Bone Mineral Density in g/cm² will be assessed using DEXA
Time frame: 0-3 years
Body Composition: Fat Free Mass [g] using DEXA
Fat Free Mass in g will be assessed using DEXA
Time frame: 0-3 years
Body Composition: Fat mass [g] using DEXA
Fat mass in g will be assessed using DEXA
Time frame: 0-3 years
Body Composition: Lean mass [g] using DEXA
Lean mass in g will be assessed using DEXA
Time frame: 0-3 years
Body Composition: Percentage fat using DEXA
Percentage fat will be assessed using DEXA
Time frame: 0-3 years
Body Composition: Total mass [g] using DEXA
Total mass in g will be assessed using DEXA
Time frame: 0-3 years
Stool microbiota profile, and metabolomics endpoints in each group. Associations between microbiota and metabolomics profiles (serum, urine, and stool).
Stool microbiota profile (including proportion of fecal bifidobacteria and other bacterial species that may influence energy homeostasis), and metabolomics profile (metabolite sets related to energy recovery and protein and lipid metabolism assessed in blood, urine, and stool samples) in a subset.
Time frame: 0-4 years